The PPP singularity is the point at which it becomes cheaper to build the pilot than to conduct the study. In Jordan, it marks the moment when a public body, a company or a bank can answer a question about a project by building a small working version of it for less than a report would cost. Picture where things stand today: a single $100 million PPP can spend $10 million on preparation before anything is built, and the same sum would build 100 pilots at $100,000 each. When that balance flips, the small project comes first and the large one starts from what the pilots have shown.

A PPP, or public-private partnership, is a project where a government and a private company share the work, the money and the risk. A pilot is a small first version of such a project, built on a real asset.

What is the PPP singularity?

The PPP singularity is the point at which it becomes cheaper to build the pilot than to conduct the study. Before that point, a public-private partnership spends years and a large sum on documents, models and negotiation before anything is built. Past it, an organization in Jordan can test an idea on a real asset first.

A PPP takes about seven years and around 10% of its capital cost to reach financial close, and most of that time and money goes into documents, models and negotiation. Those costs make sense for a large highway, and they are hard to carry for one water network or one clinic.

$10M spent preparing one $100 million PPP, enough for 100 pilots.

How does the PPP singularity arrive?

The PPP singularity arrives in Jordan from two directions. The cost of studying, tendering and contracting falls as artificial intelligence reads the contracts and prepares the paperwork. The cost of building a first version falls as robots, standard parts and sensors make a pilot quick and cheap to put on a real asset.

The paperwork gets cheaper. Small projects work only when preparing them costs little. The AI page describes tools that prepare feasibility studies, financial models, risk matrices and tender documents in days, compare bids on whole-life cost and answer questions on every contract in plain language. PPP Regulation No. 9 of 2024 defines small-scale PPPs below $14.1 million, which can be bundled into one feasibility report and one tender.

The first version gets cheaper. The robotics page describes factories that make standard parts and robots that lay, weld and print them in place, which lowers the cost of building the next copy. A few sensors cost very little, and AI reads their data the moment it arrives, so a team sees within days what used to show up in a report the next year.

Tokenization widens who can pay for a pilot. It splits ownership of a project into small digital shares, so a few hundred investors can fund one. The site adds that tokenized notes raise questions about classification, custody and investor protection, and that clear rules and a sandbox would answer them.

AI, robotics and tokenization lower the cost of trying a new idea on a real asset.

What does the PPP singularity mean at each size of the PPP pyramid?

The PPP pyramid has nine sizes, each ten times the last, from the $10,000 Nano PPP to the $1 trillion Cosmic PPP. The PPP singularity reaches the small sizes at the base first, and Jordan can carry what those projects teach up to the largest ones.

The base: Nano, Micro and Mini PPPs, from $10,000 to $1 million. A nano PPP is the size of a tank sensor or solar panels for one school, and it can be built in weeks. One million dollars buys a single mini PPP or 100 nano PPPs, so the same budget gives 100 different answers.

The middle: Urban, Metro and Mega PPPs, from $10 million to $1 billion. Design takes about 12 months, construction about 36 months and operation 20 years, so each lesson from a large project takes years to arrive. Pilots shorten that wait, because a large project can be cut into small test sections that prove each idea before the whole thing is built.

The top: Giga, Terra and Cosmic PPPs, from $10 billion to $1 trillion. Even a Giga PPP works like a program of dozens of contracts built in stages. The pilots for projects this large are the smaller sizes of the pyramid, because each step up is only ten times bigger than something already proven.

Why do small projects reach the PPP singularity first?

Small projects reach the PPP singularity first because a small pilot costs little and can be built in weeks. The small PPPs page says every small project is a real test of a legal structure, a way of paying for it and a way of building it, and Jordan can run many at once.

The old way of working puts years of study in front of one large project. The World Bank counted 315 private infrastructure projects reaching financial close across all low- and middle-income countries in 2024, only a few per country. A country that spends its money studying one big project gets one answer, years later.

Many quick pilots, each teaching something, change that pace. Small projects run in parallel let a country test many legal structures, financing models and construction methods at once. In Jordan, 1% of the budgets of 40 contracting authorities, about $78 million, would fund 780 small PPPs a year at $100,000 each.

How does the PPP singularity connect to the infrastructure singularity?

The PPP singularity connects to the infrastructure singularity through one habit. The infrastructure singularity is the point where the built world starts improving itself faster than anyone can direct it, and the site says the habit of testing and learning on small projects is where it begins. Organizations in Jordan can build that habit with every pilot.

Rebuilding and running the world’s infrastructure will take about $500 trillion over the next fifty years: $300 trillion to build, $150 trillion to operate and maintain, and $50 trillion for the sensors, compute and robotics inside the assets. The vision page sets out that picture, and the site calls the result the world’s biggest $500 trillion computer.

$500T to rebuild and run the world’s infrastructure over the next fifty years.

EarthOS is the site’s name for that machine’s operating system. It learns from every leak it finds and every repair it plans, and it shares each lesson with every similar asset on Earth. Every small PPP adds one more sensor and one more lesson to it. The futureproofing page adds that the change will arrive project by project.

What does the PPP singularity mean for Jordan’s $86 billion of projects and for Aqaba?

Jordan has $86 billion of PPP and infrastructure projects in development, $46 billion of them anchored in Aqaba, Jordan’s only port and its gateway to the Red Sea. The PPP singularity gives those large projects a faster way to learn, because small pilots can test new technology, contracts and finance before the large projects adopt them.

$46B of Jordan’s $86 billion of PPP and infrastructure projects in development is anchored in Aqaba.

The site describes Aqaba as small enough to test a new idea quickly and busy enough to prove it. An organization in Aqaba can host a PPP research lab, run pilots on its own land and assets and publish every result, so the pilots that work there become the models for the rest of Jordan. The guide for organizations in Aqaba and the opportunity page set out the pipeline, and the site describes the PPP singularity as a point Jordan is still moving toward.

What can an organization in Jordan do now?

An organization in Jordan or Aqaba can prepare now with five moves the site names: a PPP program of its own, small PPPs run in parallel, a PPP research lab in its sector, published data from every pilot and, for a company, its own project proposed under Article 15 of PPP Law No. 19 of 2023.

1. A PPP program of its own. The board or management approves a program with a named lead, its sectors and its first-year goals.
2. Small PPPs in parallel. Several small projects run at the same time, each testing a different legal structure, financing model, construction method or technology.
3. A PPP research lab in its sector. Each lab runs ten small PPP projects a year at up to $100,000 each.
4. Published data from every pilot. Every result is published, including the failures, so each project teaches the next.
5. A direct proposal under Article 15. Article 15 of PPP Law No. 19 of 2023 lets any private company take its own PPP idea to the Ministry of Investment or a public authority, and the unsolicited proposals page explains the route.

A ministry can tender the lab as a PPP and carry what works into the large projects in the pipeline, as the ministries guide describes. A bank that finances the labs and their pilots builds a book of performance data, which the banks guide covers. A research center can bid to design and operate a sector lab, as the research centers guide sets out.

AI, robotics and tokenization are still young, and they will need good laws, honest numbers and careful oversight along the way. Leaders who want the whole method in one document can read the summary of all 96 guides.

Read this post on Jordan PPP: https://jordanppp.com/blog/ppp-singularity-jordan

AI, robotics and tokenization will speed up PPPs in Jordan by shortening every step between an idea and its first payment. Artificial intelligence designs and runs the assets, robotics builds and maintains them, and tokenization finances them and opens their ownership to everyone. Each technology is maturing on its own, and the three are now close enough to work as one loop, which matters for the $86 billion of projects in development in Jordan, $46 billion of them anchored in Aqaba.

What can AI already do for PPPs in Jordan?

AI can already prepare and supervise PPPs in Jordan with far smaller teams. It drafts feasibility studies, compares bids on whole-life cost, reads contracts in plain language and, once an asset runs, forecasts demand and flags faults from sensor readings. In Aqaba it can plan berths and yard moves and balance water and power demand across the zone.

The AI page describes the same tools for every kind of organization. A ministry gets the capacity of a much larger PPP team, a bank can test a financial model and read a concession agreement in hours, and a PPP developer can screen the pipeline and draft a direct proposal in days. Once an asset is running, digital twins and sensors show how it performs every day, so the public side supervises on evidence and pays on results.

What can robotics do for infrastructure in Jordan?

Robotics builds and maintains infrastructure in Jordan with smaller crews and more predictable costs. Drones inspect roads and power lines, robots travel inside pipes to find leaks, and cleaning robots keep solar panels at full output. At Aqaba, the site describes automated cranes, yard vehicles, drones and inspection robots as the machines that can raise terminal capacity.

The robotics page adds that machines change what a tender can ask for. Output specifications can require drone inspection, robotic leak detection and automated maintenance records, so performance is measured by machines and reported as data. Projects that use automated construction finish closer to schedule and fail less often in operation, and the people who run the machines still need Jordanian technicians trained to operate and repair them.

$46B of Jordan’s $86 billion of PPP and infrastructure projects in development is anchored in Aqaba.

How does tokenization finance PPPs in Jordan?

Tokenization finances PPPs in Jordan by splitting ownership into small shares and paying holders automatically from the asset’s own revenue. A project company can raise part of its capital from a few hundred investors, and a public registry records contracts, milestones and payments for everyone to see. Aqaba residents could hold stakes in a terminal, a resort utility or a water plant.

The tokenization page points to Jordan’s national Blockchain Technology Policy of December 2024 as the base and suggests starting with a small project that has contracted revenue. It also says plainly that tokenized notes raise questions about classification, custody and investor protection, and that clear rules and a sandbox would answer them. Banks, brokerages and blockchain companies each have a role once those rules exist.

Why do AI, robotics and tokenization work better together?

The three work better together in Jordan because each one feeds the next. AI plans the project and reads the sensors, robots turn the plan into steel and concrete and into repairs, and tokens pay for the work and record who owns and is owed what. Every pass through that loop produces data that makes the next pass faster and cheaper.

1. AI to robots. Vision models turn drone and crawler footage into defect reports, and planning models route each machine and schedule the repairs.
2. Robots to tokens. Robots and sensors record what was built, inspected and repaired, so a milestone payment can be released when a machine confirms the work.
3. Tokens to AI. A tokenized PPP pays holders from the asset’s own revenue, and AI models forecast tolls, tariffs and availability payments and report performance to the registry.

Artificial intelligence designs and runs the assets, robotics builds and maintains them, and tokenization finances them.

A company that connects its machines to the asset’s digital twin turns each inspection into evidence the operator can use to earn performance payments. A robotics company can tokenize stakes in a fleet and pay holders from service fees. These links are described on the guide pages for AI companies and robotics companies, and they are what turns three tools into one system.

How does faster iteration help small PPPs in Jordan?

Faster iteration lets Jordan test many small PPPs quickly and climb to larger ones with proven contracts. The PPP pyramid has nine sizes, each ten times the last, and one million dollars buys either a single mini PPP or 100 nano PPPs. A country that runs 100 nano projects gets 100 different answers instead of one.

The three technologies shorten each step of that loop. Sensors and AI shorten the measuring, robotics shortens the building, and tokenization shortens the funding, because a project of $10,000 is too small for most banks and just the right size for many small investors. The small PPPs guide shows how municipalities, schools, cooperatives and local companies can start there.

What is the infrastructure singularity and where does Jordan fit?

The infrastructure singularity is the point where the built world starts improving itself faster than anyone can direct it. Jordan fits because it has the law, the PPP Unit and a large pipeline, including the Aqaba projects. The vision page calls the planet’s infrastructure the world’s biggest computer, and EarthOS is the operating system that learns from each project and shares what it finds.

The world needs about $500 trillion of new and rebuilt infrastructure over the next fifty years, and the opportunity page shows where Jordan’s share begins. The world’s biggest computer grows one project at a time, so a sensor on one Jordanian water tank adds a lesson that every similar tank can use.

How can a company in Jordan or Aqaba start today?

A company in Jordan or Aqaba can start today by proposing its own project. Article 15 of PPP Law No. 19 of 2023 lets any private company take its own PPP idea to the Ministry of Investment or a public authority, and PPP Regulation No. 9 of 2024 sets out how it is studied. The unsolicited proposals guide explains the steps.

These technologies are still young. They need good laws, honest numbers and careful oversight, and a first project should be small enough that a mistake costs little. Public bodies, developers, lenders, technology companies and investors can read the starting guide for the basics and the summary of all 96 guides to find their own role.

Read this post on Jordan PPP: https://jordanppp.com/blog/ai-robotics-tokenization-ppp-jordan

It is a spring morning in 2100, and a girl in Aqaba is waking up. Her house has already checked the weather, the sea and the power for the day, and it tells her which of her friends are awake. Nobody in her family has ever worried about rent, food, medicine or school fees, and neither has anyone she knows. This is a picture of the Jordan that a century of building could produce.

The post is a vision, written in the present tense so it is easy to picture. It grows from the plan this site describes: PPPs (public-private partnerships, projects where a government and a company share the work, the money and the risk) build the roads, plants and networks, and then sensors, digital ownership, AI and robots join them until one shared system runs everything. The road to the singularity lays out the five stages.

Everything below is a goal, described as if it had already happened. Each part follows from the one before it, so the picture starts with the ground under people’s feet and ends with how people live on top of it.

The infrastructure

Every road, pipe, wire, rail line and building in Jordan reports on itself. A pipe under Irbid knows when a seal is wearing thin, and a robot replaces it a week before it would leak. A bridge feels the weight of every truck and tells its owner when a bolt needs attention. Repairs happen early, so they are small and cheap, and people rarely see a road closed for emergency work.

Water comes from solar-powered desalination plants on the Red Sea and travels almost without loss, which matters in one of the driest countries on Earth. Used water is cleaned and sent back to the fields and the cities, so every drop is used several times. Sun and wind supply all of the country’s electricity, and large batteries hold the extra for the night.

Fast electric trains join Aqaba, Amman and the northern cities, and a journey that once took half a day takes a short ride. Self-driving vehicles share the streets, so cities have far fewer cars and far more parks. Ports and freight lines run with machines doing the lifting, and people work in the control rooms and the design studios.

New buildings are made of local materials and printed or assembled by robots in days. They make their own power from the sun, collect their own water from the air and the roof, and stay cool in summer with very little energy. When a building reaches the end of its life, its parts are taken apart and used again.

The computer

All of this infrastructure works as one machine. The sensors are its senses, the cables and wireless links are its nerves, the processors are its brain and the power plants are its heart. In 2026 the idea was called the world’s biggest $500 trillion computer, and by 2100 it is simply how a country works.

The machine heals itself. When a part fails, the system routes around it at once and sends a robot to fix it, so most people never notice a breakdown. A power line goes down in a storm, and the electricity finds another path in less time than it takes to blink.

Jordan’s part of the machine is joined to every other country’s part. A fix found in Jordan helps the whole planet, and a fix found anywhere helps Jordan, which means a good idea has to be invented only once.

The software

EarthOS is the software that runs the machine. People in every country wrote it together, and every country runs its own copy. When a storm crosses the region, EarthOS moves water into storage, closes valves, reroutes trains and tells people what to expect, all before the first drop falls.

Every person also has an AI helper that knows them well. It works as a doctor, a lawyer, a tutor and a planner, speaks Arabic, English or any other language, and works for its owner alone. It answers a question about a contract or a rash or a tax form in the time it takes to ask.

Ownership is digital too. Every plant, bridge and rail line is split into tiny shares through tokenization, which means ownership of a thing is divided into small digital pieces that anyone can hold. Every family in Jordan owns a share of the country’s infrastructure, and the income from it arrives every month.

The software follows rules that everyone can read. It shows who owns each asset, what each one earns and how each decision was made. Anyone in the country can look at the record, and so can anyone in the world.

Education

School begins with the child’s own questions. An AI tutor knows what each child understands and what is still hard, and it teaches at that child’s pace. A child who loves rockets gets a maths lesson built from rockets, and a child who is stuck on fractions gets the next explanation until it clicks.

Teachers spend their days with small groups, coaching, listening and helping children learn to work together. They know each child as a person, and they spot the one who is quiet, tired or worried long before a test could show it.

Every school is also a small lab. Children measure their own school’s water, power and air, and they run projects of the kind the PPP pyramid calls a Nano PPP. A student in Karak and a student in Tokyo take the same courses and often build things together. A fifteen-year-old in Jordan can finish a real project that a company in another country then copies.

Learning never stops at the end of school. Adults return to study whenever they like, free of charge, to learn a new trade or a new science. A grandmother in Ajloun takes a course in marine biology because she is curious, and the AI tutor adjusts to her pace in the same way it did for her granddaughter.

Poverty is gone

Poverty ended in Jordan the way a leak ends, because someone fixed the cause. Three changes did it. Robots and AI made it cheap to build and run everything people need, so food, water, power, housing and transport cost very little. Every citizen owns a share of the country’s infrastructure and receives income from it. Health care and education are free for everyone.

Every person in Jordan has food, a safe home, clean water, light, medicine and a place at school. A family that has a bad year, with an illness or a lost job or a failed harvest, is supported at once by the system, so one piece of bad luck never grows into a lifetime of hardship.

Children learn about poverty in history class, in the same lesson as plagues and famines. The lesson ends with a question: why did it take so long, when the tools were nearly all there? Their answer is that people first had to decide to build the system, and then had to build it, one project at a time.

Food and farming

Farms in Jordan are small, clean and very productive. Sensors in the soil tell each plant how much water and food it needs, and drones and robots do the weeding and harvesting. Crops grow in sunlit greenhouses powered by solar panels, with water drawn from the sea and cleaned on site.

Jordan grows far more of its own food than in 2026, and it sends the extra to its neighbors. Olive oil, dates, tomatoes and herbs still taste like Jordan, because farmers keep the old varieties and the machines help protect them. A grower in the Jordan Valley sells directly to a family in Amman, and both can see exactly where the food came from.

Cities, villages and homes

Amman, Irbid, Zarqa, Aqaba and the villages all offer the same services: fast links, clean water, good schools and doctors. A family can live in a village in Ajloun and work on a project in any city in the world. The country feels like one connected neighborhood.

Streets belong to people. Vehicles run quietly and drive themselves, so there is room for trees, markets and playgrounds where parking used to be. Buildings keep the character of the old stone houses, and the new ones are built to the same human scale.

Housing is affordable, because building a home is quick and cheap and every family owns a share of the country’s infrastructure. Young people can set up their first home at the age they choose, without a decade of saving.

Work and money

Robots build, inspect and repair, so people spend their time on what they choose. Some design new projects, some teach and care for others, some farm for the pleasure of good food, and some make music, films and research. Work is something people do because they want to, and a week looks different for every person.

Money still exists, and it moves quickly and clearly. The monthly income from the infrastructure shares covers the basics for everyone, and extra income comes from what a person builds, creates or sells. Starting a company takes a day, and a small team can serve customers around the world from a village.

Health

Health care is early and quiet. Sensors watch the water and the air, so an outbreak is spotted in its first days and stopped before it spreads. An AI doctor reviews each person’s health every day and suggests small changes long before a problem becomes serious.

Hospitals use robots in surgery, and specialists in any country can join a case at once. A child in a remote village gets the same quality of care as a child in the capital. People in Jordan live longer and spend more of those years in good health.

Culture and identity

Jordan in 2100 is still unmistakably Jordan. Arabic is the language of the street, the school and the song, and every child also grows up with several other languages thanks to the AI helper in their pocket. Families still gather around a long meal, and hospitality is still the first rule of every home.

Heritage is protected better than ever. Sensors in Petra, Jerash, Umm Qais and the desert castles track every crack, every change in the weather and every footstep, and robots repair the stone with the same methods the builders used. Visitors walk through places that look just as they did two thousand years ago.

Free time is full of culture. Jordanian musicians, filmmakers, writers and game makers reach the whole world, and the AI helper translates their work into any language the moment it is released. A song from Amman can top the charts in Seoul by the end of the week.

Society and how decisions are made

The villages and the cities have the same services, so a young person can live anywhere in Jordan and still do the best work in the world. Many families who left for other countries in the twentieth century have come home, because home now offers the best of both places.

Decisions use the same facts for everyone, because the sensors share them openly. Citizens can see how every project is spending its money and what it delivers. A town that wants a new water plant, a school or a park can read the same numbers the government reads, and can put its own proposal on the table.

People trust each other more, because the record is open and the results are plain to see. Disagreements still happen, and they are settled with facts that everyone can check.

Nature

Because everything is measured, nature gets looked after. The Dead Sea has stopped shrinking, Wadi Rum stays quiet and wild, and the Red Sea coral reefs near Aqaba are healthy. The machine counts the cost of harming a place, and that cost is rarely worth paying.

Green corridors link the cities, and the birds that cross Jordan on their way between Europe and Africa find clean water and safe places to rest. Solar farms sit on land that was already used, and the desert beyond them is left alone.

Jordan and the world

People call Jordan the country that showed how it was done. It started early, with a PPP law passed in 2023, and it began with small projects, then climbed ten times at a time. Visitors come to Aqaba and Amman to see what a country looks like when its infrastructure works as one system.

Jordan sells what it learned. Its engineers, planners and teachers help other countries build their own version, and what they find on those projects flows back into EarthOS and helps everyone. A country that was once short of water is known around the world for how well it looks after it.

A day in the life, 2100

Back in Aqaba, the girl walks to school along a shaded street. She stops at the market, where a farmer from the Jordan Valley hands her a bag of dates and her helper pays with a share of her monthly income. At school she and her class test the air near the harbor with sensors they built the week before, and she sends the results to a classmate in Chile who is doing the same thing at her port.

After lunch she rides the train to Amman to see her grandmother, who is taking a course in astronomy. They watch the evening light fall on the hills, and her grandmother tells her what the street looked like when she was a girl, with traffic jams and water cuts and a long wait at every clinic. The girl listens politely, because it sounds like a story from a very long time ago.

How Jordan gets from here to there

$86B of PPP and infrastructure projects in development in Jordan today, including $46 billion in Aqaba, the base this whole picture grows from.

Every project in that pipeline can build the first stage and plan for the next four. The five stages are build it, sense it, tokenize it, automate it and connect it, and each one rests on the one before. The road to the singularity shows how they fit together.

Small projects come first, because a project that costs little can be built, measured and fixed again and again, and each one teaches the next. Article 15 of Jordan’s PPP Law lets any private company take its own PPP idea to the government directly, so a team can start today.

If you run a company, a school or a town, pick the stage that fits your organization and begin with one small project. The futureproofing guide shows where each kind of organization can start, and the small PPPs guide shows how to run the first one.

Read this post on Jordan PPP: https://jordanppp.com/blog/jordan-2100

Picture a village school on a hill in northern Jordan, with a water tank on its roof. One morning a small company bolts a few sensors onto the tank and links them to a simple phone app. When the water runs low, the caretaker gets a message. The whole project costs about $10,000, takes three weeks to build and counts as the smallest kind of public-private partnership (PPP) there is. It is also where the biggest ones begin.

A PPP is a project where a government and a private company share the work, the money and the risk. Most people picture the huge ones, a port, a toll bridge, a desalination plant, because those make the news. The small ones teach the lessons that make the big ones work, and a country that wants better infrastructure should build a great many of them.

Nine sizes, each ten times the last

The PPP pyramid has nine sizes. Each step up is ten times bigger than the one below it, starting with the Nano PPP at $10,000 and climbing to the Cosmic PPP at $1 trillion. From bottom to top that is a climb of 100 million times. The pyramid shape shows where the projects are: the base has room for a very large number of small ones, and the top has room for only a few giants. You can see the whole pyramid on the vision page.

The base: where the learning happens

Nano PPP, $10,000. This is the size of a tank sensor, a pilot app, solar panels for one school or a test of a new kind of contract. One person can understand the whole project in an afternoon. If it works, it was cheap. If it fails, it failed cheaply, and the team knows exactly why.

Micro PPP, $100,000. This is ten nano projects in one: a solar roof and battery for a clinic, or leak sensors across the pipes of a whole town. A small company, a municipality and a local bank now work together, and the team learns who pays, who repairs and who answers the phone when something breaks. The first real contracts get written at this size, and the mistakes in them cost little.

Mini PPP, $1 million. Picture a solar-powered pumping station, a few electric buses on one route or a cold store that lets farmers keep their harvest for another month. A mini project runs long enough to produce real numbers: how much it saves and how often it breaks. Banks want to see exactly those numbers before they lend more.

The middle: where teams learn to work together

Urban PPP, $10 million. Now the project covers a neighborhood: street lighting for a district, a new market hall or a small water plant. Several contractors work side by side, and the way the team organizes itself starts to matter as much as the technology.

Metro PPP, $100 million. This is a project for a whole city: a bus line across town, a large solar farm or a modern hospital. Banks, engineers and the government work together for years under a long contract, and a good design saves or wastes millions.

Mega PPP, $1 billion. A port terminal, a toll bridge or a big water plant. A mega project shapes a region’s economy for decades. It is built by a consortium, a group of companies that join forces because no single company holds all the skills and all the money.

The top: projects the size of countries

Giga PPP, $10 billion. A national rail network, a chain of ports and logistics zones or a string of power stations. At this size a PPP works like a program of dozens of contracts across many sites, built in stages over many years.

Terra PPP, $100 billion. A power grid that covers a whole country, or a new region of cities. It crosses governments and generations, and very few countries have built anything this large.

Cosmic PPP, $1 trillion. Imagine the infrastructure of a whole continent built as one linked program, with satellites, data centers, robots and an operating system such as EarthOS running it. The world needs about $500 trillion of new and rebuilt infrastructure over the next fifty years, and projects of this size will deliver its largest slices.

Why the small ones come first

Every big machine people have built went through small versions first. Software teams ship small updates many times a day, watch what happens and fix what they see. Each round costs little, so they can run thousands of rounds, and the product gets better with every one. The same loop works for infrastructure when the first projects are small.

Do the arithmetic. One million dollars buys a single mini PPP, or 100 nano PPPs. The price of one giga PPP would pay for a million nano projects. A country that runs 100 nano projects in a year gets 100 different answers: which contract works, which sensor survives the desert heat, which village group keeps a system running. A country that spends the same money studying one big project gets one answer, years later.

Large projects are slow because they have to be. Design takes about 12 months, construction about 36 months and operation 20 years, so each lesson from a large project takes years to arrive. A nano PPP can be built in weeks. In the time a mega project takes to open, a team working on small ones can go around the build-measure-fix loop dozens of times.

Solar panels show how this works. Our World in Data found that solar panel prices have fallen by around 20% every time the world’s total capacity doubled, a pattern known as Wright’s Law. The price fell because the world built panel after panel, each batch a little cheaper than the one before. Some of the cheapest power in history came from thousands of small steps, with no single perfect giant behind it.

A loop that keeps getting faster

Rapid, cheap iteration has four steps. A team builds something small, measures everything it can, fixes what the numbers show and then either repeats the loop or climbs to the next size. Three technologies make every step of that loop faster and cheaper.

Sensors and AI shorten the measuring. A few sensors cost very little, and AI reads their data the moment it arrives, so a team sees on Tuesday what used to show up in a report next year. Design work that took months can be tested in days.

Robotics shortens the building. Robotics lets factories make standard parts and robots lay, weld and print them in place, which lowers the cost of building the next copy, and the next copy after that.

Tokenization shortens the funding. With tokenization, ownership can be split into tiny shares and payments are sent automatically, so a neighborhood can own a piece of its own solar roof. A $10,000 project is too small for most banks to look at, and it is just the right size for many small investors to fund together.

Climbing the pyramid

When a nano project works, the team does not jump to a billion dollars. It copies the project ten times and runs a micro PPP, then copies that ten times and runs a mini PPP. Each step is only ten times bigger than something already proven, so the risk of any single leap stays small.

By the time a team reaches the mega size, it has run the same pattern dozens of times at smaller sizes. The contracts have been tested, the sensors have survived real summers and the people know how to work together. Lessons also travel down the pyramid, because a giant project can be cut into small test sections that prove each idea before the whole thing is built.

How it fits the world’s biggest computer

Think of the planet’s infrastructure as the world’s biggest computer. Every nano PPP adds one more sensor and one more lesson to it. EarthOS learns from each of them and shares what it finds, so a fix discovered on a village water tank in Jordan can protect every tank like it on Earth. The base of the pyramid is where the machine learns, and the top is where it applies what it has learned.

Jordan can start at the bottom today

Jordan has $86 billion of PPP and infrastructure projects in development, including $46 billion in Aqaba. Article 15 of Jordan’s PPP Law lets any private company take its own PPP idea to the government directly, so a team with a $10,000 idea can start without waiting for a ministry to put it out to tender. The small PPPs guide and the unsolicited proposals guide show how.

If you run a company, a town or a school, pick one small thing to measure this month, write down what it costs and what it teaches, and share the result with the people around you. The eight sizes above it are built from what small projects like this one teach.

Read this post on Jordan PPP: https://jordanppp.com/blog/ppp-pyramid

Railway projects in Jordan include the $2.5 billion freight railway now under way between the southern mines and the port of Aqaba, a planned $3.2 billion high-speed line from Amman to Aqaba, the Amman-Zarqa light rail and a rail link with Saudi Arabia. Private partners can build, finance, equip and run each of them under PPP contracts, and any company can propose its own siding, yard or depot under Article 15 of PPP Law No. 19 of 2023. This post sets out the projects, the contracts and the first steps, drawing on the sector guides and the 96 free organization guides on this site.

What railway projects are planned in Jordan?

Jordan’s railway pipeline has four main lines: the $2.5 billion freight railway linking the port of Aqaba with the phosphate and potash mines, the Amman to Aqaba high-speed rail, the 60 km Amman-Zarqa light rail and a rail link with Saudi Arabia. Each appears in the Jordan PPP project register on this site.

1. Aqaba freight railway. Under way. A $2.5 billion line built to carry about 16 million tonnes of phosphate and potash a year from the mines to the port, with ground broken on October 5, 2026.
2. Amman to Aqaba high-speed rail. Pipeline. A passenger railway through the southern governorates, aiming for journeys under three hours, with a build-operate-transfer model under consideration.
3. Amman-Zarqa light rail. Pipeline. A 60 km line that would rehabilitate the old Hejaz Railway between Amman and Zarqa and extend it to Queen Alia International Airport, with its economic feasibility study completed in 2026.
4. Saudi-Jordan railway link. Pipeline. A line from the Saudi border into Jordan, which the transport sector guide expects in service by 2035.
5. Aqaba-Ma’an dry port. Pipeline. A dry port in Ma’an linked to the new railway by a branch of about 43 km, with a phased target of up to one million TEU.

The transport sector guide lists the passenger lines beside every other road, transit and border project, and the ports and logistics sector guide covers the freight railway with the terminals and dry ports it serves. Read together, they show a country moving from separate projects towards one connected network.

What is the Aqaba freight railway?

The Aqaba freight railway is a $2.5 billion line now under way in Jordan, built to carry about 16 million tonnes of phosphate and potash a year from the southern mines to the port of Aqaba. The project is a 50:50 Jordanian and Emirati venture, and ground was broken on October 5, 2026.

$2.5B freight railway under way between the mines and the port of Aqaba, the largest rail project in Jordan’s history.

The new line builds on a long history. Jordan began building its freight railway to Aqaba in 1972 to carry phosphate from the southern mines, and the line reached a total length of 292 kilometers after a branch to the Wadi Al Abyad mines opened in 1982. Financial close on the new railway is expected in early 2027, ownership passes to the government after the agreement term, and the Minister of Transport has described it as the base for a future national rail network.

Phosphate, potash, silica and green ammonia leave through Aqaba, so the railway links Jordan’s minerals to the industries that buy them. The mining guide describes rail freight, bulk terminals and storage in Aqaba developed or anchored as PPPs, with the company’s volumes committed for the life of each concession. The Ma’an guide covers the governorate where the dry port and its rail branch are planned.

Will there be a high-speed train from Amman to Aqaba?

A high-speed railway from Amman to Aqaba is in Jordan’s pipeline at about $3.2 billion. The planned passenger line runs through the southern governorates, aims for journeys under three hours between the capital and the Red Sea, and is being considered as a build-operate-transfer project.

$3.2B planned high-speed railway from Amman to Aqaba, a passenger line that would tie tourism, industry and the port into one corridor.

The line matters to Aqaba because the city anchors $46 billion of Jordan’s $86 billion of PPP and infrastructure projects, and every tonne and every visitor that reaches the port and the special economic zone has to travel there. The transport sector guide sets out the horizon: bus rapid transit at full scale and the first light rail line under construction by 2030, rail linking Amman, Zarqa and Queen Alia International Airport by 2035 with a line to Saudi Arabia in service, and high-speed rail joining Amman and Aqaba by 2050.

How can a company join a railway PPP in Jordan?

A company can join a railway PPP in Jordan through five kinds of contract: track and signaling paid through availability payments, rolling stock financed and leased for its working life, freight haulage to Aqaba paid per tonne, passenger services paid through fares or availability payments, and the depots, yards and loading terminals that keep trains moving.

The rail companies guide explains how each one works. New lines, sidings and signaling can be delivered as design, build, finance and maintain contracts, in which the company earns availability payments for keeping each section open at its rated speed and axle load. Locomotives, wagons, passenger trains and their depots can be financed as one package and leased to the operator, paid per train available each day. Mines, industrial zones and dry ports need trains that load at the site and unload at Aqaba, and a company can run those services under haulage contracts paid per tonne carried.

Jordan has a new railway to its port under way, plans for a national network and a law that lets a company propose its own projects.

Consortiums take shape early. A PPP rail team that follows every freight, passenger and port rail project from the first market sounding can join consortiums while sponsors are still choosing their builder and operator. The operators and services category gathers the guides for the rail, logistics and bus companies that run these assets, and the logistics and port companies guide covers the terminals and dry ports the trains will serve.

Can a company propose its own rail project in Jordan?

Yes. Article 15 of Jordan’s PPP Law No. 19 of 2023, in effect since November 13, 2023, lets any private company take its own PPP idea to the Ministry of Investment or a public authority. A rail company can propose a siding, a wagon workshop or a container loading yard and keep the right to match the best offer at tender.

The guides give rail examples close to Aqaba’s trade. A logistics company could propose a rail-to-truck transfer terminal in Ma’an, and a mining company could propose a rail siding or a bulk storage yard in Aqaba. If another bidder wins the tender, that bidder pays the proposer’s direct study costs. The unsolicited proposals page sets out the route for each kind of organization.

Smaller projects can move faster. PPP Regulation No. 9 of 2024 defines small-scale PPPs below $14.1 million, which can be bundled into one feasibility report and one tender, so similar sidings or loading yards can go to market as a single project. A transport research lab could run $100,000 pilots, such as drone inspection of every bridge on one highway, and carry the results into the large concessions. The small PPPs page explains the method.

How will AI, robotics and tokenization change Jordan’s railways?

AI, robotics and tokenization will change how Jordan’s railways are planned, maintained and owned. AI can schedule mineral trains against ship departures in Aqaba, robots can inspect and maintain track overnight, and tokenized stakes can let investors own part of the rolling stock and depots and receive lease and haulage payments as they arrive.

In service, AI reads sensors on track and trains to predict wear in wheels, rails and switches before a fault stops traffic, so a line keeps its availability and the payments that depend on it. Drones and track recording vehicles survey rails, bridges and embankments, wayside sensors check every passing wheel and brake, and automated machines tamp ballast and grind rail overnight. A small maintenance team can then keep a long desert line open around the clock.

A railway earns from every tonne and passenger it carries for decades, which suits tokenized ownership. Tradable rights to train slots on the freight railway would let shippers book and resell capacity in advance. The $500 trillion opportunity sets out how tokenized PPPs could grow, and the Vision page explains how AI, robotics and tokenization will change the assets these contracts cover.

Where should a rail company in Jordan start?

A rail company in Jordan can start with six first steps: board approval for a PPP rail program, a named program lead, a map of Jordan’s $86 billion of projects, the track and rolling stock capabilities it will bring, partners to complete each consortium and a first siding, workshop or loading yard as a pilot.

The pipeline map starts in Aqaba, where $46 billion of projects are anchored and where the freight railway, the high-speed line and the dry port branch all lead to the port. Early meetings with the contracting authorities and shippers behind each rail line and port link let a company shape its offer before tenders open. The starting guide explains PPPs from zero, and the summary of all 96 guides brings the method together in one document.

Read this post on Jordan PPP: https://jordanppp.com/blog/railway-projects-in-jordan

Open a laptop in a dark room. For a moment the screen glows black and empty, then a logo appears, a thin bar fills from left to right and the machine wakes up. In those few seconds the operating system checks the battery, finds the screen, the keyboard and the Wi-Fi, decides which program gets the processor first and puts every file back where it belongs. Without it, the most powerful chips in the world would sit in the dark doing nothing.

Now picture the night side of the Earth seen from space. Cities glow like clusters of chips. Highways trace thin gold lines between them, ships blink along the sea lanes, and the lights of ports, mines and power plants flicker at the edges of the deserts. That glowing web is the world’s biggest $500 trillion computer, every road, power line, pipe, cable and satellite on Earth slowly joining into one machine. It already has the hardware, and it is still waiting for its operating system. We call that missing piece EarthOS.

Three layers, one machine

Picture three sheets of glass stacked one above the other, each one glowing with its own pattern of light. Every computer is built in layers like this, and the planet’s computer has three of them.

The hardware is the physical world. The bottom sheet is covered in roads, railways, water mains, power plants, ports, dams, data centers, schools and hospitals, the body of the machine, with satellites circling above it. Tiny points of light are spreading across it: a meter in every pipe, a gauge in every bridge, a camera at every junction and a weather station on every hill. These sensors are the nerves that let concrete and steel feel the weight of a truck, the heat of the sun and the first drop of a leak.

EarthOS is the software. The middle sheet glows with rings of light that pulse outward like ripples on water. This is an artificial intelligence that reads every sensor at once, keeps a living map of the whole planet and decides, second by second, where power, water, goods and people should flow. It runs on the data centers that act as the machine’s processors, and it gives orders to the robots that build, inspect and repair.

Tokenization manages it all. The top sheet is a fine lattice of small glowing squares, one for every asset in the machine, each holding a digital record of who owns it, who runs it, what it promised to deliver and what it is owed. With tokenization, ownership can be split into small digital shares, payments move the moment a job is done, and every change is written into a shared record that nobody can quietly rewrite, so a machine with millions of owners can keep honest accounts.

What an operating system does

Look inside any operating system and you find the same handful of jobs. EarthOS does each of them at the size of the planet.

It keeps one picture of everything. At the heart of every operating system sits the kernel, the part that knows the state of every device at every moment. The heart of EarthOS is a living map of the Earth, sometimes called a digital twin. Zoom in on it and you can watch water moving through a single pipe under a street in Zarqa. Zoom out and you see the whole planet breathing, with power flowing east to west as the sun crosses the sky.

It decides who goes first. A laptop’s scheduler decides which program gets the processor next. EarthOS schedules the planet: which city gets power at the evening peak, which ship docks first at Aqaba, which truck takes which road and which field gets water before the afternoon heat.

It remembers. A computer’s memory holds what it needs for later. EarthOS manages the planet’s memory, the batteries, reservoirs, dams and tanks that hold power and water for the night and the summer. At noon, when the desert sun makes more power than anyone needs, it can pump water uphill into a store like the planned 450 megawatt Al-Mujib plant, and in the evening it lets that water rush back down through the turbines to light the cities.

It speaks to every device. Plug a new printer into a laptop and a small program called a driver teaches the computer how to use it. EarthOS gives every kind of asset a driver of its own, so a new solar farm in Jordan, a wind farm in Morocco or a water plant in Chile can join the machine on its first day.

It runs apps. On a phone, anyone can write an app. On EarthOS, a farmer can open an app that colors each row of her field by how thirsty it is, a city can run an app that warns every street before a flood, and a school can show its students how much power its own roof made that morning.

It updates itself. A laptop gets better every time its software updates. EarthOS learns from every leak it finds and every repair it plans, and it shares each lesson with every similar asset on Earth. A fix discovered in a pipe in Amman can protect a pipe in Jakarta by the next morning.

It keeps the machine safe. An operating system decides who may open which file. EarthOS decides who may see which data and change which setting, and it guards the machine against attacks, mistakes and breakdowns, so a single fault stays small.

Wired into space

Look up on a clear night far from the city and you may see a satellite crossing the stars, a small steady point of light moving faster than any plane. About 16,800 working satellites circle the Earth, according to the KeepTrack catalog in October 2026, and every one of them can be part of EarthOS.

Satellites are its eyes. From orbit they watch crops ripen, rivers rise, ships cross the oceans and cities spread their lights across the night. They can spot a leaking pipeline from the patch of green it leaves in the desert and see a storm forming days before it reaches land.

Satellites are its long-distance nerves. Internet satellites carry data to ships, planes, mines and villages that no cable can reach. Newer satellites talk to each other with beams of laser light, passing messages around the planet through the vacuum of space, where light travels faster than it does inside glass fiber.

Space is where its next processors are going. Data centers on Earth need enormous amounts of power and often a lot of water to stay cool. In the right orbit the sun shines almost all the time, and heat can be sent away into the cold of space, so the first computers built for AI are already going up. Starcloud launched a satellite carrying an Nvidia H100, one of the chips used to train AI, in November 2025. China launched the first 12 satellites of its Three-Body Computing Constellation in May 2025, the start of a planned fleet of about 2,800. Google plans to launch two test satellites with Planet by early 2027 under Project Suncatcher to try its AI chips in orbit.

Picture the night sky over Wadi Rum in the 2050s. Among the stars, long glowing stations with wide golden solar wings drift silently overhead, each one a data center thinking for the planet below. Beams of laser light join them to thousands of smaller satellites, and those satellites pass their answers down to dishes on the ground, to the trains, to the pumps and to a phone in a tent in the desert. EarthOS will run on the ground and in the sky at once, sending each job to wherever the sun is shining and the power is cheapest at that moment.

And then beyond. The same software can reach the Moon and Mars, running solar farms in orbit and the first bases on other worlds. Space is already the next PPP frontier, where governments and companies may one day share the cost of a lunar power station in the same way they share the cost of a toll road today, and PPPs on the Moon are already being imagined.

Written by everyone

Picture millions of threads of light rising from every city, farm, port and solar field on Earth and weaving together in the sky into one great tapestry. That is how EarthOS gets written. No single company or government could write it, and no single company or government should own it.

Much of the most important software of our time was written this way. Linux, the free operating system that runs most of the servers behind the internet, grew from thousands of people adding to the same code. Wikipedia was written by volunteers in hundreds of languages. EarthOS will grow the same way.

Engineers will write the drivers for the pumps, turbines and bridges they know best. Cities will write the apps their streets need. Universities will test new ideas on small parts of the machine before the rest of the world adopts them. Operators will share what their sensors learn, and AI agents will write and check much of the code themselves, under rules that people set.

Each country will run its own part of EarthOS on its own soil, keep its own data and write its own laws into it. The parts will speak a shared language, so a power line can carry electricity across a border and a ship can move from one port to the next while each country stays in charge of its own ground. EarthOS works as one system in the same way the internet does, with thousands of companies and countries owning its parts.

Tokenization manages it all

A machine with billions of parts and millions of owners needs a way to keep track of who owns what, who did what and who gets paid. Tokenization is that way.

Every asset in the machine has a token, a digital certificate kept on a shared record called a blockchain. The token says who owns the asset, who runs it, what it promised to deliver and how well it is doing. When the sensors show that a water plant delivered the clean water it promised this week, the digital agreement behind the token pays the operator on its own, with no invoice and no waiting.

Ownership can be split into tiny shares, so a family in Irbid can own a small piece of the solar farm that powers its street, and a pension fund in Tokyo can own a piece of a railway in Africa. A household that lets its home battery help the grid on a hot evening gets paid in seconds. A farmer who saves water can be rewarded for the water left in the ground.

The shared record also keeps EarthOS honest. Every decision the software makes, every repair it orders and every payment it sends is written down where owners, governments and citizens can check it, so anyone with the right to look can see what the machine did and why.

The day the storm came

Picture a winter storm rolling in from the Mediterranean some time in the 2040s. On the living map it appears as a dark swirl over the sea, three days out. EarthOS reads it from satellites, ocean buoys and thousands of weather stations, and starts getting the land ready.

Two days before the rain, the dams of the north quietly let water out so they can catch the flood, and the tanks of every town that might lose its water line fill to the brim. The solar farms in the south store every spare kilowatt, because the clouds will hide the sun for days. Repair robots roll out to the valleys where the wadis flood first and wait there like fire crews. At the port of Aqaba, ships slow down at sea so no crane has to swing a container in the strongest winds.

On the night of the storm, rain hammers the hills and brown water races down the wadis. Sensors in the stream beds feel it rising and warn every phone downstream before the flood arrives. A bridge feels the force of the water against its legs and closes itself to traffic, its lights turning red one by one. Homes with batteries feed the grid while the wind farms ride out the gusts, and the tokens behind each kilowatt pay every family that helped.

By morning the sky is washed clean. The reservoirs shine full in the sun, the farms downstream have their water for the spring, and people step outside into the bright cold air, most of them never knowing that the machine spent three days protecting them.

EarthOS in fifty years

Today an operating system still looks like a computer, with a screen, a menu and a row of icons. In fifty years EarthOS will be almost invisible, in the way electricity is invisible when you flip a switch. It will be everywhere, and most people will rarely think about it.

Stand on a hill above Amman on a summer night in 2076. The valleys that were bare rock are terraced and green, fed by water that was cleaned, counted and sent exactly where it was needed. The streets glow softly where people walk and dim where nobody is. A quiet train slides through a park without a timetable, because EarthOS sends it the moment enough people are waiting. Under the roads, small robots move along the pipes like blood cells through a vein, sealing cracks long before anyone could see them. Out in the desert, solar fields shimmer under the moon, and the batteries and reservoirs they filled during the day carry the city through the night.

Look up and the sky is part of the machine too. Data centers glide overhead on wings of solar panels, thousands of satellites watch the crops, the clouds and the coastlines, and a power station on the Moon sends its first readings home.

Nobody will open EarthOS the way we open a laptop. A girl in Aqaba will ask a question out loud and watch her town’s water, power and traffic flow across the wall of her classroom like a living painting. An engineer will describe a new bridge in plain words and watch EarthOS design it, test it against a hundred years of storms and send it to the robots that will print it. A farmer in the Jordan Valley will rarely think about the machine at all, because his water arrives at the right hour every day.

By then EarthOS will also write most of its own code. Each version will design the next one, test it on a small corner of the world and roll it out only when it proves safer and cleaner than the last. That is the moment the network starts improving itself faster than anyone can direct it, the moment called the infrastructure singularity.

Why EarthOS is inevitable

EarthOS can sound like science fiction. Every piece of it is already arriving, and the forces pushing it forward grow stronger every year.

Every large network ends up with an operating system. Telephone calls were once joined by hand, by operators pulling cables across a switchboard, until automatic exchanges took over. Air traffic is run by control systems that watch every plane in the sky, and power grids are run from control rooms that balance supply and demand every second. Each time a network grew too large for people to run by hand, software took over the routine work. The planet’s infrastructure is the largest network of all.

The machine is already too complex to run by hand. A power grid once had a few large power plants. Today it has millions of rooftop solar panels, home batteries and electric cars, each switching on and off at its own moment. Only software can balance that many parts at once, and the same is becoming true of water, traffic and trade.

The parts keep getting cheaper and better. Sensors keep getting smaller and cheaper, artificial intelligence gets more capable every year, and satellites now watch every corner of the planet. Each year it costs less to put a sensor in a pipe, while a burst pipe in a growing city costs more.

The world has to rebuild anyway. Much of the infrastructure built in the last century is wearing out at the same time, and the world will spend about $500 trillion over the next fifty years rebuilding and running it. Every new pipe, road and power line can be laid with sensors inside, because adding them on the day it is built costs little and adding them later costs a great deal. The hardware of EarthOS is being installed one project at a time.

Once one place does it, the rest follow. When one city finds its water leaks in hours and another still finds them in months, the second city changes. When one country lights its cities all night from stored sunlight, its neighbors want the same. The first countries to run on EarthOS will save so much water, power and money that the others will join, in the same way every country joined the internet.

The planet is asking for it. Hotter summers, drier rivers and stronger storms leave less room for waste. A world heading toward ten billion people can only live well on one planet if every drop of water and every kilowatt is used wisely, and that takes a machine that sees everything at once.

EarthOS will be built by all of us, one project at a time, and there is room for everyone to take part. Every road, pipe and power line built from today can carry a piece of it, so start with one project, add its sensors and share what it learns, and you are already building EarthOS.

People stay in charge

A machine this powerful has to answer to the people it serves. In EarthOS, people set the goals and the software finds the best way to meet them. Laws and public rules are written into the system, so the software cannot cut a town’s water to save money or send a road through a protected valley. Every country keeps the power to pause or override its part of the machine, and every important decision leaves a record that can be checked.

Privacy is built in from the start. EarthOS needs to know how much water a street uses, and it has no need to know what any single family does at home. Data stays as close as possible to where it was made and is shared only in the form the machine needs.

Running with nature

The oldest operating system on Earth is nature itself. A forest senses light and water, shares food through the roots under the soil, heals after a fire and wastes nothing. EarthOS is designed to learn from it and work with it.

EarthOS counts rivers, aquifers, wetlands and forests as parts of the machine, with sensors of their own and a voice in every decision. It can see an aquifer falling and slow the pumps before it runs dry, and it can bend a new road around the valley that birds and farmers depend on. In Jordan, As-Samra, the country’s first PPP, already treats about 70% of the country’s wastewater, makes most of its own energy and sends clean water to farms in the Jordan Valley. EarthOS can carry that idea to every city on Earth, so the machine gives back more than it takes and restores the ground it sits on.

The software inside the $500 trillion

Rebuilding and running the world’s infrastructure will cost about $500 trillion over the next fifty years: $300 trillion to build, $150 trillion to operate and maintain, and $50 trillion for the sensors, computing and robots inside the assets. That last $50 trillion is where EarthOS lives. It turns a planet of separate projects into one machine that can build, sense, think and heal itself.

A public-private partnership, or PPP, is how the parts get built. In a PPP, a government and private companies agree to build and run a public service together over many years. The government sets the goals and protects the public, and private partners bring money, speed and technology. Each PPP that adds sensors, shares its data and tokenizes its ownership adds one more working part to EarthOS.

Where EarthOS starts

EarthOS can start in Jordan. The country has $86 billion of PPP and infrastructure projects in development, including $46 billion in Aqaba, and many of them are parts of the machine: ports, railways, water lines, power links and data centers. Article 15 of its PPP Law lets any private company take its own PPP idea to the Ministry of Investment or a public authority, so a team building a piece of EarthOS has a direct way in. The mission of Jordan PPP is to build the most advanced PPP system in the world, and www.JordanPPP.com offers 96 organization guides and 23 sector guides for free. Explore EarthOS layer by layer, and to take your team through all of it, book a presentation.

Read this post on Jordan PPP: https://jordanppp.com/blog/earthos

You can now send any Jordan PPP guide to a colleague as a gift. Choose one of our 121 free guides at www.JordanPPP.com/gifts, enter your name, your email and their email, and the guide arrives in their inbox with your name on it. It is free for you and for them, and they have no form to fill in.

How do you send a Jordan PPP guide as a gift?

Sending a guide about Jordan’s PPP and infrastructure projects takes about a minute on the Gifts page. You pick a guide, add three details, and press one button. We send one email to the person you chose, and it opens straight to their guide.

1. Choose the guide. Search the list by name, for example water or banks.
2. Enter your name. It appears on the gift, so the person knows who sent it.
3. Enter your email. We keep it on our side. The person who receives the gift does not see it.
4. Enter their email. This is where the gift goes.
5. Press Send the gift. The email leaves within seconds.

Every guide page also has a Send as a gift button beside its download button. It opens the Gifts page with that guide already chosen.

Which Jordan PPP guides can you send?

You can send every guide on the site: 96 organization guides, 23 sector guides, The Golden Age of PPPs in Jordan and our starting guide, What is a PPP? Together they cover Jordan’s $86 billion of PPP and infrastructure projects, with $46 billion of them anchored in Aqaba.

121 free guides you can send as a gift, one for each kind of organization and each sector in Jordan.

$86B of PPP and infrastructure projects in Jordan that the guides explain.

$46B of those projects anchored in Aqaba.

The organization guides show each kind of organization how to launch a PPP program of its own. The sector guides list the projects in each sector Jordan is investing in. The Golden Age of PPPs in Jordan brings both collections into one guide, and What is a PPP? explains the idea from the start.

What does the person receive?

The person receives one short email that says you sent them a gift and names the guide. The link opens a page on www.JordanPPP.com with the guide’s cover and a download button. They download the PDF right away, with no form to fill in, whether they are in Amman, Aqaba or anywhere else.

Who is a Jordan PPP guide a good gift for?

A guide suits anyone in Jordan who plans, builds, finances or runs infrastructure, or wants to. The best gift is the guide written for the person’s own organization or sector, because it shows them where they fit in Jordan’s $86 billion of projects and what their first steps are.

1. A colleague at a bank. Send the guide for banks.
2. A friend at a university. Send the guide for universities.
3. A partner in Aqaba. Send the guide for Aqaba.
4. An engineer who works on water. Send the Water Sector Guide.
5. Someone new to the subject. Send What is a PPP?, our starting guide.

Jordan PPP aims to give every organization and sector in Jordan the knowledge to take part in the world’s largest market.

Does sending a guide cost anything?

Sending a guide is free, and so is receiving one. All 121 guides to PPPs in Jordan and Aqaba are free to read and download, and they stay free when you send them as a gift. This holiday season, send a guide to the colleagues you want to build with next year.

Read this post on Jordan PPP: https://jordanppp.com/blog/send-a-jordan-ppp-guide-as-a-gift

We have published a new guide, The Golden Age of PPPs in Jordan. It puts all 23 sector guides and all 96 organization guides into one free document of 61 pages, so you can see Jordan’s $86 billion of projects and your own place in them in one sitting.

Why we call it a golden age

A PPP, or public-private partnership, is a long contract in which a government and private companies build and run a public service together. Our starting guide explains it in everyday words. Five things have come together in Jordan at the same time, and the guide opens with them.

1. The projects. Jordan has about $86 billion of PPP and infrastructure projects in development, with $46 billion of them anchored in Aqaba. The guide counts 243 projects in development across 23 sectors.
2. The law. Article 15 of PPP Law No. 19 of 2023 lets any private company bring its own project idea to the Ministry of Investment or a public authority. PPP Regulation No. 9 of 2024 lets small projects below $14.1 million be grouped into one study and one tender.
3. The tools. AI can prepare studies, models and contracts in days. Robotics lets small teams build and maintain large assets. Tokenization lets a few hundred people fund a pilot and be paid from what it earns.
4. The organizations. Ministries, municipalities, banks, contractors, operators, universities and relief agencies can each start a PPP program of their own, and each has a guide written for it.
5. The long view. Rebuilding and running the world’s infrastructure will take about $500 trillion over the next fifty years, and Jordan’s projects are a place to start.

$86bn of PPP and infrastructure projects in development in Jordan, across 243 projects in 23 sectors.

The sectors

Each of the 23 sectors has one page. It shows how much investment is still to come, how many projects the sector holds, its largest projects, the new industries it can create and the organization guides that belong with it. The sectors run from energy, water and transport to health, tourism and digital infrastructure. The full sector guides list every project.

The organizations

The guide then covers 96 kinds of organization in nine groups, from national leadership and the public sector to banks and funds, builders, operators, technology companies and relief agencies. For each one, the guide says in a few lines what its PPP program would do. The full organization guides add the first steps for each.

How to use it

Start with the pages on why this is the golden age and the method every guide shares. Then find your sector’s page and the lines on your kind of organization. When you want more detail, open the full guide for each. If you would like us to take your team through it, you can book a presentation.

Where to get it

The guide is free. You can read about it and download it on its own page. It updates when the sector guides and the organization guides change, so the numbers stay in step with them.

Read this post on Jordan PPP: https://jordanppp.com/blog/the-golden-age-of-ppps-in-jordan

Tourism PPP projects in Jordan cover resorts and hotels on public land, visitor concessions at heritage and nature sites, cable cars, hot spring resorts, eco-lodges and youth camps, from the waterfront of Aqaba to the forests of Ajloun. The largest of them, Marsa Zayed, is valued at about $10 billion on the Aqaba waterfront, while most projects outside Aqaba are small enough to suit small PPPs and direct proposals. This post maps the projects in the Tourism Sector Guide, one of the 23 free sector guides on this site, and shows how a tourism company can enter them.

What tourism PPP projects does Jordan have?

Jordan’s tourism pipeline includes resorts, hotels, eco-lodges, cable cars, hot springs and museums from Ajloun to Aqaba. The Tourism Sector Guide lists 56 projects, led by a new waterfront district in Aqaba, a museum and pilgrims’ village at the Baptism Site, cable cars in Amman and Karak, and wellness resorts at the Dead Sea.

56 projects in the Tourism Sector Guide, one of the largest sectors in Jordan’s $86 billion pipeline.

The Tourism Sector Guide names the flagship projects that lead the sector:

1. Marsa Zayed, Aqaba. A mixed-use waterfront under a 30-year concession from the Aqaba Development Corporation, valued at about $10 billion over a 15-year plan.
2. Abdali Convention Center, Amman. A design, build, finance and operate project for Jordan’s largest event complex, valued at about $1 billion and offered to investors.
3. Bethany Village, Baptism Site. A Baptism Museum, a pilgrims’ village with a hotel and church, infrastructure and a green corridor, prepared for the 2030 bimillennial.
4. Porto Dead Sea. A resort of hotel apartments, hotels and villas on the eastern shore of the Dead Sea.
5. Ajloun Wellness Resort, Al-Jubb. A medical wellness resort opposite Ajloun Castle with lodges, a spa, a clinic, sports facilities and an organic garden.
6. Amman Cable Car. An urban cable car with two routes from the Citadel, one to Jabal Al-Weibdeh and one to the Roman Theatre.

Jordan starts from a strong base. The country has seven UNESCO World Heritage Sites, from Petra and Wadi Rum to the Baptism Site and Umm al-Jimal, with the Dead Sea at the lowest point on land and the Red Sea coral reefs of Aqaba a few hours’ drive to the south.

Which tourism projects are anchored in Aqaba?

Aqaba holds the largest tourism projects in Jordan. Marsa Zayed alone is valued at about $10 billion on the waterfront of Aqaba, which also holds Al Matal, the hotel boulevard, Al Yamaniyeh beach and the youth camps of the south coast within the $46 billion of projects anchored in Aqaba.

$46B of Jordan’s $86 billion of PPP and infrastructure projects are anchored in Aqaba, including the Marsa Zayed waterfront.

Public authorities and development zones hold much of the land at the Dead Sea, in Aqaba and around Petra and Wadi Rum. The tourism and hospitality guide proposes long leases and joint ventures on that land, in which the government contributes land, the company brings design, capital and operation, and both share in the value the destination creates.

Investors can also enter through the Aqaba Special Economic Zone and the development zones at the Dead Sea and Ajloun, with incentives under the Investment Environment Law. The Aqaba guide sets out how organizations based in the city can launch a PPP program of their own.

How does a tourism PPP work in Jordan?

In a tourism PPP in Jordan, the government keeps ownership of the site, coastline or protected area, and a private company invests in the hotels, visitor centers and services around it and runs them under a long contract. The company earns income from rooms, tickets and services and shares revenue with the public owner.

The guide describes two main forms. At heritage and nature sites, visitor centers, transport, ticketing, lodging and services can be delivered as concessions in which the company invests, operates and shares revenue with the public owner, while the site itself stays protected under public control. On public land, hotels, resorts, eco-lodges and desert camps are developed and run under long leases and joint ventures.

Jordan’s history and landscapes cannot be copied, and their value grows as the world gains time to travel.

The public side has guides of its own. The heritage and antiquities guide and the nature reserves guide show how the institutions that guard these sites can launch PPP programs, and the starting guide explains how a PPP works from zero.

Can small tourism projects in Jordan be delivered as PPPs?

Yes. Small PPPs suit tourism in Jordan well, because many of the opportunities are lodges, camps, restaurants and attractions below $14.1 million that can be bundled into one tender under PPP Regulation No. 9 of 2024. Outside Aqaba the projects are smaller and spread across the country, from hot springs and eco-lodges to cable cars and youth camps.

$14.1M the ceiling for small-scale PPPs under PPP Regulation No. 9 of 2024, which suits lodges, camps and attractions.

The sector guide lists the openings: resorts, eco-lodges, chalets and restaurants from the hot springs of Afra and Wadi Bin Hammad to the Al-Sawan forest in Ajloun, and youth camps and villages in Ajloun, Salt, Shoubak, Al-Jafr and Aqaba that can be redeveloped as resorts, hostels and nature lodges.

A tourism research lab can test ideas within a season through pilots of about $100,000 each. The guide gives three examples: an AI visitor-flow system on one Petra trail, a solar-powered modular eco-lodge in Ajloun’s Al-Sawan forest, and a digital ticket and guide app for the Wadi Bin Hammad hot springs. The small PPPs page explains the method.

Can a tourism company propose its own project in Jordan?

Yes. A tourism company in Jordan can bring a direct proposal under Article 15 of PPP Law No. 19 of 2023 for a project it designs itself. The company protects the concept behind the project and keeps the right to match the best offer if the project goes to tender.

A tourism company knows which sites draw visitors but lack the lodging, transport or services to keep them longer. The sector guide gives examples: a visitor center and electric shuttle network for Wadi Rum, a wellness resort at an unlisted hot spring, a heritage trail with lodges linking the castles of Ajloun, Karak and Shoubak, or a digital ticketing and visitor management concession for national sites, financed and run by the company. The unsolicited proposals page sets out this route for each kind of organization.

How will AI, robotics and tokenization change tourism in Jordan?

AI, robotics and tokenization change how a destination in Jordan is planned, run and owned. AI forecasts arrivals at Petra, Wadi Rum and the Dead Sea and spreads visitors across sites and seasons, robotics builds lodges and cable car stations with a lighter touch, and tokenized stakes let residents and visitors own part of a resort.

The sector guide describes a shared destination platform that forecasts visitors, prices tickets and rooms and plans transport across Petra, Wadi Rum, Aqaba and the Dead Sea. Drones, laser scanners and robots map Petra, Jerash and the castles and help conservators repair stone with precision, and electric self-driving shuttles can link hotels, visitor centers and sites in Aqaba, Wadi Rum and the Dead Sea.

Tourism assets earn revenue every day from rooms, tickets and services, the steady cash flow that tokens represent well. A resort, eco-lodge or cable car in Jordan can sell tokenized stakes to residents, the diaspora, regional investors and visitors, and pay each holder as the revenue arrives. The tokenization page follows this idea across every kind of organization, and the Vision page sets it inside the infrastructure singularity.

How can a tourism company in Jordan start a PPP program?

A tourism or hospitality company in Jordan can start with six steps: a board mandate, a named team, a map of the pipeline, a shortlist of destinations, partners and a first pilot. The shortlist covers sites at the Dead Sea, in Aqaba, around Petra and Wadi Rum and elsewhere in Jordan where the company can add the most value.

The pipeline map covers the resorts, heritage sites and visitor projects in Jordan’s $86 billion pipeline, with early meetings with the ministries, authorities and development zones that hold them. The pilot is a first visitor concession, small-scale PPP or direct proposal, taken from idea to submission. The summary of all 96 guides brings the method together in one document, and the sector guides show the projects in each of Jordan’s sectors.

Read this post on Jordan PPP: https://jordanppp.com/blog/tourism-ppp-projects-in-jordan

Green hydrogen in Jordan is being built around Aqaba, where the government wants a regional hub that produces and exports green ammonia made from desert sun, wind and desalinated seawater. Jordan signed its first green ammonia investment agreement in May 2026, for a plant of about $1 billion at the Port of Aqaba, and the shared water, storage and export assets around it are open to PPP partners.

What is green hydrogen, and why does Jordan want it?

Green hydrogen is made by splitting water with renewable electricity, and most of it is shipped as green ammonia. Jordan has strong sun and wind, open desert land and a Red Sea port in Aqaba, which lets the country turn its sunlight into a fuel the world can store, buy and ship.

The fuels and fertilizers of the twentieth century were made from natural gas and shipped from a handful of producers. The next fifty years will make them from sunlight, wind and seawater, in the places where those are cheapest. Jordan imports all the ammonia its fertilizer industry uses, made from natural gas, so a green supply at home can serve export buyers and domestic plants under long contracts.

Why are Jordan’s green hydrogen projects in Aqaba?

Aqaba combines a port, industrial land and strong sun, the conditions that green hydrogen and ammonia projects need. Jordan’s July 2025 green hydrogen framework sets aside an industrial zone in Aqaba for hydrogen plants and desalination, and the port in Aqaba already handles the country’s ammonia trade.

The pieces sit within a few kilometers of each other. The new bulk liquids terminal in Aqaba will handle liquid ammonia from the hydrogen plants, and the desalination project serves both water and green hydrogen, because Aqaba’s hydrogen sites are planned on desalinated seawater. That concentration makes green hydrogen one of the largest pieces of Jordan’s pipeline, with most of it inside Aqaba’s share.

$46B of Jordan’s $86 billion of PPP and infrastructure projects anchored in Aqaba, where most of the green hydrogen pipeline sits.

The Aqaba guide and the opportunity page show how terminals, rail, water, power and green hydrogen depend on each other in the city, and how organizations based there can shape projects that serve several of them at once.

Which green hydrogen projects are planned in Jordan and Aqaba?

The Jordan PPP project register lists five green hydrogen and ammonia projects in Jordan, three of them in Aqaba, with most of their value inside Aqaba’s share of the pipeline. They range from an awarded US$1 billion plant at the Port of Aqaba to the US$6.5 billion H2 Global Energy plant, the largest of the five.

1. Jordan Green Ammonia. Awarded, at the Port of Aqaba. A US$1 billion plant by Hynfra and Fidelity Group that will make about 100,000 tonnes of green ammonia a year from about 550 MWp of off-grid solar and battery storage, with financial close targeted in 2027.
2. H2 Global Energy Aqaba Green Ammonia. Pipeline, in Aqaba. About US$6.5 billion for 1 million tonnes of green ammonia a year from up to 5 GW of wind and solar and 1.5 GW of electrolyzers, with operation targeted for 2030.
3. Green Ammonia Plant (United Energy Group). Pipeline, in Jordan. A project by China’s United Energy Group for green ammonia for export, using off-grid solar and desalinated seawater, whose land-use agreement Cabinet approved on June 17, 2026.
4. Masdar Green Hydrogen. Pipeline, in Jordan. Agreements signed at COP28 in December 2023 for 1 GW of wind with battery storage and a study of a green hydrogen plant near the Port of Aqaba.
5. Green Hydrogen Common Use Infrastructure. Pipeline, in Aqaba. Shared desalination, ammonia storage and export facilities for every developer in the hub, with a business model study completed with the EBRD in 2025.

Each project, with its location, stage and value, appears in the Green Hydrogen Sector Guide, one of the 23 sector guides on the site.

What targets has Jordan set for green hydrogen?

Jordan’s 2025 to 2035 energy strategy targets the start of commercial green hydrogen production by 2030, with output rising through 2035. The draft green hydrogen strategy of October 2023 saw about 591,000 tonnes a year by 2030 and 3.4 million tonnes by 2050, with Aqaba as the export gateway.

13 memoranda of understanding signed with green hydrogen developers in Jordan, six of which had reached land-use agreements by July 2025.

The pipeline is moving from paper to contracts. In July 2025 the Cabinet approved a framework that takes investors from memoranda of understanding and feasibility studies to land-use and investment agreements. The first investment agreement followed in May 2026, and a land lease with ASEZA for the Jordan Green Ammonia plant was signed in June.

How can a company join a green hydrogen PPP in Jordan?

A company can join green hydrogen in Jordan through six routes: the developer pathway, shared infrastructure in Aqaba, direct proposals under Article 15 of PPP Law No. 19 of 2023, small-scale PPPs, supply and construction, and offtake and finance, each suited to a different kind of organization and budget.

Developers enter through a memorandum with the Ministry of Energy and Mineral Resources, then feasibility studies, a land-use agreement and an investment agreement under the Cabinet framework. Jordan’s first green ammonia plant has an investment agreement, and the shared power, water, storage and export assets in Aqaba are still being planned, so a company can develop them as PPPs that serve every producer in the zone.

Direct proposals suit the parts of the hub that no single developer will build alone: a shared ammonia tank or loading line at the bulk liquids terminal, a desalination unit sized for several hydrogen plants, a refueling station for port trucks and buses, or green ammonia supplied under contract to Jordan’s fertilizer plants in place of imported ammonia. The unsolicited proposals page explains how a company keeps the right to match the best offer if its project goes to tender.

Regulation No. 9 of 2024 covers PPPs below about US$14.1 million, which suits pilot plants, fueling stations and training centers, and several can be bundled into one feasibility report and one tender. The sector guide describes a research lab in Aqaba, set up with ASEZA and a university, that would test electrolyzers on desalinated seawater, desert heat and dust, starting with three $100,000 pilots. The small PPPs page sets out that route.

How do AI, robotics and tokenization change green hydrogen in Aqaba?

Electrolyzers in Aqaba will run on dedicated solar and wind with no grid behind them, so AI decides how much a plant earns, robots make desert plants affordable to build and run, and tokenization lets savers in Jordan, the diaspora and funds abroad own part of the hub and receive their share of each cargo.

Models forecast every hour of sun and wind, size solar fields, batteries and ammonia tanks, and schedule cargoes against ship arrivals. Robots clean panels at night without water, and drones and crawlers check ammonia pipes and tanks for leaks, so a small Jordanian team can run a large plant safely in heat and dust. A green ammonia plant sells its product under long contracts, the cash flow that tokenization suits, and every certified tonne can be issued, traded and retired on a shared registry. Together these three forces point towards the infrastructure singularity, and the tokenization page explains how ownership opens up.

Jordan has the projects, strong sun, a port in Aqaba, a green hydrogen framework and a law that lets a company propose its own projects.

Where should an organization in Jordan start with green hydrogen?

Any green hydrogen or ammonia company in Jordan can start with six steps: a board mandate, a named program lead, a map of the $86 billion pipeline, priced offers for consortiums, partners such as offtakers and lenders, and a first pilot in Aqaba taken from idea to submission as a small-scale PPP or direct proposal.

The Green Hydrogen and Ammonia Companies guide sets out that program in full, with a PPP team, production in stages, shared storage and export at the port, and forecasting and drone inspection deployed as standard on every plant. Energy developers, special economic zones and maritime companies each have a guide of their own in the economic sectors category, and the starting guide explains how PPPs work in Jordan from zero.

Read this post on Jordan PPP: https://jordanppp.com/blog/green-hydrogen-in-jordan-aqaba

How big is the world’s biggest $500 trillion computer? We tried to count it. The graphic below lists 52 kinds of infrastructure, from power lines and dams to schools, hospitals and satellites, and gives a world figure for each one. Together they make up the machine that every road, pipe, cable and satellite on Earth is slowly joining.

Why count it at all

Running a machine starts with knowing its parts. A water company that knows every pipe it owns can find a leak in hours. A country that knows where every school, clinic and substation stands can plan where the next one should go. Counting is the first step toward the sensors, maps and software that will let infrastructure watch its own condition and plan its own repairs.

This count also shows the size of the job ahead. Rebuilding and running all of it will take about $500 trillion over the next fifty years: $300 trillion to build, $150 trillion to run and maintain, and $50 trillion for the sensors, AI and robots that turn concrete and steel into a computer. Those three figures sit at the top of the graphic.

Read it like a circuit board

The graphic is laid out like the board inside a laptop. The orange line on the left works like the main line that carries power and data. Six lanes branch off it, one for each family of infrastructure, and every tile is one part with its world figure. The lanes follow the sector guides on Jordan PPP, so every tile matches a part of Jordan’s own pipeline of projects. The same board, with a source for every figure, is on the computer page.

Energy: the power supply

Nothing in the machine works without power. The world has about 80 million kilometers of power lines, according to the International Energy Agency, and about 35,000 power plants in the World Resources Institute’s database. By the end of 2025 the world had 2,392 gigawatts of solar power and 1,291 gigawatts of wind power, according to IRENA, more than any other renewable source. There are 417 nuclear reactors running, according to the IAEA, about 225 gigawatts of grid batteries, 4 gigawatts of machines that make hydrogen from water, 2 million kilometers of oil and gas pipelines and 825 oil refineries.

Water, food and nature

The world has about 62,000 large dams and about 22,000 plants that turn seawater into drinking water for more than 300 million people, according to the International Desalination and Reuse Association. About 58,500 plants clean wastewater, according to the HydroWASTE map. Farmers irrigate 351 million hectares, about a fifth of all cropland, according to the FAO, and 719 million cubic meters of cold stores keep food fresh on its way to the table.

Nature has a lane of its own. There are about 488,000 protected areas covering 17.5% of the world’s land and almost 10% of its oceans, according to Protected Planet. On the other side of the ledger, cities throw away about 2.3 billion tonnes of waste a year, and that figure is on track to reach 3.8 billion tonnes by 2050. A computer that works in harmony with nature has to shrink that number.

Industry: the factories that make the parts

Factories around the world added $17.6 trillion of value in 2025, according to the World Bank. Satellites have mapped about 44,900 mining sites, recorded in a global dataset published in Scientific Data. The world makes about 160 million tonnes of ammonia a year, most of it for fertilizer, and more than 3,000 cement plants turn out the main ingredient of concrete. There are 5,953 medicine factories on the US Food and Drug Administration’s list, and the Open Supply Hub has mapped about 2.5 million factory sites. Defense is part of the picture too: the world spent $2.9 trillion on its militaries in 2025, according to SIPRI.

Mobility: the circuits

Roads, rails and waterways are the circuits that carry people and goods. The world has about 64 million kilometers of roads, 1.1 million kilometers of railways and 2.3 million kilometers of rivers and canals that ships can use. It has about 44,000 airports and 3,600 sea ports. 202 cities run a metro, according to UITP, and 191 cities run rapid bus lines with their own lanes. The world’s countries share 323 land borders, and drivers can plug into more than 7 million public chargers for electric cars, 1.8 million of them added in 2025 alone, according to the IEA.

Cities and people: what it is all for

Every other lane exists to serve this one. There are about 12,000 cities with 50,000 or more people, according to the United Nations, and Overture Maps has mapped 2.5 billion buildings. The world has about 6 million schools, and nearly half of them still have no internet connection, according to the UN’s Giga project. It has about 21,500 universities, about 218,000 hospitals, 17.5 million hotel rooms, 52,000 stadiums, 680,000 post offices, 2.9 million cash machines and 220,000 cinema screens.

Digital and space: the network and the processors

The digital lane holds the parts that think and talk. About 12,000 data centers act as the machine’s processors. They connect through 1,337 internet exchanges, listed on PeeringDB, and 1.5 million kilometers of cable on the ocean floor, which come ashore at 1,893 landing stations, according to TeleGeography.

Above them, about 16,800 working satellites circle the Earth, according to the KeepTrack catalog, and about 11,150 of them belong to Starlink. Rockets were launched toward orbit a record 329 times in 2025, according to Jonathan McDowell, and two crewed space stations are in orbit. SpaceX has also asked permission to launch up to one million satellites for data centers in space. The story of that next step is in Space: the next PPP frontier.

What we could not count

Some parts of the machine have no reliable world count yet. Nobody has counted the world’s care homes, cell towers, courts, bridges or tunnels in one place. Some figures are also old. The last world totals for roads, railways and airports come from the CIA World Factbook, which closed in February 2026, and they date from 2010 to 2013. Filling these gaps is part of the work ahead. Sensors, satellite maps and shared records will give every part of the machine a count that updates itself.

Where Jordan fits

Jordan has a project in almost every lane of the board. The Aqaba-Amman water project will add seawater desalination, the Al-Mujib plant will store power as water pumped up a hill, a new railway will carry phosphate and potash to the port of Aqaba, and a National Broadband Network will carry fiber across the country. Jordan launched its first satellite in 2018 and signed the Artemis Accords in April 2026.

The country has $86 billion of PPP and infrastructure projects in development, including $46 billion in Aqaba. Article 15 of its PPP Law lets any private company take its own PPP idea to the Ministry of Investment or a public authority. The mission of Jordan PPP is to build the most advanced PPP system in the world, and www.JordanPPP.com offers 96 organization guides and 23 sector guides for free. To take your team through every part of the machine, book a presentation.

Read this post on Jordan PPP: https://jordanppp.com/blog/every-part-of-the-worlds-biggest-500-trillion-computer

Robotics in Jordan’s infrastructure means drones, pipe crawlers, construction robots and autonomous machines that build, inspect and maintain PPP projects, supplied as a service under contracts that run as long as each concession. The first place they can work at scale is Aqaba, where automated cranes, yard vehicles and inspection drones can raise the capacity of the port’s terminals, and where $46 billion of Jordan’s $86 billion of PPP and infrastructure projects are anchored. This post explains where robots fit in a PPP, what they change in Aqaba and how a company in Jordan can start.

How is robotics used in infrastructure in Jordan?

In Jordan, robotics is used to build, survey, inspect, maintain and operate infrastructure. Construction robots and modular factories build with smaller crews, drones map sites and verify progress, crawlers inspect pipes and power lines, cleaning robots keep solar fields producing and autonomous vehicles move cargo inside ports, mines and logistics zones.

The sector guides show where each machine fits. On a water network, robots travel inside pipes to find leaks and weak sections while drones survey canals, reservoirs and pipelines. Panel-cleaning robots keep the solar plants of Mafraq and Ma’an at full output, and drones and track recording vehicles survey rails, bridges and embankments.

Robots will take on work that is dangerous, dull or hard to staff. Over time, fleets of machines will build new assets with very few people on site and then look after them for decades, which changes the cost of building and the cost of upkeep inside every PPP. The starting guide explains the PPP model from zero, and the robotics page sets out what robotics changes for each kind of organization.

$300T of new building the world will need over the next fifty years, a cost that fleets of machines raising new assets with very few human hands can bring down.

How do robots change a PPP contract in Jordan?

In Jordan, robots change a PPP contract by turning the sale of a machine into a service that runs as long as the concession. The operator buys outcomes such as kilometers inspected, panels cleaned or leaks found, and the robotics company owns, runs and improves the fleet that delivers them.

A PPP turns robots into long contracts.

The operator of a PPP earns its availability payments, tolls and tariffs while the asset stays open, safe and working. It can therefore buy inspection, cleaning and repair from a robotics company with guaranteed availability, paid per inspection, per kilometer or per site for the whole term. The operators guide describes how pipe robots, drones and automated sorting lines let a small team maintain a large network and still meet its performance targets.

Government can write the same machines into its tenders. Output specifications can require drone inspection, robotic leak detection and automated maintenance records, so performance is measured by machines and reported as data. Lenders gain as well, because projects built with automated construction finish closer to schedule and assets maintained by robots fail less often.

Where will robots work first in Aqaba?

In Aqaba, robots will work first in the port and the logistics zones, the places where robots already work at scale. Automated cranes, yard vehicles, drones and inspection robots can raise the capacity of Aqaba’s terminals and keep its pipes, roads and power lines in shape, with Jordanian technicians trained in Aqaba to run them.

$46B of Jordan’s $86 billion of PPP and infrastructure projects are anchored in Aqaba, Jordan’s only seaport and its gateway to the Red Sea.

The ports and logistics sector guide lists what robotics changes at the port. Remote-operated ship-to-shore and yard cranes can be run from a control room by a smaller, highly skilled team. Automated stacking yards fit more containers on the same land, driverless tractors move containers between berth and yard inside the port gates day and night, and drones and underwater crawlers check quays, jetties, tanks and pipelines while the terminals keep working.

The concessions that will carry this equipment are already in place. APM Terminals is investing US$242 million to lift the container terminal above 1.7 million TEU under a concession to 2046, AD Ports Group holds a 30-year concession for the multipurpose port, and ground was broken on October 5, 2026 on the freight railway linking the port with the mines. The sector guide pictures driverless trucks on the desert highways and automated freight trains between Aqaba and Ma’an, and the robotics companies guide adds autonomous haulage and yard vehicles that move cargo between the port, rail terminals and industrial zones.

Ship services and zones follow the same path. The maritime guide describes underwater drones that inspect hulls, moorings and quay walls and hull-cleaning robots that remove fouling without divers. Inside a zone, automated warehouses and yards move goods around the clock and robotic patrols watch gates and perimeters. The Aqaba guide shows how an organization in Aqaba can bring these machines into the projects it joins.

How can a robotics company in Jordan launch a PPP program?

A robotics company in Jordan can launch a PPP program by opening a dedicated team and a set of offers that bring its drones, crawlers, construction robots and autonomous machines into PPP projects from construction to operation. The robotics companies guide sets out six first steps that use the machines, engineers and operators the company already has.

1. Mandate. The board approves a PPP robotics program, with its machines, its sectors and its first-year goals.
2. Team. A named program lead works with engineering, operations, finance and legal people drawn from the company’s existing teams.
3. Pipeline. The team maps Jordan’s $86 billion of projects by sector and stage and meets the contractors, operators and contracting authorities that will buy robotic services.
4. Fleet offers. Inspection, cleaning, maintenance and construction services are packaged per kilometer, per site or per task and priced for whole-life contracts.
5. Partners. Contractors, operators, AI companies, lenders and infrastructure funds complete each consortium.
6. Pilot. A first robotic service or robot-built small PPP goes to government as a direct proposal, taken from idea to submission.

A program puts the company inside the consortiums that write the maintenance plan and the construction method, so its fleet is designed into the bid and paid for decades. Jordan’s pipeline is large and early, and the robotics companies that join it now will set the inspection and maintenance standards that later projects follow.

How do small PPPs and direct proposals open Jordan’s infrastructure to robotics?

Small PPPs and direct proposals let a robotics company in Jordan win public work without decades of track record. PPP Regulation No. 9 of 2024 defines small-scale PPPs below $14.1 million that can be bundled into one feasibility report and one tender, and Article 15 of PPP Law No. 19 of 2023 accepts direct private proposals.

Small PPPs suit robotics well, because a robot-built pumping station or a round of drone inspections can be delivered quickly and measured from the first day. A company can propose robotic leak detection, drone inspection of a road network or a modular pumping station and bundle similar sites into one tender. The small PPPs page explains the method, including research labs that run small pilots at up to $100,000 each and publish every result.

In Aqaba, the logistics sector guide suggests a research lab inside the Aqaba Development Corporation that could run $100,000 pilots such as automated gate cameras at one terminal. A direct proposal lets a company that sees where a public asset is inspected by hand or maintained too late turn that knowledge into a robotic service of its own design, protect the intellectual property behind its machines and keep the right to match the best offer at tender. The unsolicited proposals page explains the route.

Who will run and repair the robots in Jordan and Aqaba?

Jordanian technicians will run and repair the robots, and the guides ask every project to train them. The organizations that run machines in Aqaba’s port and zones will need technicians trained in Aqaba, and the same holds for the solar plants of Mafraq, the mines of Karak and the farms and factories around Irbid.

The vocational training guide proposes a curriculum in which trainees learn to operate and repair drones, construction robots, inspection crawlers and automated equipment, the machines that will build and maintain Jordan’s projects. Research centers can run the test rigs where new machines prove their accuracy and safety. The technology and knowledge category gathers these guides.

Robotics is one of three technologies bringing the infrastructure singularity closer, with artificial intelligence designing and running the assets and tokenization financing them. The Vision page explains that future, the opportunity page sets out Jordan’s $86 billion and Aqaba’s $46 billion, and the summary of all 96 guides brings the method together in one document.

Read this post on Jordan PPP: https://jordanppp.com/blog/robotics-in-jordan-infrastructure

Stand in the desert of Wadi Rum on a clear night and watch the sky for a few minutes. Small points of light slide quietly across the stars. Most of them are satellites, and many of them belong to Starlink. Each one is a piece of infrastructure, as real as a road or a power line, built and run by a private company and used by millions of people on the ground. Space has become a place where infrastructure gets built, and the biggest projects of the next fifty years may be built there.

The sky is already full of infrastructure

Every phone that shows a blue dot on a map is talking to satellites. GPS was built by the United States government and is free for anyone on Earth to use. Weather forecasts, shipping routes, bank payments and power grids all depend on signals from space. About 16,800 working satellites circle the Earth, according to the KeepTrack catalog in October 2026, and most of them were launched in the last five years.

The biggest change is in communications. Starlink, the satellite internet network run by SpaceX, had about 11,150 satellites in orbit in October 2026 and 13.6 million customers at the end of September, in about 160 countries and territories. A small dish on a roof can now bring fast internet to a farm, a ship, a refugee camp or a village with no cable at all. Jordan’s Telecommunications Regulatory Commission signed a license with Starlink Jordan in 2023, and a local reseller, Sama X, received its own license in December 2025 to bring the service to remote areas in the north and south. Amazon is building a rival network called Amazon Leo, and more are coming.

In plain terms, a network of satellites is a ring of cell towers in the sky. It reaches places that cables never will, and it is quickly becoming part of the basic wiring of the planet.

Why data centers are heading to space

Artificial intelligence runs in data centers, and data centers need huge amounts of electricity. Colossus, the AI computer that xAI built near Memphis in the United States, reached about one gigawatt of computing capacity by mid-2026, roughly the output of a large power plant. Cities and power grids are struggling to keep up with demand like this, and every new data center on Earth needs land, power lines and water for cooling.

Space offers a simple answer to the power problem: the Sun. Google’s researchers write that “in the right orbit, a solar panel can be up to 8 times more productive than on earth.” In some orbits a satellite stays in sunlight almost all the time, so it never has a night, never sees a cloud and needs only small batteries. A data center up there would also need no land and no water.

Who is betting on it

In November 2025 Google announced Project Suncatcher, which it calls a research moonshot, to put its own AI chips on solar-powered satellites that talk to each other with lasers. Its next step is a mission with the satellite company Planet to launch two test satellites by early 2027. Writing in Semafor, Reed Albergotti said the idea comes straight from the minds of Google’s founders, Larry Page and Sergey Brin, who used the profits of search to chase much bigger projects. Page has looked to space before: in 2012 he and former Google chief executive Eric Schmidt backed Planetary Resources, a company set up to mine asteroids. Google’s chief executive, Sundar Pichai, has said that a decade or so from now, people will see space as a more normal way to build data centers.

Eric Schmidt went further. In 2025 he took control of the rocket company Relativity Space, and Ars Technica reported that his goal is to put data centers in orbit. Jeff Bezos, the founder of Amazon and Blue Origin, told Italian Tech Week in October 2025, as Reuters reported, that gigawatt-scale data centers will be built in space within 10 to 20 years, and that steady sunshine will let them beat data centers on the ground.

Elon Musk is moving fastest. On January 30, 2026, SpaceX asked the US Federal Communications Commission for permission to launch up to one million satellites for what it calls the SpaceX Orbital Data Center system. Days later, on February 2, SpaceX bought xAI, the company behind Colossus, to bring rockets, satellites and AI under one roof. A smaller company, Starcloud, backed by Nvidia, has already flown a powerful Nvidia chip into orbit in November 2025 and trained a small AI model on it there.

The hard parts

Not everyone is convinced yet. OpenAI’s Sam Altman has called the idea unrealistic for this decade, and the engineering problems are real, as NPR has explained. Space is cold, but it is also empty, so a hot computer cannot blow its heat away with fans and air. It has to send the heat out slowly through large panels. A broken server cannot be fixed by a technician who walks over with a spare part. Launches still cost a lot, although Google’s researchers expect prices to fall below $200 a kilogram by the mid-2030s, low enough to make orbit compete with the ground.

Space is also getting crowded. The European Space Agency estimates there are more than 1.2 million pieces of debris larger than one centimeter in orbit, and more than 50,000 larger than ten centimeters. Each one travels faster than a bullet. A million new satellites would need firm rules for traffic, safe disposal and clean-up, and those rules have to come from governments working together.

The rest of the space economy

Data centers and internet are only two parts of a much larger picture. The World Economic Forum and McKinsey estimate that the space economy was worth about $630 billion in 2023 and could reach $1.8 trillion by 2035, growing faster than the world economy as a whole. Here are the main parts.

Launch is the road to space. Rockets that land and fly again have cut the cost of reaching orbit, and every other space business depends on that road getting cheaper.

Earth observation is the planet’s eyes. Companies like Planet photograph the whole Earth every day, so farmers can check their crops, cities can track new buildings and water authorities can spot leaks and dry wells from above.

Navigation is the planet’s clock and compass. GPS and the European, Chinese and Russian systems give every phone, plane, ship and power grid an exact time and place.

Factories in orbit make things Earth cannot. In February 2024 a small capsule from Varda Space landed in Utah carrying crystals of an HIV drug that were grown in weightlessness. Medicines, fiber optic cable and computer chips may one day be made better in space than on the ground.

Power stations in space could send energy home. In 2023 a test satellite from Caltech beamed a small amount of power down to a rooftop in California. The amount was tiny, but it showed that solar power collected in orbit can be aimed at a receiver on Earth.

Space stations are the hotels and labs. The International Space Station is due to retire around 2030, and NASA plans to replace it by renting space on stations owned and run by private companies.

The Moon and Mars are the next building sites. Landing pads, power plants, roads and water plants on the Moon will be needed for people to stay there. The Moon guide and the Mars guide on Jordan PPP explain how they can be built and run.

Mining and clean-up close the loop. Water ice on the Moon can be turned into drinking water, air and rocket fuel, and asteroids hold metals. Companies are also building spacecraft that catch old satellites and debris and pull them out of orbit.

Space has always been a partnership

Almost every success in space so far began as a partnership with government. In 2006 NASA stopped designing every rocket itself and started paying companies to reach set goals, then buying cargo deliveries to the space station as a service. SpaceX developed its Falcon 9 rocket this way. A NASA cost model estimated that building it the traditional government way would have cost about $4 billion, while the actual cost of Falcon 9 and the earlier Falcon 1 together came to about $390 million, a figure NASA checked.

The same model is now used for the Moon. Under its Commercial Lunar Payload Services program, NASA works with American companies to deliver science and equipment to the Moon’s surface and orbit. The companies own the landers and NASA pays for each delivery, the same way a city might buy clean water from a private plant.

This is exactly how a public-private partnership, or PPP, works. A PPP is a long agreement in which a government and private companies build and run a public service together. The government sets the goals, protects the public and agrees to pay for results. Private partners bring money, speed and new technology, and they carry the risk of building and running the asset. The PPPs on the Moon post explains how the model fits lunar power, water and landing pads.

What a space PPP looks like

Data centers in orbit will need the same mix. Governments control the things a private company cannot get alone: the right to use radio signals, safe orbits, launch sites, traffic rules and the duty to clean up. Governments are also the biggest buyers of what space produces, from weather data and secure communications to AI computing for hospitals, schools and ministries.

A space PPP could work like this. A government, or a group of governments, agrees to buy computing power, internet capacity or Earth images from a satellite network for 15 or 20 years. That long promise lets a private partner raise the money to build, launch and run it. The partner is paid only when the service works, and must bring each satellite down safely at the end of its life. Tokenization can split the project into small digital shares, so ordinary people and small funds can own a piece of a satellite network instead of only the largest investors.

In the story of the world’s biggest $500 trillion computer, roads, grids, pipes and cables join into one machine. Satellites are its wireless network, and data centers in orbit could become some of its largest processors, powered directly by the Sun.

Jordan’s place in space

Jordan is already part of this story. Its first satellite, JY1-SAT, was built by young Jordanian engineers with the support of the Crown Prince Foundation and launched on a SpaceX Falcon 9 on December 3, 2018. It was named after the radio call sign of the late King Hussein. On April 23, 2026, Ambassador Dina Kawar signed the Artemis Accords at NASA’s headquarters, making Jordan the 63rd country to join the shared rules for exploring the Moon and Mars.

The desert of Wadi Rum looks so much like Mars that Hollywood filmed The Martian there. A privately run research site in Wadi Rum has already hosted mock Mars missions, called PETRA1 and PETRA2, in 2024 and 2025. That same desert could become a test range for rovers, building robots and solar power before they fly. Aqaba adds a sea port, strong sunshine for solar farms and data centers in planning, and Jordan’s high, dry land suits ground stations that talk to satellites.

The country has $86 billion of PPP and infrastructure projects in development, including $46 billion in Aqaba. Article 15 of its PPP Law lets any private company take its own PPP idea to the Ministry of Investment or a public authority, so a space test range, a ground station park or an AI data center can be proposed directly. The mission of Jordan PPP is to build the most advanced PPP system in the world, and www.JordanPPP.com offers 96 organization guides and 23 sector guides for free. To take your team through the space opportunity, book a presentation.

Read this post on Jordan PPP: https://jordanppp.com/blog/space-the-next-ppp-frontier

Start with a glass of water in Amman. Someone turns on a tap in the morning, fills a glass and drinks it without a second thought. That small moment depends on one of the largest machines ever made, and almost nobody who uses it thinks of it as a machine at all.

Follow the water

Follow that water backward. It came through a pipe under the street, and before that through pumping stations that pushed it uphill into the city. Much of Amman’s water today travels 325 kilometers from the Disi aquifer, deep under the southern desert, through a pipeline that has run since 2013. The pumps run on electricity from a national grid that also carries power from Tafila, where the Middle East’s first large wind farm started turning in 2015, and from Baynouna, a 200 megawatt solar plant east of Amman.

Along the way, meters count the water, control rooms watch the pressure and computers send out the bills. The glass of water is the last step in a long chain of pipes, power lines, cables and software, and that chain behaves very much like a computer.

Every computer has the same parts

Every computer has the same basic parts. Sensors take in information, wires carry signals, processors make decisions, a power supply keeps everything running, and outputs act on the world. A laptop holds all of these parts inside one small box.

Infrastructure has the same parts, spread across the land instead of packed into a box. Line them up one by one and the match is close.

Part by part

Sensors are the eyes and ears. A computer takes in the world through its keyboard, camera and microphone. Infrastructure takes it in through water meters, traffic cameras, weather stations and small gauges set inside bridges that feel every truck that crosses. Today there are only a few of these sensors, and tomorrow there will be one in almost every pipe, pole and beam.

Roads, railways and pipes are the circuits. On a circuit board, thin copper lines carry signals between the chips. Across a country, roads carry people and goods between cities, pipes carry water from wells and the sea to homes, and railways work like the data bus inside a computer, moving heavy loads on fixed and predictable paths. The 325 kilometer Disi pipeline is one long circuit that feeds Amman.

Cables and satellites are the network. A computer joins the internet through a cable or through Wi-Fi. The planet does the same at a much larger size. Fiber cables run beside roads and railways, cables on the ocean floor join the continents, and satellites act as the wireless signal that reaches ships, planes and villages far from any cable.

Data centers are the processors. The processor is the part of a computer that thinks and decides. Data centers play that role for infrastructure, running the AI that plans traffic, balances the grid and spots a failing pump before it breaks. The data centers planned in Aqaba and at the Al-Risha gas field would give Jordan processors of its own.

Batteries, dams and tanks are the memory. A computer stores data in its memory so it can use it later. Infrastructure stores energy and water for later. Batteries hold power for the evening, reservoirs and tanks hold water for the summer, and the Al-Mujib plant will hold energy as water pumped up a hill, ready to run back down when the country needs it.

Power plants and the grid are the power supply. Nothing in a computer works without power, and nothing in a city works without it either. Solar farms, wind farms and other power plants are the battery and the charger, and the grid is the power cable that carries their energy to every pump, train, light and data center.

Sea ports and border crossings are the ports. Even the name fits. A port on a laptop is where a cable plugs in and data goes in and out. A sea port like Aqaba, and every border crossing, is where a country plugs into the rest of the world and goods go in and out.

Robots and factories are the hands that build. Plug a 3D printer into a laptop and it can turn a drawing into a real object. The planet’s computer is getting hands of its own. Factories make pipes, bridge sections and building parts ready to fit, and robots lay, weld and print them in place, so the machine can build and extend itself. A US$125 million steel pipe plant planned at Al Quweira, near Aqaba, will send half of its pipes to the Aqaba-Amman water line.

Software and agreements are the operating system. A computer needs an operating system that decides which part does what and when. For infrastructure, that job falls to the software that runs each network and to the agreements between the people who own and run it. The more they share one record of every drawing, contract and instruction, the more the whole system behaves like a single machine.

Today most of these parts work alone and say very little to each other. Give them sensors and a shared way to talk, and they start to work as one machine.

One country, one machine

Now zoom out to the whole of Jordan. Picture a ship sliding into the port of Aqaba on the Red Sea. A US$2.5 billion freight railway now under way will carry phosphate and potash between the mines inland and that port, and a US$3.2 billion high-speed railway from Amman to Aqaba is being planned.

From 2030 the same coast will also send water north. The US$5.8 billion Aqaba-Amman water project will turn 300 million cubic meters of Red Sea water a year into drinking water and pump it 450 kilometers to Amman, enough for about 40% of the country’s drinking water. Many glasses of water in Amman will then begin as a wave in the Gulf of Aqaba.

Pumping that much water uphill takes a lot of power, so the water line depends on the power grid, and the grid needs a way to save energy for later. The planned 450 megawatt Al-Mujib pumped-storage plant will pump water up a hill when power is cheap and let it fall back through turbines when the country needs it, for up to seven hours at full output. A National Broadband Network will carry fiber across the country, and new data centers in Aqaba and at the Al-Risha gas field will become the country’s processors.

Now imagine these projects talking to each other. The water line tells the grid it will need extra power tonight. The grid tells the data centers that solar power is cheap at noon, so they run their heaviest work then. The railway tells the port exactly when the next train will arrive. A pipe in Amman notices a small leak and reports it before anyone sees a puddle, which matters in a country where 41% of the water pumped into the network still never reaches a paying customer. Each project could be built alone. Built to share what they sense, they become one machine the size of a country.

Joining the neighbors

Zoom out again and the same thing happens between countries. Jordan’s power grid is already connected to Egypt and Iraq, a link with Saudi Arabia is planned, and an upgrade would raise the Egypt link to 2,000 megawatts. A railway link with Saudi Arabia is planned too. When grids are linked, a country with spare solar power at noon can send it to a neighbor, and the neighbor can send wind power back at night.

Keep zooming out and the links reach across the world. Cables on the ocean floor carry data between continents. Power lines are starting to cross seas. Satellites reach ships, planes and remote villages that no cable can reach. Every new link makes the whole machine stronger, in the same way that every new road makes a city easier to cross.

Bigger than any building

To see how big this machine is, compare it with the largest computers people have built on purpose. LineShine, the fastest supercomputer in the world, fills one building in Shenzhen, China. It took first place on the TOP500 list in June 2026 with 13.8 million processor cores and a speed of 2.2 billion billion calculations a second, which experts call 2.2 exaflops. It uses about 42 megawatts of power, enough for a small town. Colossus, the giant AI computer that xAI built near Memphis in the United States, is bigger again. By mid-2026 its sites had about one gigawatt of computing capacity, roughly the output of a large power plant, and by late September its second site was running 440,000 of Nvidia’s newest AI chips.

Both machines are enormous, and both still fit on a city map. The machine that covers the planet needs a map of the whole world.

It has more than 64 million kilometers of roads, according to the CIA World Factbook, enough to drive to the Moon and back more than 80 times. The International Energy Agency counts about 80 million kilometers of power lines, enough to wrap around the Earth about 2,000 times. TeleGeography, which maps the internet, counts more than 1.5 million kilometers of cable on the ocean floor. Above it all, about 16,800 working satellites circle the Earth, according to the KeepTrack catalog in October 2026.

It is the largest thing people have ever built, and nobody designed it as one system. It grew over the last hundred years one road and one pipe at a time, and much of it is now wearing out at the same time. Rebuilding and running it will take about $500 trillion over the next fifty years: $300 trillion to build, $150 trillion to operate and maintain, and $50 trillion for the sensors, computing and robots inside the assets. That last $50 trillion is what turns concrete and steel into a computer.

A morning in 2050

Picture a morning in Amman around 2050. Overnight, a sensor inside a water main felt the pipe wall getting thin, and before sunrise a small robot crawled inside and sealed it, so nobody had to dig up the street. As the morning traffic built up, a bridge on the road to Zarqa measured its own load and asked the traffic system to spread the trucks across more lanes. At noon the desert solar farms made more power than the country needed, so the grid stored some of it at Al-Mujib, sent some to a neighbor and told the data centers to start their heaviest work. A woman in Amman filled her glass of water that morning and noticed none of it.

This is the world’s biggest $500 trillion computer learning to look after itself. With sensors, artificial intelligence and robots, roads, grids, ports and water networks will watch their own condition, predict their own failures and plan their own repairs. In time the network will improve itself faster than any government or company can direct it. That point is called the infrastructure singularity, and it is where this story is heading.

Built like a forest

An older system already works this way. A forest grows without a plan from any office. It senses light and water, repairs itself after a storm and wastes nothing, because every fallen leaf feeds the soil. Most infrastructure of the last hundred years worked the other way. It was laid over the land, it used up what it needed and it was thrown away when it wore out.

The world’s biggest $500 trillion computer has to grow more like the forest, and Jordan already shows the first signs. As-Samra, the country’s first PPP, treats about 70% of Jordan’s wastewater, makes most of its own energy from biogas and water power, and sends clean water to farms in the Jordan Valley. Tafila and Baynouna turn wind and sunlight into the power that runs the pumps. The next steps are to catch rain where it falls, recycle old solar panels into new materials and plan every new road around the valleys that animals and farmers depend on.

A computer that can sense the world can also protect it. Sensors can tell a farmer exactly how much water a field needs and warn a town before a flood arrives. Built this way, new infrastructure can restore the ground it sits on and grow from within the world as a living part of it.

Who will build it?

No government can pay for a computer the size of the planet alone, and no company can build one without governments. A public-private partnership, or PPP, is a long agreement in which a government and private companies build and run a public service together. The government sets the goals and protects the public, private partners bring money, speed and technology, and both share in the results. Tokenization can widen that circle by splitting a project into small digital shares that people can buy and sell online, so the people who drink the water or drive on the road can own a share of it too.

Where the story starts

The story of the world’s biggest $500 trillion computer can start in Jordan. The country has $86 billion of PPP and infrastructure projects in development, including $46 billion in Aqaba, and many of them are parts of this computer: ports, railways, water lines, power links and data centers. Article 15 of its PPP Law lets any private company take its own PPP idea to the Ministry of Investment or a public authority, so new ideas have a direct way in. The mission of Jordan PPP is to build the most advanced PPP system in the world, and www.JordanPPP.com offers 96 organization guides and 23 sector guides for free. To take your team through all of this, book a presentation.

Read this post on Jordan PPP: https://jordanppp.com/blog/the-worlds-biggest-computer

A public-private partnership, or PPP, is a long contract in which a government and private companies build and run a public service together, such as a road, a power plant or a water network. PPPs have done useful work for a long time. The system around them was built for a slower world, where each project stood alone, and it can no longer deliver at the pace, scale and complexity the world now needs.

Why are legacy PPP systems so slow?

A traditional PPP moves at the speed of its paperwork. In 2018 the European Court of Auditors, which checks how the EU spends its money, reported on 12 PPPs backed by EU funds. One third of them took 5 to 6.5 years just to choose a company and agree the deal. Of the 9 projects that were finished, 7 ran late, by anywhere from 2 to 52 months.

Even the quick cases take a long time. IJGlobal, which tracks infrastructure deals, looked at five years of deals completed from 2009 onward. Spain and the Netherlands, the two fastest countries in its ranking, took about 22 to 23 months from the start of the tender to the day the money was in place. A schools program in Greece took 83.2 months, close to 7 years.

Compare that with private building today. Epoch AI estimates that a giant one-gigawatt data center takes about 2.1 years to build. So a company can finish a huge new building in roughly the time that the fastest PPP systems in that ranking needed before work on a project could properly begin.

Why can they not reach the scale the world needs?

McKinsey estimated in 2025 that the world will need about $106 trillion of infrastructure investment through 2040, which is roughly $7 trillion a year. Over the next fifty years, rebuilding and running the world’s infrastructure will take about $500 trillion.

Now look at what the current system produces. The World Bank counts private investment in infrastructure across low- and middle-income countries. In 2024 it found $100.7 billion in 315 projects, which was 0.27% of those countries’ combined economic output. The two sets of numbers measure different things, since the World Bank counts only private deals in those countries, but the distance between them is still very large.

Part of the reason is how each deal gets made. Most projects start from a blank page, with their own studies, their own lawyers and their own advisers. Those costs make sense for a large highway, and they are hard to carry for one water network or one clinic, so small projects often never happen.

Money is the other limit. An investor’s money can stay stuck in a road for decades, and usually only large institutions can buy in at all. The people who use a road or a water network rarely own any of it, which leaves a huge pool of savings outside the system.

Why do long contracts struggle with complexity?

A 30-year contract depends on guesses about the next 30 years, and those guesses often go wrong. A World Bank study by José Luis Guasch looked at more than 1,000 long private contracts in Latin America and the Caribbean from 1985 to 2000. In all, 74.4% of the water and sanitation contracts and 54.7% of the transport contracts had to be renegotiated, on average just 2.2 years after they were awarded.

The EU auditors found the same problem with forecasts. Use of the projects they checked came in up to 69% below forecast for digital networks and up to 35% below for motorways. They also found that most of the digital projects fit badly with long contracts, because the technology changes so fast. Energy shows how far off expert forecasts can be. Experts expected solar costs to fall 2.6% a year between 2010 and 2020, and they actually fell 15% a year.

Projects also depend on each other more than they used to. A data center needs power, water and land at the same time. The Aqaba-Amman water project will bring 300 million cubic meters of desalinated Red Sea water a year to Amman, which ties a plant by the sea, a long pipeline and a large power need into one project. A system that treats each contract on its own has no easy way to plan for links like these.

What does this do to public trust?

Slow and costly deals lose public support. In 2018 the UK’s government auditor, the National Audit Office, reported that one group of schools built under the country’s PPP program cost around 40% more than if the government had borrowed the money itself. It also reported £199 billion of payments still to come on these deals, and later that year the UK stopped using them for new projects. In Greece, the EU auditors found that the cost per kilometer of three motorways rose by up to 69% while their scope was cut by up to 55%, mainly because of the financial crisis and poorly prepared projects.

The same auditors also found that the 9 finished projects they checked showed good levels of service and maintenance. So the case for working together on infrastructure still stands. The trouble lies in the time, the cost and the planning needed to get there.

What could a better system look like?

Infrastructure has to scale as a system, where every project teaches the next one. Shared templates and shared data would replace the blank page. Deals would come with set dates to review and update them, and the public would be able to see how each project is performing.

Three technologies make this possible. Artificial intelligence can draft studies, compare bids and run assets from day to day, which makes each deal cheaper to prepare. Robotics can build, inspect and repair, including in places that are too dangerous for people. Tokenization splits ownership of a project into small digital shares that people can buy and sell online, which lets more people invest and gives investors a way out.

Together these technologies point toward the infrastructure singularity, the point where the built world starts improving itself faster than anyone can direct it. They are still young, and they will need good laws, honest numbers and careful oversight along the way.

Where does Jordan fit in?

Jordan has $86 billion of PPP and infrastructure projects in development, including $46 billion in Aqaba. Article 15 of its PPP Law lets any private company take its own PPP idea to the Ministry of Investment or a public authority, so new ideas have a direct way in. The mission of Jordan PPP is to build the most advanced PPP system in the world, and www.JordanPPP.com offers 96 organization guides and 23 sector guides for free. To take your team through all of this, book a presentation.

Read this post on Jordan PPP: https://jordanppp.com/blog/legacy-ppp-systems-pace-scale-complexity

You can now book a Jordan PPP presentation for your organization. We take your team through Jordan’s $86 billion of PPP and infrastructure projects, how an organization starts a PPP program of its own, and how AI, robotics and tokenization are changing the work. Book a presentation and we will be in touch to confirm it.

What the presentation covers

A PPP, or public-private partnership, is a long contract in which a government and private companies build and run a public service together. Our starting guide explains the idea in everyday words. The presentation starts there and moves quickly to what is happening in Jordan.

1. Where the projects are. Jordan has $86 billion of PPP and infrastructure projects in development, with $46 billion of them anchored in Aqaba.
2. How to start. Every organization can begin with the same six first steps: a mandate, a team, a map of the pipeline, its own offer, partners and a first pilot.
3. What is changing. AI helps design and run assets, robotics helps build and maintain them, and tokenization can open their ownership to more people.
4. Where it leads. Rebuilding and running the world’s infrastructure will take about $500 trillion over the next fifty years, and Jordan can move early.

Who should book one

The presentation is for any organization that plans, builds, finances or runs infrastructure in Jordan, or wants to. That includes ministries, municipalities, banks, funds, developers, contractors, engineering firms, operators, universities and startups. It suits a leadership team, a board or a project team that wants one clear picture of the opportunity in a single session.

If you work in one field, you can read ahead. Our organization guides show each kind of organization how to launch its own PPP program, and our sector guides list the projects in each sector Jordan is investing in.

Online worldwide, or in person in Jordan

You can choose either one. Online presentations are open to organizations anywhere in the world. In-person presentations are available in Jordan only.

Days and times

We give presentations from Sunday to Thursday. The booking form shows the available times in your own timezone, so you never have to work out the difference from Amman. Pick all the days and times that suit your team, and we will confirm one with you.

How to book

The booking form asks for these details:

1. Your name, work email, organization, job title and website
2. Your kind of organization, chosen from our list
3. Up to three sectors you are interested in
4. Online worldwide, or in person in Jordan
5. Your country, your city and your company’s address, which you can check on a Google map
6. The days and times that suit your team

Send the form and we will be in touch to confirm your presentation. Book a presentation now.

Read this post on Jordan PPP: https://jordanppp.com/blog/book-a-jordan-ppp-presentation

Jordan’s water PPP projects run from the As-Samra wastewater plant, which reached financial close on December 10, 2003, and the Disi water conveyance, which opened in July 2013, to the Aqaba-Amman Water Desalination and Conveyance project, whose final agreement was signed on April 21, 2026. The next wave includes the South Amman non-revenue water contract, private operation of the northern wastewater plants and small-scale PPPs below $14.1 million. This post sets out the projects, the partners behind the carrier and the routes open to new partners, inside a national pipeline of $86 billion with $46 billion anchored in Aqaba.

What are the main water PPP projects in Jordan?

Jordan’s main water PPP projects are the As-Samra wastewater plant, the Disi water conveyance and the Aqaba-Amman Water Desalination and Conveyance project. Performance-based contracts now extend the model to whole networks and utilities, including South Amman, Mafraq and the northern governorates, so private partners work across treatment, conveyance, desalination and leak reduction.

1. As-Samra wastewater plant. A 25-year BOT by a group led by Suez, worth about $169.5 million. A $205.3 million expansion backed by MIGA guarantees started lifting the plant from 267,000 to 365,000 m³ a day in 2013.
2. Disi water conveyance. A 25-year BOT by GAMA, open since July 2013, that carries 100 million m³ of water a year to Amman.
3. Aqaba-Amman Water Desalination and Conveyance. A BOT led by Meridiam and Suez that will bring 300 million cubic meters of desalinated Red Sea water a year to Amman.
4. Non-Revenue Water, South Amman. A performance-based contract of about 24 years, now tendering, to cut losses across 17 distribution zones serving about 1.4 million residents.
5. Yarmouk Water Company. Veolia took over operation, maintenance, billing and customer service for the northern utility in May 2026, with payment tied to results.
6. Mafraq network rehabilitation. A KfW-financed program to cut non-revenue water from 79% to 40% through performance-based contracts.

The water sector guide lists 29 projects with their location, stage and value, from network and dam projects to open opportunities such as rainwater harvesting at industrial estates. The starting guide explains how a BOT works and places these projects in the wider story of PPPs in Jordan.

Why does Jordan use PPPs for water?

Jordan is one of the most water-scarce countries on earth. The National Water Strategy 2023 to 2040 puts renewable water at less than 61 cubic meters per person a year, far below the 500 cubic meter line for absolute scarcity, and the country’s PPPs add new supply and cut the water its networks lose.

41% of Jordan’s water was non-revenue water in August 2026, against a 2040 target of 25%.

Water suits a contract paid for performance because the results can be measured in cubic meters. Under a performance-based contract, the company finds leaks, manages pressure, replaces pipes and installs smart meters, and it earns its fee from the water it recovers. The water companies guide describes how a company in Jordan can build a program around this work, alongside desalination, conveyance, treatment and reuse.

What is the Aqaba-Amman water project?

The Aqaba-Amman Water Desalination and Conveyance project is a build-operate-transfer PPP led by Meridiam and Suez. It will desalinate 300 million cubic meters of Red Sea water a year at Aqaba and pump it 450 kilometers to Amman, supplying about 40% of Jordan’s drinking water, with water due to flow from 2030.

The group signed the BOT contract on January 12, 2025, and the final agreement for the National Water Carrier was signed on April 21, 2026, at about $4.3 billion to build ($5.8 billion with financing). The water sector guide ranks the carrier among the largest projects in Jordan’s pipeline.

450 km the length of the carrier pipeline from the Red Sea at Aqaba to Amman, carrying 300 million cubic meters of water a year.

Who is financing and building Jordan’s National Water Carrier?

Jordan’s National Water Carrier draws on a lead sponsor, development lenders and local banks. Meridiam owns 90% of the National Carrier Project Company, the EBRD is the largest lender, and Housing Bank leads a local bank syndicate, while Orascom Construction and Arab Contractors are building it.

The US DFC approved political-risk insurance for Meridiam and Suez. The Green Climate Fund provides financing for the solar-backed project, SSIF takes an equity stake and IFC gave upstream advisory support on the project documents. A captive solar plant at Al Quweira will supply power for the desalination project. The PPP developers guide and the infrastructure funds guide show how other organizations in Jordan can take part in consortia of this kind.

How do water projects connect to Aqaba’s $46 billion?

Water connects to Aqaba’s $46 billion because the carrier’s desalination plant will sit on the Red Sea coast, and the industry around it needs the same supply. Aqaba’s hydrogen sites are planned on desalinated seawater, and resorts, industry and housing in the city will need treatment and reuse capacity to match.

$46B of Jordan’s $86 billion of PPP and infrastructure projects are anchored in Aqaba, Jordan’s only port.

A steel pipe plant is planned in the Quweira Industrial Zone to supply the carrier. JPMC has an agreement for a solar-powered seawater desalination plant at its Aqaba complex, and an existing desalination plant already stands at the KEMAPCO site in Aqaba. The Aqaba guide and the green hydrogen guide show how organizations can build on this base, and the opportunity page sets out the wider case.

What role does wastewater reuse play in Jordan’s water PPPs?

Wastewater reuse is a core part of water supply in Jordan, which reuses more than 90% of its treated wastewater, mostly to irrigate farms in the Jordan Valley. As-Samra, the country’s first PPP, treats about 70% of its wastewater and generates most of its own energy from biogas and hydropower.

Jordan has 31 treatment plants, with more capacity planned. The next projects include new plants at Wadi Zarqa and Shallalah, private operation of the northern plants and biogas upgrades. The wastewater and reuse sector guide lists them and suggests direct proposals such as reuse lines that carry treated water to industrial estates.

How can a company join a water PPP in Jordan or Aqaba?

A company can join a water PPP in Jordan or Aqaba by bidding in a tender, running a performance contract, proposing its own project under Article 15, starting with a small-scale PPP, supplying equipment or investing in the assets. The water sector guide sets out each of these six routes.

Tenders include the South Amman contract and design-build network packages. Under Article 15 of PPP Law No. 19 of 2023, a company can propose solar plants for the largest pumping stations, paid from energy savings, or desalinated water supply for hydrogen and industrial projects in Aqaba. Small-scale PPPs below $14.1 million suit rainwater harvesting at industrial estates and small treatment units, and a research lab inside the Ministry of Water and Irrigation could run pilots at about $100,000 each.

Jordan has the projects, a need for every liter, the Red Sea at Aqaba and a law that lets a company propose its own projects.

New technology widens these routes. AI finds leaks from pressure and flow data, robots inspect pipelines from the inside and automated plants clean membranes around the clock. Tokenized stakes in desalination plants and network contracts could let Jordanian savers and investors abroad own part of the assets that secure the country’s water. Suppliers can also make pipes, meters, pumps and membranes in Jordan, with Investment Environment Law incentives and Aqaba Special Economic Zone benefits.

Read this post on Jordan PPP: https://jordanppp.com/blog/water-ppp-projects-in-jordan

In 1666 the King of France approved a canal across the south of the country. The King paid about 40% of the cost, the local province paid about 40%, and a businessman named Pierre-Paul Riquet paid the other 20%. In return, Riquet and his family got to own the canal and collect its tolls. The Canal du Midi opened in 1681, the French government bought it back from his family in 1897, and boats still use it today.

A public-private partnership, or PPP, works in much the same way today. A government and a private company share the cost of building something, the company earns money from it for many years, and then it goes back to the government. A 40-year PPP signed in 2026 will still be running in 2066, so the people signing deals today are already shaping the future described below. The first sections build on changes we can already see, and the later ones look further ahead.

Three technologies will drive almost all of this change. AI is software that can read, write and make decisions. Robots are machines that do physical work. Tokenization splits ownership of a project into small digital shares, called tokens, that people can buy and sell online. Each one matters on its own, and together they change who can build, who does the work and who gets to own the result.

In 5 years (2031): AI does the paperwork and robots start small

Today a PPP takes years of studies, reports and paperwork. That is about to change. The cost of using AI at the same level of quality fell between 9 and 900 times a year in the three years to March 2025. Singapore’s CORENET X system has combined many building approval steps into 3 main ones, and Jordan had moved 85.8% of its government services online by mid-2026.

By 2031 AI will write the first draft of most project studies and bid documents, and it will help officials read and compare every bid. Work that takes a year today will take weeks. Because deals will cost less to prepare, much smaller projects will become worth doing, such as one water network, one solar-powered clinic or one car park. Startups will be able to propose their own projects to governments, alongside the biggest developers.

Robots will start on the jobs that are simplest or most dangerous. Drones will map land and check bridges, machines will crawl through pipes to find leaks, and robots will handle repetitive work on building sites. Each job they take over will teach them to do the next one, and the cost of building will begin to fall.

Getting paid will get simpler too. Sensors will show that a road is open or a plant is running, and the government will pay the company automatically. Investing will open up as well. The Block reported that US government bonds sold as digital tokens reached $15.86 billion in September 2026, up 75% since the end of 2025. The same technology will start letting people buy small pieces of infrastructure projects, so a road or a power plant can raise money from thousands of small investors as well as a few big banks.

In 10 years (2036): deals learn to change

A 30-year deal depends on guesses about the future, and those guesses are often wrong. Experts expected solar costs to fall 2.6% a year between 2010 and 2020, and they actually fell 15% a year. Self-driving cars could also change how much traffic a toll road gets. WeRide and Uber already run fully driverless taxis in Abu Dhabi, and Waymo’s driverless cars had covered 271.3 million miles by June 2026.

New PPPs in 2036 will include set dates to review the deal and update it. Flood planning for London already works this way. The Thames Estuary 2100 plan is reviewed every 5 years and updated every 10, and its 2023 update moved one deadline for raising flood defenses from 2065 to 2050. With the same approach, a toll road could become a route for self-driving trucks without years of arguments over the contract.

AI will make this possible. It will read a project’s data every day, spot when the world has moved away from the plan, and suggest a fair update to the deal for both sides to approve.

More changes will be well underway. Robots and parts made in factories will do much of the building, working through the night and in heat that is dangerous for people, so projects will finish faster and cost less. Data centers will become a normal type of PPP, like roads and water, because a giant one-gigawatt data center takes about 2.1 years and about $38 billion to build, and it needs power, water and land that governments control.

Selling tokens will also become a normal way to pay for a project, alongside bank loans. Today, money put into a road can be stuck there for decades. An investor who holds tokens will be able to sell them to someone else at any time, which should draw far more money into infrastructure.

PPPs will also need to win back public trust. In 2018 the UK’s government auditor reported that the country’s main PPP programs had added billions of pounds in extra costs with no clear benefit, and later that year the UK stopped using them for new projects. In the future, people will be able to see a project’s costs, performance and profits online at any time, and companies will have to agree to that before they sign.

In 20 years (2046): AI and robots run things, and people own tokens

A 40-year PPP signed this year will be halfway through in 2046. By then AI will run most projects day to day, managing traffic, water pressure and power. Robots will do most of the checking and repairs, fixing a leak or a cracked road before anyone notices it, and a small team of people will watch over them. Projects will also return to governments in better shape. When the deal for Hong Kong’s Cross-Harbour Tunnel ended after 30 years in 1999, the government got the tunnel. A government getting a project back in 2046 will also get an exact digital copy of it, with the full history of every part.

Projects will also find new ways to make money. Hong Kong’s metro company, MTR, shows how. In 2025 its Hong Kong train services lost HK$254 million before interest and tax, while developing property earned it HK$11.1 billion after tax. Ichizo Kobayashi was building homes around train stations in Japan more than 100 years ago. By 2046 many PPPs will earn money from land, energy and data along their route, and many will pay for themselves with little government money.

More people will own these projects too. Tokens of roads, ports and power plants will trade online much like company shares do today. You will be able to buy a token of your local water network on your phone, receive your share of its income automatically and vote on what it builds next. The gap between public and private will shrink once the public owns part of what it uses. Teams of companies will also stay together from one project to the next, taking what they learned with them.

In 50 years (2076): the partnership outlasts the deal

By 2076 the end date of a deal will matter much less. A water pipeline can last 50 to 100 years, while the plants that clean the water get replaced many times. So the partnership will stay in place for as long as the pipeline lasts, and different companies and new technology will come in for shorter periods.

AI and robots will make this practical. AI will spot what a city needs years before people start to complain, then suggest projects and compare the companies that could deliver them. Robots will rebuild a road or a pipeline piece by piece while it stays in use, so a project can keep getting newer for as long as people need it.

Some governments already plan this far ahead. Singapore plans its land and infrastructure 50 years out and reviews the plan every 10 years. Dutch law requires the government to update its flood and water plan every year, with a special fund of about €1.25 billion a year. Wales passed a law in 2015 that gives public bodies goals to work toward for future generations.

The money will last longer too. Alaska has been putting at least a quarter of its oil royalty money into a savings fund since 1976 and has paid residents a yearly check since 1982. For centuries, the Islamic waqf, a charity set up to last forever, paid for public goods such as water, schools and hospitals. PPPs will use both ideas. Citizen savings funds will hold tokens in the country’s projects, and families will pass tokens down from parents to children. Someone born in 2050 will get income from projects their grandparents helped pay for. A solar project in Sakaka, Saudi Arabia, drew a bid as low as 1.79 US cents per unit of electricity back in 2017, and as power keeps getting cheaper, governments will be able to give every home some water and power for free.

In 100 years (2126): partnerships renew themselves

History gives us two examples of very long deals. The Suez Canal deal was meant to last 99 years from the canal’s opening in 1869, and Egypt took control of the company in 1956, after 87 years. Japan’s Ise Grand Shrine shows a different path. It has been rebuilt on a 20-year cycle since about the year 692. The 62nd rebuild finished in 2013, the next is due in 2033, and each rebuild passes building skills on to the next generation.

PPPs in 2126 will look more like Ise, and all three technologies will be the reason. AI will write and update most deals, working out the details within limits set by citizens, and it will remember everything each project has ever learned. At Ise, older builders teach younger ones by hand. In 2126 AI and robots will carry those skills forward, and robots will do nearly all the physical work of building, running and rebuilding.

Tokens will change who a long deal answers to. Suez ended when Egypt took control from a company owned far away. A project owned by millions of the people who use it gives a government much less reason to take it. Token records will also outlast any single company, and someone in 2126 could hold tokens in a water network first bought by a great-great-grandparent. People will spend their time deciding what is worth building and who it should serve.

The same kind of deal will reach beyond Earth. Robots will build first on the Moon and Mars, AI will run those projects from far away, and tokens will let people on Earth own a share of them. The first contracts for services on the Moon are being written now.

People in 2126 may no longer use the word PPP, just as few people on the Canal du Midi today think about Riquet’s deal with the King. They will still drink water from pipelines planned in this decade, such as the Aqaba-Amman water project. They will judge today’s deal makers by whether a child born that year grows up with clean water, power, education and healthcare.

Where this starts

All of this begins with deals that people sign soon. Jordan has $86 billion of PPP and infrastructure projects, including $46 billion in Aqaba, and its PPP Law lets private companies propose projects directly. www.JordanPPP.com offers 96 organization guides and 23 sector guides for free, including how to prepare your organization for the future. Submit your interest at www.JordanPPP.com.

Read this post on Jordan PPP: https://jordanppp.com/blog/future-of-ppps-5-10-20-50-100-years

The guides on this site propose two complementary roles for a national PPP program in Jordan: the Royal Hashemite Court as a possible national champion that spans every sector, and the Prime Ministry as the center of government that could run a government-wide PPP acceleration program. Both are in step with the Economic Modernisation Vision and its 2033 horizon, and both start with Jordan’s $86 billion of projects and the $46 billion anchored in Aqaba. They are proposals and invitations published on this site, and neither describes a program now in place.

What is the Royal Hashemite Court PPP proposal?

The Royal Hashemite Court guide respectfully invites the Court to champion a national initiative that brings AI, robotics and tokenization into Jordan’s PPP projects. The guide proposes small parallel PPPs, PPP research labs, an open door for direct proposals, the first tokenized PPP and a visible place for young Jordanian engineers and founders.

This guide respectfully invites the Royal Hashemite Court to champion a national initiative that brings these together, starting with the projects at home.

The guide’s reasoning rests on reach. Small PPPs, research labs, direct proposals and tokenized finance reach across water, power, transport, health, education and every other sector, and they involve ministries, regulators, lenders, universities and young companies at once. In the guide’s words, an initiative of that reach benefits from a champion that stands above any single sector, with a horizon that runs to 2033 and beyond.

The guide describes five places where a national champion could fit:

1. Direction. A clear national ambition for small PPPs, research labs, direct proposals and tokenized finance, in step with the Economic Modernisation Vision.
2. Convening. One table for ministries, public authorities, lenders, universities, investors and the companies that bid.
3. Continuity. A horizon long enough for pilots to run, for results to be published and for the best models to reach the large PPPs.
4. Youth. A visible place for young Jordanian engineers and founders to build the tools, robots and companies the projects need.
5. Partners. A clear national direction for the international lenders, investors and technology partners who look for one before they commit capital.

Young Jordanian engineers and founders could design the software, run the robots and structure the finance for these projects. The guide’s aim is that the skills and companies the initiative creates stay in Jordan and can serve the wider region.

What is the proposed Prime Ministry of Jordan PPP program?

The Prime Ministry guide invites the Prime Ministry of Jordan to launch a government-wide PPP acceleration program. It proposes a PPP research lab in each of the 40 contracting authorities, fast tracks for small-scale PPPs and direct proposals, AI-assisted project preparation and a national framework for tokenized PPP notes, all in one program.

The reasoning starts with how a PPP moves through government. A sector ministry defines the service, other institutions review, fund and approve the project, and public authorities permit and supervise it for decades. A program led from the center could let all of them work to one timetable, one set of standard documents and one record of results.

The guide’s funding idea is specific. Each contracting authority could tender a lab that runs ten small pilots a year, funded by moving 1% of its budget away from inefficient spending. Every pilot would publish its results, including the failures.

$78M a year across government if 1% of budgets moved away from inefficient spending, which the guide calculates is more than enough for 40 labs and 400 pilots.

How could the two roles fit together in a national PPP program in Jordan?

The two guides describe different layers of a national PPP program in Jordan. The Royal Hashemite Court could give direction, convene participants and offer continuity across every sector, while the Prime Ministry could coordinate ministries, set common standards and run the budget rule and shared record that keep delivery consistent across government.

Each guide is a separate invitation and can stand alone. Read side by side, they rest on the same foundations: PPP Law No. 19 of 2023, which took effect on November 13, 2023, PPP Regulation No. 9 of 2024, the national Blockchain Technology Policy of December 2024 and the Economic Modernisation Vision. Both guides note that the 2033 horizon leaves time for several rounds of pilots and for the best results to reach the large projects.

They also meet at the research labs and the public record. The Royal Hashemite Court guide proposes labs in the ministries and authorities that run each sector, each running ten small PPP projects a year at up to $100,000 each. The Prime Ministry guide adds a common brief, a model tender and a funding rule for those labs. Both propose one public website that publishes every pilot, every cost and every failure.

How could small PPPs and direct proposals move faster in Jordan?

In Jordan, the Prime Ministry guide proposes two fast tracks. Small-scale PPPs below $14.1 million could use standard documents and agreed timelines, and direct proposals under Article 15 of PPP Law No. 19 of 2023 could follow a clear route and timetable, guided by one public list of needs across government.

$14.1M the line below which PPP Regulation No. 9 of 2024 defines a small-scale PPP, the size the proposed fast track would serve.

Small-scale PPPs can be bundled into one feasibility report and one tender under simpler procedures. Article 15 lets a company bring its own PPP idea to government at its own cost, and the tender still tests the idea against the market.

The Royal Hashemite Court guide approaches the same two routes through visibility. A national initiative could make direct proposals widely known, especially among young founders, and publish the public services that most need new ideas. It could also give small PPPs scale, with labs in many sectors publishing their results in one place and small PPPs sized for new companies to win.

What could AI and tokenized PPP notes add to a national PPP program in Jordan?

In Jordan, the guides describe AI and tokenization as tools every ministry could share. Shared AI tools could prepare feasibility studies and tender documents for every ministry in months, while a national framework for tokenized PPP notes could let citizens and regional investors fund projects at home, paid from each asset’s own revenue.

The Royal Hashemite Court guide adds that young Jordanian engineers could build open tools on local data and local rates, and that the same tools could let the public follow each project from preparation to operation in plain language. It also proposes a first tokenized PPP on a small project with contracted revenue, funded by a few hundred investors, with every milestone recorded on a public registry.

The Prime Ministry guide describes the rules such a first issue could follow: how a project company issues notes, who may hold them, how holders are paid from the asset’s revenue and how performance is reported. Later issues could then follow the same rules. Robotics appears in both guides as well, through small pilots for leak-detection robots and road survey drones, and through standard output specifications that could ask for drone inspection and automated maintenance records.

Where does Aqaba fit in a national PPP program for Jordan?

Aqaba anchors more than half of the pipeline both guides start from. Jordan has about $86 billion of PPP and infrastructure projects in development, and about $46 billion of them are anchored in Aqaba, Jordan’s only port and its gateway to the Red Sea.

$46B of Jordan’s $86 billion of PPP and infrastructure projects in development is anchored in Aqaba.

The Royal Hashemite Court guide notes that the projects reach across energy, water, transport, tourism, industry and urban development. The Prime Ministry guide notes that they are spread across many ministries and public authorities, and that they will move fastest when those institutions work from one approach and learn from each other’s results.

The National Water Carrier shows the scale of the projects tied to Aqaba. In April 2026 the final agreement for the National Water Carrier was signed: about $4.3 billion to build ($5.8 billion with financing), bringing 300 million m³ of water a year from Aqaba through a 450 km pipeline. Both guides propose testing new ideas on small projects at home and carrying the results into the largest PPPs, and both place that work within the $500 trillion opportunity described on the vision page.

How could a national PPP program in Jordan start?

Each guide sets out conditional first steps for Jordan, offered should either institution wish to take them forward. They share a common shape: a mandate, a small team, a review of the $86 billion pipeline, invited partners and a first pilot taken from idea to tender, using laws, institutions and people already in place.

The Royal Hashemite Court guide adds an open call for young Jordanian engineers and founders to join the first labs and to propose the first small PPPs. The Prime Ministry guide adds a focal point in each ministry and public authority, and a first issue of tokenized PPP notes on a small project.

Other institutions have guides of their own. The Parliament guide invites Members of Parliament in Jordan to launch a parliamentary PPP program, and the ministries guide invites ministries and public authorities to launch programs of their own. The national leadership category gathers the guides for the Royal Hashemite Court, the Prime Ministry and Parliament.

Read this post on Jordan PPP: https://jordanppp.com/blog/royal-hashemite-court-and-prime-ministry-ppp-jordan

A defense PPP in Jordan covers the long-term assets around defense manufacturing: factories and shared utilities, test ranges paid per use, maintenance centers paid for keeping fleets available, and protection and inspection of ports, power plants, water systems and pipelines supplied as a service. Defense and security institutions can use the same model for their civil estates, with housing, hospitals, training estates, depots and base utilities delivered under availability and performance contracts. Product sales stay outside the PPP, under procurement, licensing and export control rules. All of this connects to Jordan’s $86 billion of PPP and infrastructure projects, $46 billion of them anchored in Aqaba.

What is a defense PPP in Jordan?

A defense PPP in Jordan covers the facilities and services around production, along with the civil estates of defense and security institutions. A private partner finances, builds or runs a long-lived asset and earns tenant charges, user fees or availability payments. The Defense Manufacturers guide and the Defense and Security Institutions guide set out both routes.

The opening comes from a change in how the industry works. Defense equipment has long been designed to a government requirement and built in small numbers over many years. A new generation of companies invests its own capital, builds autonomous systems around software and produces them at scale in modern factories. Those factories, and the ranges that test their products, are long-term assets that suit long contracts. The starting guide explains how a PPP works from zero.

$86B of PPP and infrastructure projects in development in Jordan, $46 billion of them anchored in Aqaba.

How can PPPs support defense manufacturing in Jordan?

Defense manufacturing in Jordan can use PPPs for four kinds of asset and service: factories with shared utilities, test ranges paid per use, maintenance centers paid for keeping fleets available, and protection and inspection of infrastructure. Partners finance the factories and ranges, which frees company capital for products and production lines, and long service contracts add steady revenue.

1. Factories and shared utilities. Defense plants share power, water, secure logistics and clean manufacturing space. New production halls and their utilities can be developed as PPPs with partners, so each tenant pays a known charge.
2. Test ranges paid per use. Ranges for drones, counter-drone systems and electronics can be financed and run by a private partner. A shared facility stays open to other users, and every user pays a fee.
3. Maintenance centers. Depots and workshops can be paid for keeping fleets available, with a contract that rewards uptime over the life of each machine.
4. Protection and inspection as a service. Ports, power plants, water systems, pipelines and data centers need sensors, counter-drone cover and regular inspection. A company can supply these to each project company for the term of its concession, priced per site or per kilometer, within the security rules of Jordan.

Long service contracts sit next to defense orders that arrive in cycles, and each project becomes a reference for lenders and partners. Protection and inspection also give a manufacturer a civil market for the machines and software it already makes.

Defense plants belong to a wider industrial story. The manufacturing sector guide lists drones and autonomous systems among Jordan’s new industries, with airframes, motors and control systems used in farming, inspection, logistics and security. In 2026 the Ministry of Investment offered investors plants for chip packaging, circuit boards, batteries and drone components. The guide for manufacturers shows how any industrial company can develop parks and shared utilities as PPPs.

What defense manufacturing does Jordan already have?

Jordan already has a base for defense manufacturing. It opened a defense industrial park in Mafraq in 2009 and a test site for drones, counter-drone systems and electronic warfare in 2022. Aqaba hosts the SOFEX defense exhibition every two years, and joint ventures have made vehicles and electronics in the Kingdom.

Autonomous systems are moving from prototypes to large-scale production, and Jordan has a PPP law and a pipeline that will need protecting. A Jordanian manufacturer that delivers one factory, range or protection contract at home can carry the same model to partners across the region.

What can defense and security institutions in Jordan do with their civil estates?

Defense and security institutions in Jordan can deliver homes, hospitals, training estates, depots and base utilities through private partners. Partners finance, build and maintain housing and hospitals under availability contracts, paid when each building is open and meets agreed standards. Many countries have delivered service housing, hospitals and training estates this way for years.

Bases, academies and depots can buy power, water and logistics services by performance, while partners finance and run the solar plants, water systems, warehouses and workshops behind them. Clear standards for security, access and service go into every bid and contract. At the end of the term, assets return to the institution in agreed condition or are refinanced by long-term funds.

Shared use widens the benefit. Hospitals, training grounds, power plants and water systems built for an institution can also serve nearby towns and civil services, which spreads the cost across more users and brings better services to the governorates where many service members and their families live. Partners who run energy, water and maintenance let the institution focus on its mission.

Where does a defense PPP in Jordan stop?

A defense PPP in Jordan stops at the product. A PPP covers the facilities and services around production, while defense product sales stay under procurement, licensing and export control rules in Jordan and each customer’s country. Every product line needs those approvals and end-use checks before it ships.

Finance follows the same line. A defense industrial park earns rent and utility charges from its tenants for decades, and a manufacturer can offer tokenized stakes in those civil assets to many investors. Stakes stay limited to buildings and utilities, with investors screened under the rules that apply to the sector.

A manufacturer’s program therefore includes compliance from the start: a review of the licenses, export approvals and security clearances each offer needs, agreed with the authorities early.

How do AI and robotics fit into defense PPPs in Jordan?

AI and robotics in Jordan’s defense PPPs serve inspection, upkeep and production, with human control and clear accountability in every design. On a PPP, software can read sensor feeds across a port or a power plant, flag faults and plan the upkeep of a fleet, while uncrewed machines inspect pipelines, tanks, roofs and perimeters.

Human control and clear accountability belong in every design from its first day.

Uncrewed aircraft and ground vehicles do that inspection at lower risk to people, and robotic welding, assembly and testing let a plant build in larger numbers to the same standard every time. A manufacturer that makes machines this way can train young Jordanian engineers and technicians to build, run and repair them. The robotics page covers the wider shift.

Institutions can use the same tools on their estates. AI can track the condition of every building, vehicle and generator, forecast energy and water use at each base and schedule repairs before equipment fails, which helps an institution hold its PPP partners to their performance standards.

How does a defense PPP program start in Jordan, and where does Aqaba fit?

A defense PPP program in Jordan starts with a mandate, a named lead and a map of the $86 billion of projects, including the $46 billion anchored in Aqaba. A small-scale PPP or a direct proposal then takes a first project from idea to submission and, once delivered, gives the organization a reference for the next.

$46B of Jordan’s PPP and infrastructure projects anchored in Aqaba.

Aqaba shows the fit. The assets the manufacturers guide names are the kind it anchors: Jordan’s only port, and the National Water Carrier, which will bring 300 million m³ of water a year from Aqaba through a 450 km pipeline. Many projects in Jordan’s pipeline will need protection, inspection and machines that keep working in remote places.

Two routes suit a first project. Small PPPs under PPP Regulation No. 9 of 2024 sit below $14.1 million and can be bundled into one feasibility report and one tender, which fits a solar and water system for one base or a new clinic. Direct proposals under Article 15 of PPP Law No. 19 of 2023 let a company propose drone inspection of a pipeline, a shared test facility or a maintenance center for public fleets. An institution can invite proposals for its civil estate, such as family housing or a vehicle maintenance center, and review each one before it moves forward.

Read this post on Jordan PPP: https://jordanppp.com/blog/defense-ppps-in-jordan

Tokenization of infrastructure in Jordan means turning a stake in a public-private partnership (PPP) into digital tokens that many people can hold, with each holder paid from the asset’s own revenue. Tokenized PPP projects in Jordan would let local and regional investors fund a project beside the banks and funds, and the first tokenized PPP is still open to whoever builds it. Jordan has about $86 billion of PPP and infrastructure projects in development, $46 billion of them anchored in Aqaba, and the tokenization page sets out what the change means for each kind of organization.

$86B of PPP and infrastructure projects in development in Jordan, $46 billion of them anchored in Aqaba.

What does tokenization mean for a PPP in Jordan?

For a PPP in Jordan, tokenization means that equity, debt or revenue rights in the project become digital tokens. Holders gain direct digital ownership, receive payments through smart contracts and can sell small portions, so a project that once raised large tickets from a few institutions can also raise smaller amounts from many people.

Readers new to the model can begin with the starting guide, which defines tokenization in one line: it lets many people own a small share of a project.

Infrastructure has always been financed by a few banks and funds, and its ownership has stayed closed to almost everyone else.

The opportunity page describes five forms, on the principle that markets tokenize entities before they tokenize systems. Equity in infrastructure and PPP companies comes first, followed by funds and curated portfolios. Next come the special purpose vehicles behind specific PPP projects, and the end state is individual roads, power plants, hospitals and water systems with tokens for ownership, revenue rights or claims on the asset.

Are there tokenized PPP projects in Jordan yet?

Jordan’s first tokenized PPP is still open to whoever builds it. The groundwork includes a national Blockchain Technology Policy adopted in December 2024, a PPP law that accepts direct proposals and rules that make small-scale PPPs simpler to tender, and the company that issues the first one will set the standard the next projects follow.

Our guides treat the market rules as work still to be done. The regulators guide lists the questions that regulators and market institutions are best placed to answer: how a note is classified, who may hold it, where ownership is recorded, how custody and settlement work and how holders are paid and protected.

The same guide proposes a time-limited sandbox with caps on size and investor type, full disclosure and tested custody and settlement, so a permanent regime rests on evidence. The Prime Ministry guide proposes a national framework that would set how a project company issues notes, who may hold them, how holders are paid and how performance is reported.

$38.9B of tokenized real-world assets held on public blockchains as of October 8, 2026, excluding stablecoins, according to rwa.xyz, with infrastructure still a small share of it.

How can tokenization raise capital from many local investors in Jordan?

A project company in Jordan can raise part of its capital from a few hundred investors beside the banks and funds. Tokenized notes let citizens, the diaspora and regional investors subscribe in small amounts, so savings in each city and governorate can stay at work in the assets around them.

The guides show how this reaches different people. A municipality can see a car park, a market or a solar roof on a public building raise its capital from a few hundred local investors. A Jordanian in the Gulf, Europe or the Americas can hold tokenized notes in an operating PPP at home, in amounts that fit a monthly saving plan, as the diaspora guide describes.

Distribution comes through institutions people already use. A fintech company holds the customers, wallets and identity checks those investors need, and it can offer tokenized PPP notes inside its app with a regulated bank or venue as partner. A bank can place tokenized participations with its own retail and private clients.

How does a tokenized PPP in Jordan pay investors and show them its results?

A tokenized PPP in Jordan pays its holders from the asset’s own revenue. Smart contracts can pass on tolls, tariffs, availability payments and fees as they arrive, following a payment waterfall, and a public registry can record the contracts, milestones, payments and performance behind each payment for everyone to see.

The revenue decides which assets fit. The guides say an operating asset with a performance record suits tokenization best, and they point to contracted, measurable revenue: a desalination plant with a long-term purchase agreement, a solar plant with a power purchase agreement, a health PPP earning availability payments from government or a terminal earning from every container and pallet it handles.

Investors need to trust the numbers behind each payment. An AI company can supply the models that forecast tolls, tariffs and availability payments, monitor the asset and report its performance to the registry. A robotics company can publish each machine’s work, so investors see what a fleet has inspected and repaired. Our post on blockchain for PPP projects covers the ledgers themselves.

The guides also plan for the first issues to need support. A development finance institution can anchor the first tokenized PPP notes in Jordan with a first-loss tranche or a guarantee and publish each project’s performance to a shared registry, so later issues can follow with less support. A proposed sandbox would add caps that limit what any investor can lose.

How does tokenization make small projects financeable in Jordan?

In Jordan, tokenization lets a small pilot be funded by a few hundred investors and pay them from its own revenue. PPP Regulation No. 9 of 2024 defines small-scale PPPs below $14.1 million, which can be bundled into one feasibility report and one tender, and a small PPP with contracted revenue can become the first tokenized PPP.

The small PPPs page explains why many small projects teach a country faster than a few large ones. A blockchain company can fund lab pilots from a few hundred investors, pay them from each asset’s own revenue and publish every result on a ledger the public can read, which turns the labs into Jordan’s first live market for tokenized infrastructure.

Small projects can also be pooled. A pooled issue backed by many lab pilots gives investors a spread of small projects with similar contracts, and it gives a brokerage firm a track record in PPP securities before the large concessions come to market.

What does tokenization mean for Jordan’s $86 billion of projects and Aqaba’s $46 billion?

Aqaba anchors $46 billion of Jordan’s $86 billion of projects, and tokenization lets the people and companies of Aqaba own a share of the projects around them. An organization can offer tokenized stakes in a terminal, a resort utility or a water plant to local and regional investors and keep the city’s savings working in the city.

$46B of Jordan’s projects anchored in Aqaba, home to Jordan’s only port.

Port terminals, dry ports and logistics zones, rail freight, green hydrogen and ammonia, water, resorts and the utilities of the economic zones all sit within a few kilometers of each other in Aqaba. A logistics company can pay holders from handling and storage fees and publish throughput data, and a zone developer can pay them from tenant charges, so tenants, workers and regional investors can own part of the zone they work in.

Every one of Jordan’s projects will need capital, records and payments that every party can trust. The Aqaba guide includes stakes that local and regional investors can buy, including tokenized notes, at the exit stage of a PPP.

What can each kind of organization in Jordan do about tokenization?

Every kind of organization in Jordan has a part in a tokenized PPP. Banks and fintech companies can reach investors, blockchain companies can build the rails, developers and operators can offer stakes, public bodies can prepare projects and shape the rules, and residents can invest in the services they use.

1. Investors. A family office can hold tokenized notes in an operating PPP, receive revenue through smart contracts as it arrives and sell small portions when it needs liquidity.
2. Banks. A bank can originate a PPP loan, place tokenized participations with its clients and keep the relationship with the borrower, which releases capital for the next project.
3. Blockchain and fintech companies. A blockchain company can issue tokenized stakes and onboard Jordanian and regional investors with identity checks built in. A fintech company can collect small subscriptions from Jordanian savers.
4. Developers and operators. A PPP developer can tokenize part of its own equity or a portfolio of operating stakes and recycle the proceeds into the next bid. An operator can offer stakes in the concessions it runs and publish live performance data to a shared registry.
5. Public bodies. A ministry can prepare projects with revenues structured so they can later be tokenized, and it can use a public registry to record contracts, milestones and payments for everyone to see.
6. Residents. Residents can invest in the services they use, and a public registry shows them what was built, what it cost and how it performs.

The tokenization page gathers what tokenization changes for each organization. The infrastructure singularity vision sets the wider picture, in which AI designs and runs the assets, robotics builds and maintains them and tokenization finances them.

Read this post on Jordan PPP: https://jordanppp.com/blog/tokenization-of-infrastructure-in-jordan

Blockchain for PPP projects in Jordan puts contracts, milestones, payments and asset performance on a shared ledger, so the government, the operator, the lenders and the investors all work from the same record. A blockchain company in Jordan can offer those rails by launching a PPP program with a team, a set of products and a first pilot, as the Blockchain Companies guide sets out. Jordan has about $86 billion of PPP and infrastructure projects in development, $46 billion of them anchored in Aqaba, and every one of them will need capital, records and payments that every party can trust.

$86B of PPP and infrastructure projects in development in Jordan, $46 billion of them anchored in Aqaba.

What does blockchain do for PPP projects in Jordan?

In Jordan, blockchain gives a PPP a shared record at every stage of its life. Registries hold each version of the studies and tender documents, bid records can be verified by every bidder, smart contracts pay holders from project revenue and ledgers record how the asset performs after it opens.

The guide maps those rails onto five stages of a PPP: preparation, tender, financial close, operation and exit. At tender, digital guarantees and identity checks sit beside the bid records. At financial close, tokenized notes and participations bring retail and regional investors beside the banks and funds. At exit, secondary markets let holders buy and sell stakes in operating infrastructure.

Tokenized ownership is one use of these rails, and the tokenization page covers it in full. Readers new to the subject can begin with the starting guide, which explains PPPs from zero.

What blockchain groundwork does Jordan already have?

Jordan adopted a national Blockchain Technology Policy in December 2024, and our digital sector guide records that the Ministry of Digital Economy and Entrepreneurship and Blockexe launched the MODEE DLT national blockchain network on Sanad. Jordan also has a PPP law that accepts direct proposals and rules that make small-scale PPPs simpler to tender.

The same guide records that WFP’s Building Blocks blockchain system handles monthly cash assistance for refugees in Jordan’s Azraq and Zaatari camps. It also lists a Next Generation Data Center, offered by the Ministry of Investment for cloud, AI, big data and blockchain services to government, banks, defense and telecom, with candidate sites that include Aqaba.

The first tokenized PPP is still open to whoever builds it, and the company that issues it will set the standard the next projects follow.

What should a shared PPP registry in Jordan record?

A shared PPP registry in Jordan should record contracts, milestones, payments and asset performance on a ledger that the government, the operator, the lenders and the investors all trust. Every party then works from the same record, from signature to handover.

The record of what was built comes from the field. Robots and sensors produce a steady stream of data on what was built, inspected and repaired, and a blockchain company can record that data as it arrives, so performance payments, maintenance records and quality certificates rest on evidence every party can check. The guide compares this to the way supply-chain certification already works on ledgers.

The record of what was paid follows from it. As the AI page describes, AI reads the contracts, models the revenues and monitors the asset, a ledger records what it finds, and a blockchain company can link each payment on a tokenized note to the asset data that triggered it. A fintech company can turn those records into payments, releasing a milestone payment when a robot confirms the work and deducting from an availability payment when a service falls short.

Independent parties can check what goes in. An engineering firm can feed reports of progress, performance and condition into the registries and smart contracts, and a research center can test the meters and sensors behind each payment and certify the performance data sent to the registry.

How can public bodies, developers and lenders in Jordan use a shared record?

In Jordan, a public body can use a registry to show everyone what was built, what it cost and how it performs. A lender or investor can follow performance data from the asset, and an operator can give investors and the contracting authority one record of how the asset performs.

For public bodies, a ministry can use a public registry to record contracts, milestones and payments for everyone to see, and a municipality can do the same for a car park, a market or a solar roof on a public building. Our guides also propose a national framework, building on the Blockchain Technology Policy, that would set out how a PPP project company reports performance to a public registry.

For lenders, registries and data feeds show how the asset performs, and the blockchain guide builds its issuance work with regulated banks and venues as partners. A development finance institution can publish each project’s performance to a shared registry, so later issues can follow with less support.

For developers, the record starts before the tender. Shared data rooms hold each version of the studies and models, and a PPP developer can join a blockchain company as one of the partners who finance and build a direct proposal.

What does blockchain mean for the PPP projects anchored in Aqaba?

Aqaba anchors $46 billion of Jordan’s $86 billion of projects, and each of them will need records and payments that every party can trust. Port terminals, dry ports, logistics zones, rail freight, water, green hydrogen and ammonia and the utilities of the economic zones all sit within a few kilometers of each other there.

$46B of Jordan’s projects anchored in Aqaba, Jordan’s only port.

Our sector guides name specific records an Aqaba project could keep. The logistics guide describes digital bills of lading and tokenized letters of credit that let a cargo and its payment move together, cutting the days a container waits for paper in Aqaba, along with terminal fees published per tonne and per container. The hydrogen guide describes a registry where every certified tonne of green ammonia is issued, traded and retired as a digital certificate. A zone developer can publish each asset’s performance to a shared registry.

The digital sector guide names the Aqaba Digital Hub, Jordan’s largest Tier III carrier-neutral data center. The data center guide adds that data centers can host the registries that record every tokenized PPP in Jordan.

Aqaba is small enough to test a new idea quickly and busy enough to prove it.

An organization in Aqaba can host a PPP research lab, run pilots on its own land and assets and publish every result, so the pilots that work in Aqaba become the models for the rest of Jordan. The Aqaba guide and the opportunity page show the wider picture.

How can a blockchain pilot start small in Jordan?

A blockchain pilot in Jordan can start as a small-scale PPP. PPP Regulation No. 9 of 2024 defines small-scale PPPs below $14.1 million, which can be bundled into one feasibility report and one tender. A pilot at that scale gives the company a live issue, a reference and the data larger concessions will ask for.

The small PPPs page describes research labs that publish what they learn. A blockchain company can fund lab pilots from a few hundred investors, pay them from each asset’s own revenue and publish every result on a ledger the public can read.

A company can also propose its own project. Article 15 of PPP Law No. 19 of 2023 asks for an innovative solution for a public service, and a tokenized financing structure or a public registry can be one. A direct proposal lets a blockchain company bring that solution to a ministry as a project of its own, protect the intellectual property behind it and keep the right to match the best offer at tender. The unsolicited proposals page explains the route.

How can a blockchain company in Jordan launch a PPP program?

A blockchain company in Jordan can launch a PPP program with a small team inside its product and partnerships functions, a PPP lead at its center and offers built from the platform it already runs. The Blockchain Companies guide sets out six first steps, and any company in Jordan can take them.

1. Mandate. The board approves a PPP program, with its products, its sectors and its first-year goals.
2. Team. A named program lead draws product, legal, compliance and finance people from the company’s existing teams.
3. Pipeline. The team maps Jordan’s $86 billion of projects by sector and stage and meets early with the sponsors and lenders open to tokenized notes.
4. Products. Issuance, investor onboarding, registries and revenue distribution are packaged into one PPP offer.
5. Partners. The company works with regulated banks, venues, developers and regulators across Jordan and the region.
6. Pilot. A first tokenized pilot or blockchain-led direct proposal goes from idea to submission.

The company gains fees for issuance, custody, registries and revenue distribution that last as long as the concessions they serve. Every project becomes a reference, a source of investors and a route into the next consortium, in Jordan and across the region.

The technology and knowledge guides set this program beside AI and robotics companies, and they connect to the infrastructure singularity vision, in which artificial intelligence designs and runs the assets, robotics builds and maintains them and tokenization finances them.

Read this post on Jordan PPP: https://jordanppp.com/blog/blockchain-for-ppp-projects-in-jordan

AI in PPP projects in Jordan can prepare feasibility studies, financial models, risk matrices and tender documents in days, compare bids on whole-life cost and answer questions on every contract in plain language. Once an asset is running, AI powers the digital twins, predictive maintenance and traffic, water and grid optimization that serve it for the life of the concession. Jordan has about $86 billion of PPP and infrastructure projects in development, $46 billion of them anchored in Aqaba, and this post sets out what AI changes for the public bodies, developers, contractors, lenders and AI companies behind them.

$86B of PPP and infrastructure projects in development in Jordan, $46 billion of them anchored in Aqaba.

How does AI change PPP preparation in Jordan?

In Jordan, AI changes PPP preparation by producing and testing feasibility studies, options appraisals, cost plans, risk matrices and financial models in days. A PPP takes about seven years and around 10% of its capital cost to reach financial close, and most of that time and money goes into documents, models and negotiation.

For a public body, AI gives a ministry the capacity of a much larger PPP team. A shared platform can draft feasibility studies, output specifications and tender documents, test value for money and keep every contract and pilot result in one record that each ministry can search. A small central team can maintain it for all 40 contracting authorities.

For a developer, AI cuts the cost and time carried before financial close. A small team can screen the pipeline, build and stress-test a financial model and draft a direct proposal in days, so the company can bid on more projects with less development capital at risk. The AI page sets out what changes for each kind of organization, and the starting guide explains the PPP basics from zero.

How does AI change tendering and contract reading for PPPs in Jordan?

In Jordan, AI changes tendering by drafting documents from standard clauses and comparing bids on whole-life cost and deliverability. It changes contract reading by answering questions on every document in plain language, so a concession agreement and its schedules can be read, compared against similar deals and checked for gaps in hours.

AI lets a contractor price, plan and bid like a developer. A small team can read a tender and its contract, build a cost plan and a construction schedule and test a financial model in days, so the company can bid on more projects for less. Smaller firms gain too, because AI lowers the cost of a bid to a level they can afford.

On the advisory side, an AI technical advisor can sit beside the legal, financial and engineering advisors on a project. A law firm can track obligations automatically for the life of the contract, and members of parliament can use the same tools to flag the long-term payments and risks that a contract creates.

How does AI change the supervision of PPP projects in Jordan?

In Jordan, AI lets public bodies and lenders supervise a PPP on evidence. Sensors and digital twins show how an asset performs every day, so a ministry can pay on results. A lender can use the same live data on performance, which makes monitoring cheaper and brings problems to the surface earlier.

Before it lends, a bank can use AI to test a financial model, read a concession agreement and its schedules and compare a project against similar deals in hours. Regulators and market institutions can check disclosures against live performance data from the asset, and any supervisory use of AI would follow the institution’s own standards on data, privacy and accountability.

Operators’ models can be checked as well. Research centers can act as the independent party that validates an operator’s AI before a contracting authority relies on it, and each test adds Jordanian data on materials, climate and asset condition.

How does AI make small PPPs worth doing in Jordan?

AI makes small PPPs worth doing in Jordan because small projects work only when preparing them costs little, and AI brings that cost down. PPP Regulation No. 9 of 2024 defines small-scale PPPs below $14.1 million, which can be bundled into one feasibility report and one tender, so many small projects can share one preparation effort.

$10M spent preparing one $100 million PPP, enough for 100 pilots.

Advisors have done this work at a cost only large projects could carry. AI brings that cost down far enough for small projects to reach tender, which multiplies the PPPs a country can run. A small municipal team can draft the feasibility report for a car park, compare bids and read every contract in plain language. The small PPPs page counts 780 small PPPs a year in Jordan at $100,000 each, from 1% of 40 contracting authorities’ budgets.

The PPP singularity is the point at which it becomes cheaper to build the pilot than to conduct the study.

A research lab in each sector can run ten small PPP projects a year at up to $100,000 each and publish every result. An AI company can prepare the studies, contracts and tenders for a whole round of lab pilots at once, train its operating models on the data each pilot publishes and prove its accuracy in public, which builds the track record that large concessions ask for.

How is AI used in infrastructure in Jordan once an asset is running?

On a running asset in Jordan, AI moves an operator from repairing failures to preventing them. Sensors and digital twins model each asset in real time, forecast demand and flag the pump, transformer or crane that will fail before it does. In a performance-based PPP, every avoided outage protects revenue.

On a water network, models can forecast demand, balance pressure, flag leaks and bursts and schedule pumping when power costs least. Arabic-language assistants can handle permits, billing and citizen questions for every PPP asset. Every concession that uses AI will need compute close to the asset and models that keep sensitive data inside Jordan, and the data center guide shows how that capacity can be procured as a PPP in its own right.

AI also supports the other two technologies on the site. In robotics, vision models turn drone and crawler footage into defect reports, planning models route each machine and the digital twin records what the fleet found and fixed. In tokenization, a tokenized PPP pays its holders from the asset’s own revenue, so models that forecast tolls, tariffs and availability payments and report performance to the registry let holders see what they own as it happens.

What does AI mean for the PPP projects anchored in Aqaba?

Aqaba anchors $46 billion of Jordan’s $86 billion of projects, and AI fits Aqaba’s busiest systems first. It can plan berths and yard moves, forecast truck and cargo flows, balance water and power demand across the zone and price hotel and tourism services in real time. An organization in Aqaba can bring those tools into every concession it joins.

The logistics sector guide describes how AI lets Aqaba and the inland ports run as one system. Models can plan berths, cranes, trains and trucks together, predict ship arrivals and clear customs before cargo lands, and on the new railway AI can schedule mineral trains against ship departures. Each hour saved lowers the cost of trade through Jordan.

Aqaba also has a place in the compute behind these models. The digital sector guide names the Aqaba Digital Hub and the Al Yamaniyeh tech district as the digital anchors of Aqaba’s $46 billion, and one idea it lists for a direct proposal is a data center in Aqaba paired with solar power and the subsea cables that land there. The Aqaba guide and the opportunity page show the wider picture.

How can an AI company in Jordan launch a PPP program?

An AI company in Jordan can launch a PPP program by opening a dedicated team and a set of products that bring its models, agents and applications into PPP projects from preparation to operation. The AI guide sets out six first steps that use the models, engineers and data the company already has.

1. Mandate. Board approval for a PPP AI program, with its products, its sectors and its goals for the first year.
2. Team. A named program lead, with product, engineering, finance and legal people drawn from the company’s existing teams.
3. Pipeline. A map of Jordan’s $86 billion of projects by sector and stage, and early meetings with the contracting authorities, advisors and operators that will buy AI.
4. Products. Preparation tools, an advisory offer, operating models and Arabic assistants packaged for PPP buyers and priced for whole-life contracts.
5. Partners. Developers, contractors, operators, telecom companies and data center investors that need AI inside their projects.
6. Pilot. A first AI-run pilot or AI-led direct proposal, taken from idea to submission.

For an AI company, every PPP holds two markets. Preparation pays for the studies, models and tender documents that governments and bidders need before financial close, and operation pays for the digital twin and predictive models that run the asset under contracts as long as the concession.

The law also gives a company a route to propose its own project. PPP Law No. 19 of 2023 accepts direct private proposals under Article 15, so an AI company can propose an AI-run service such as leak detection or digital permits, protect the intellectual property behind it and keep the right to match the best offer at tender. These steps connect to the wider infrastructure singularity vision, in which artificial intelligence designs and runs the assets, robotics builds and maintains them and tokenization finances them.

Read this post on Jordan PPP: https://jordanppp.com/blog/ai-in-ppp-projects-in-jordan

PPP in Jordan’s governorates means that each of the twelve, from Irbid to Aqaba, can launch its own PPP program and give local organizations a place in the projects at home. In the eleven governorates outside Amman and in the capital alike, a program gives public bodies, companies and investors a dedicated team, a place in consortiums, small PPPs and direct proposals under Article 15 of PPP Law No. 19 of 2023. This post covers all twelve, drawn from our free public sector guides.

Why do Jordan’s governorates need their own PPP programs?

Jordan’s governorates need their own PPP programs because most local organizations have watched large projects from the outside. A program gives an organization a dedicated team and a set of offers, so it can prepare, bid, build, finance or operate the projects around it and own a share of what is built.

Irbid and Balqa have grown on public projects planned from the capital. The largest projects in Ajloun and Tafileh have mostly been decided and financed elsewhere. Amman and Aqaba have grown on large deals signed by a handful of organizations.

The projects of the next fifty years will be prepared, built and run by many organizations at once, and the ones that start their own programs now will own a share of the governorate they work in.

Organizations new to the subject can begin with the starting guide, and municipalities have their own Municipalities guide.

What PPP projects are there in Jordan’s governorates, in and outside Amman?

Each of Jordan’s twelve governorates has its own mix of projects and partners, set out in its own free guide, and eleven of them lie outside Amman. Heritage and farming lead in some, energy and mining in others, while cities, industry and trade shape the rest, including the port of Aqaba.

Four governorates build on heritage, visitors and farms.

Balqa holds Salt, a UNESCO World Heritage Site, the farms of the central Jordan Valley and the hotels of the Dead Sea coast. Its projects link heritage sites, irrigation, cold chains, water and roads, with hotels, farms, food processors, contractors, utilities and local investors as partners.

Madaba holds the mosaic map in the Church of Saint George, Mount Nebo, Umm ar-Rasas and the Ma’in hot springs. Those sites and the Kings’ Highway depend on water, power and transport, and its partners include municipalities, hotels, tour operators, mosaic workshops, farms, contractors and local investors.

Jerash holds Gerasa, one of the best-preserved Roman cities in the world, an annual festival, olive groves and the Dibbeen forest. Visitor services and the Amman to Irbid road shape its projects, beside municipalities, hotels, tour operators, olive farms and presses, contractors and local investors.

Ajloun holds Ajloun Castle, the Ajloun Forest Reserve, a cable car and a growing eco-tourism trade. Nature lodges, forest care, olive processing, water and solar power link together, and municipalities, lodges, farmers, contractors, universities and local investors can join its consortiums.

Four governorates build on energy, mining and the highways.

Mafraq holds large solar plants, a development area, much of the Badia and the routes to Iraq and Syria, and it hosts Zaatari refugee camp. Solar power, storage, water and logistics parks link together there, with solar developers, logistics firms, contractors, farms, landowners and local investors as partners.

Karak holds Karak Castle, the potash works on the southern Dead Sea, the cement plants at Qatraneh and Mutah University. The works and the highways depend on water, power, roads and housing, and its partners include municipalities, industrial suppliers, contractors, farms, hotels and local investors.

Tafileh holds wind farms, phosphate mines at Al-Hasa, the Dana Biosphere Reserve and a technical university. Its projects join wind and solar power, mining, water and visitor services, with municipalities, energy and mining firms, contractors, lodges, the university and local investors as partners.

Ma’an holds Petra, the Ma’an Development Area, solar plants such as the 52.5 MW Shams Ma’an and the phosphate mines at Eshidiya. Those sites and the Desert Highway depend on water, power, roads and housing, and its partners include municipalities, solar and mining suppliers, contractors, hotels in Wadi Musa and local investors.

Four governorates build on cities, industry and trade.

Amman is Jordan’s capital, home to about four in ten Jordanians and to most ministries, banks, universities and company headquarters. Buses, roads, water networks, waste plants, housing and power shape its projects, with banks, contractors, engineering firms, operators, universities and local investors as partners.

Zarqa lies about 20 km northeast of Amman, holds more than half of the capital invested in Jordan’s national industries and is home to Jordan’s only oil refinery. The industrial estates, the As-Samra wastewater plant and the bus link to Amman shape its projects, with factories, traders, contractors, utilities, universities and local investors as partners.

Irbid is the largest city in the north, a university hub and home to the Irbid Development Area and the farms of the northern Jordan Valley. Water, irrigation, cold chains, food processing and power link together there, with universities, contractors, farms, food processors, utilities and local investors as partners.

Aqaba holds Jordan’s only port and its gateway to the Red Sea, a special economic zone and a growing coast of resorts. Terminals, dry ports, logistics parks, rail freight, water, power and green hydrogen and ammonia depend on each other, with port operators, logistics firms, contractors, hotels, utilities and local investors as partners.

What place can local organizations take in a Jordan governorate’s consortiums?

Local organizations in Jordan can join the consortiums that bid for their governorate’s projects, bringing the land, the operating knowledge and the local workforce that international partners need. A dedicated team follows each project from the first market sounding and decides early where the organization can prepare, bid, build, finance or operate.

Local organizations fit at each stage of a PPP.

1. Preparation. Local data, land and needs shape projects the governorate can use and investors can finance.
2. Tender. Local organizations take places in consortiums beside international developers, contractors and operators.
3. Financial close. Equity, land contributions and local investors sit beside the banks and funds.
4. Operation. Operators, service firms and a local workforce run the asset for decades.
5. Exit. Local and regional investors can buy stakes, including tokenized notes.

How do small PPPs, direct proposals and a research lab work in Jordan’s governorates?

Organizations in Jordan’s governorates have three local routes into PPP. Small-scale PPPs below $14.1 million give a live asset and a reference, direct proposals under Article 15 bring a project built around a local need, and a research lab runs pilots on the organization’s own land and publishes every result.

Small PPPs rest on PPP Regulation No. 9 of 2024, which lets them be bundled into one feasibility report and one tender. A small concession in Karak also gives the organization a place in the larger projects that follow.

Direct proposals let an organization propose a project as its own, protect the ideas behind it and keep the right to match the best offer at tender. The guides give local examples: a cold store for valley farmers in Irbid, a truck stop on the Desert Highway in Ma’an and a solar plant for a town in Tafileh.

A PPP research lab lets pilots that work in one governorate become models for the rest of Jordan. Mafraq has open land, strong sun and real needs close together, and Aqaba is small enough to test an idea quickly and busy enough to prove it. The Municipalities guide sizes a city lab at ten small PPP projects a year, at up to $100,000 each.

What can AI, robotics and tokenization do at governorate scale in Jordan?

In Jordan’s governorates, AI, robotics and tokenization each fit the local economy first. AI plans the busiest local systems, robots inspect and operate the assets, and tokenization lets local people and companies own a share of nearby projects, paid from each asset’s own revenue, which keeps savings working at home.

AI can schedule irrigation across the northern Jordan Valley, forecast solar output in Ma’an and Mafraq, spot fire risk in Ajloun’s forests from drone images, plan berths and yard moves in Aqaba and route waste collection across Amman’s districts.

Robotics fits each site too. Panel-cleaning robots can raise the output of Mafraq’s solar plants, autonomous haul trucks can raise the output of Karak’s industrial sites, drones can inspect turbine blades in Tafileh and scanning robots can monitor the ruins of Gerasa. The organizations that run them will need Jordanian technicians trained locally.

Tokenization lets an organization offer stakes in an olive press in Ajloun, a heritage hotel in Balqa, a logistics yard in Zarqa or a terminal in Aqaba to local investors and pay them from the asset’s own revenue.

How do Jordan’s governorates connect to the $86 billion of projects and Aqaba’s $46 billion?

Jordan’s $86 billion of projects holds a share or a place for each governorate, with $46 billion anchored in Aqaba. An organization that delivers one PPP at home can carry the same team to Aqaba and to the next project across Jordan, as the guides for Zarqa, Madaba, Jerash, Karak and Ma’an set out.

$86B of projects across Jordan, the pipeline each governorate’s program starts from..

$46B of those projects anchored in Aqaba, home to Jordan’s only port..

Most of Zarqa’s share will need local partners to prepare, build and run it, and most of the projects will be built in or near a Jordanian city or town and rely on its streets, permits and services.

An organization can start with the guide for its own governorate, then read the opportunity and the summary.

Read this post on Jordan PPP: https://jordanppp.com/blog/ppp-in-jordan-governorates

Any municipality in Jordan can launch a PPP program in six steps: a council mandate, a small team, a pipeline of city projects, standard contracts, partners and a first pilot. The program delivers services such as parking, street lighting, waste and markets as small PPPs, with a private partner that invests, builds, operates and is paid for the service it delivers. This post sets out the route for mayors, municipal councils and city managers across Jordan’s twelve governorates, drawn from our free Municipalities guide.

Why should a municipality in Jordan launch a PPP program?

Municipalities in Jordan run the services residents see every day: the lights, the bins, the markets and the car parks on their own street. They run them on tight budgets, and small PPPs let each service improve with a partner that invests, builds and operates.

A municipality already holds much of what a PPP needs. It knows which services fall short, where demand is growing and what residents ask for. It holds land, streets, buildings and markets that a private partner can invest in and run, and its permits decide how quickly a project of any size can be built. It can also measure service levels on the street and pay the partner for the results it delivers.

Without a program, a municipality meets each PPP as a one-off and rarely has the team to prepare it. A program gives it a team, standard contracts and a list of projects that can go to market one after another. Councils new to the subject can begin with the starting guide, and the public sector guides place municipalities beside ministries, regulators and Jordan’s governorates.

How can a municipality in Jordan launch a PPP program?

Any municipality in Jordan can launch a PPP program through six steps: Mandate, Team, Pipeline, Contracts, Partners and Pilot. The first steps use the staff, land and services the municipality already has, so a council can begin with a decision and a named program lead drawn from its existing departments.

1. Mandate. The municipal council or committee decides to launch a PPP program, with its services, its first projects and its first-year goals.
2. Team. The municipality names a program lead and draws engineering, legal, finance and procurement staff from its existing departments.
3. Pipeline. The team lists the city services and assets that suit small PPPs, ranks them by need and readiness, and groups similar projects for bundling.
4. Contracts. The team prepares standard contracts and output specifications for parking, lighting, waste and markets, with data and sensors written in.
5. Partners. The municipality brings in local companies, lenders, universities and other municipalities that will bid, finance, measure and share results.
6. Pilot. The municipality takes a first small-scale PPP or direct proposal from idea to tender.

How does a PPP program work for municipalities in every governorate of Jordan?

A PPP program works the same way in every governorate of Jordan, because every town has streets, lights, markets and waste to run. The six steps stay the same, and the partners change with the local economy, from industry and universities to tourism, farming and solar power.

1. Amman, Zarqa and Balqa. Municipal services in Amman can work with the capital’s banks and investors, municipalities in Zarqa with its industrial estates, and those in Balqa with its hotels and farms.
2. Irbid, Mafraq, Jerash and Ajloun. Municipalities in the north work beside the universities of Irbid, the solar and logistics firms of Mafraq, the hotels and olive presses of Jerash and the nature lodges and farmers of Ajloun.
3. Madaba, Karak and Tafileh. Local partners include the tour operators and mosaic workshops of Madaba, the industrial suppliers and farms of Karak and the energy and mining firms of Tafileh.
4. Ma’an and Aqaba. In the south, partners include the solar suppliers of Ma’an, the hotels of Wadi Musa and the organizations of Aqaba.

What can a municipality in Jordan deliver as a small PPP?

A municipality in Jordan can deliver parking, street lighting, waste collection and sorting, markets, bus stations, parks, local roads and the water and energy retrofit of public buildings as small PPPs. Each one pairs the city with a partner paid for the service it delivers, and most city services already come in small pieces.

Most of what residents notice about infrastructure is local: a street light that works, a clean market, a bus station that runs on time and a parking space they can find. Our page on small PPPs and research labs explains how many small projects run in parallel let a country test legal structures, financing models and construction methods at once.

Many Jordanian towns, especially in the north, have taken in large refugee populations, and their services now carry far more people than they were built for. The Host Municipalities guide applies the same six steps to water, waste, roads, power and emergency infrastructure, with backup power, redundancy and response times written into every contract.

What does a municipal PPP team in Jordan do, and how does bundling help?

A municipal PPP team in Jordan is a small group of engineering, legal, finance and procurement staff that prepares, tenders and supervises the city’s PPPs. It follows each project from the first idea to the end of the contract and reuses model contracts, output specifications and payment terms on every new project.

$14.1M is the small-scale threshold in PPP Regulation No. 9 of 2024: PPPs below it can be bundled into one feasibility report and one tender under simpler procedures.

Bundling lets street lights across many districts or car parks across several towns go to market as one project. Small, standard tenders suit local and regional companies, which can bid alone or on a bundle with other projects, and each new project adds contracts, data and trained staff that make the next one faster.

Can a local company propose a PPP to a municipality in Jordan?

Yes. Article 15 of PPP Law No. 19 of 2023 lets a company in Jordan bring its own PPP idea for a public service to government. Local companies that know the city’s streets, markets and buildings can propose projects for its services, prepared at their own cost, and the municipality studies them on their merits.

The Ministry of Investment can charge a study fee, and a qualifying proposal joins the national registry of public investment projects. The tender still tests the idea against the market: the proposer can match the best offer, and the winning bidder pays the proposer’s direct study costs. A published list of the city’s needs points proposals at the services residents care about most, and our page on unsolicited proposals sets out what the route means for each kind of organization.

How do a city lab, AI, robotics and tokenization improve city services in Jordan?

A city lab in Jordan is a PPP research lab that a municipality tenders to run ten small PPP projects a year at up to $100,000 each, such as sensor-led parking, smart street lighting or robotic street cleaning. It publishes every result, including the failures, and the city carries what works across its streets.

The lab can be funded by moving 1% of the budget away from inefficient spending. New tools then make small projects worth doing, because preparation that once cost too much for a car park or a street-lighting contract can be done by a small team.

AI lets a small municipal team draft the feasibility report for a car park, compare bids on whole-life cost and read every contract in plain language. Once a service is running, sensors and AI show which car parks are full, which street lights have failed and when each bin needs collecting.

Robotics brings city services within reach of small partners. Street-cleaning machines, waste-sorting lines, drones that survey local roads and sensors that find leaks in public buildings let a local company deliver a service with a small team, and their records show the municipality what was cleaned, collected or repaired.

Tokenization lets residents invest in the services they use. A car park, a market or a solar roof on a public building can raise its capital from a few hundred local investors and pay them from its own revenue, and a public registry shows everyone what was built, what it cost and how it performs.

How do city services connect to Jordan’s $86 billion of projects?

Jordan has about $86 billion of PPP and infrastructure projects in development, with $46 billion anchored in Aqaba and many others reaching governorates across the country. Most of them will be built in or near a Jordanian city or town and will rely on its streets, permits and services, so a municipal PPP program sits directly beside them.

$86B of PPP and infrastructure projects are in development across Jordan, and most of them will be built in or near a Jordanian city or town.

Governorate guides across the country count municipalities among the organizations that can join the consortiums bidding for local projects, bringing land, operating knowledge and the local workforce that international partners need.

A municipality that proves a model on one street can repeat it across the whole city, and the next municipality can adopt the same contract.

Jordan has the projects, a law that accepts unsolicited proposals and rules that make small PPPs simpler to tender. The first municipalities in the region to run their streets, lights and markets through small PPPs with AI, robotics and tokenized finance will become the models that other cities visit and copy. The Municipalities guide is free to read and download as a 33-page PDF.

Read this post on Jordan PPP: https://jordanppp.com/blog/ppp-for-municipalities-in-jordan

An organization in Jordan futureproofs itself by learning by building now: it launches a PPP program of its own, runs small PPPs in parallel, opens a research lab in its sector, collects data from every asset and pilot, and tests AI, robotics and tokenization on small projects before they reach its largest ones. These moves apply to any public or private organization, and they start with Jordan’s $86 billion of PPP and infrastructure projects in development, $46 billion of them anchored in Aqaba. This post takes each move in turn, drawing on the futureproofing page and the 96 free organization guides.

What does it mean to futureproof an organization in Jordan?

To futureproof an organization in Jordan means preparing it for the infrastructure singularity, the point where the built world starts improving itself faster than anyone can direct it. The singularity will change how every organization plans, builds, runs and finances what it owns, and those that start learning by building now will be ready to lead it.

$500T to rebuild and run the world’s infrastructure over the next fifty years, with $50 trillion of it for the sensors, compute and robotics inside the assets.

Three technologies bring that point closer. Artificial intelligence designs and runs the assets, robotics builds and maintains them, and tokenization finances them and opens their ownership to everyone. The Vision page sets out the full picture.

The change looks different from each chair. A contractor usually hands the asset over at completion while the sponsors keep the decades of revenue that follow, so the contractors guide proposes a development arm. Municipalities run street lights, markets, bus stations and parking on tight budgets, and the municipalities guide shows how small PPPs can improve each one. Law firms will see data, machines and digital assets enter the contracts they draft. The futureproofing page sets out what the next fifty years mean for each kind of organization.

Why should organizations in Jordan and Aqaba start now?

Organizations in Jordan and Aqaba should start now because the pipeline is large and early. Jordan has about $86 billion of projects in development, and the consortiums for Aqaba’s largest projects are forming now, so the organizations that join the first projects will help set the standards the rest follow.

$46B of Jordan’s $86 billion of PPP and infrastructure projects are anchored in Aqaba, and most of it will need local partners to prepare, build and run it.

The legal route is already open. PPP Law No. 19 of 2023 took effect on November 13, 2023, PPP Regulation No. 9 of 2024 followed it, and the PPP Unit sits at the Ministry of Investment. Article 15 of the law lets any private company take its own PPP idea to the Ministry of Investment or a public authority, and the unsolicited proposals page sets out that route. A ministry that publishes the needs it wants solved receives proposals aimed at them.

How does an organization in Jordan launch a PPP program of its own?

An organization in Jordan launches a PPP program of its own with six first steps: a mandate, a team, a map of the pipeline, its own offer, partners and a first pilot. The steps use the land, assets, people and partners the organization already has, and each guide adapts them to one kind of organization.

1. Mandate. The board or management approves a PPP program, with its sectors, its role and its first-year goals.
2. Team. A named lead draws business, technical, legal and finance people from the organization’s existing teams.
3. Pipeline. The team maps projects by sector and stage and meets early with the authorities and developers behind them.
4. Offer. The organization packages the land, assets, services and workforce it can bring to a consortium into one offer.
5. Partners. Developers, contractors, operators, banks and other organizations agree to bid together.
6. Pilot. A first consortium bid, small concession or direct proposal goes from idea to submission.

The program takes the shape of the organization. In a company it can sit inside the strategy or business development team, with a PPP lead at its center. A ministry or authority builds it around a PPP unit, with a research lab beside it, as the ministries guide describes. A university opens a program of courses, research labs and partnerships with government and industry, set out in the universities guide. The public sector category gathers the guides for contracting authorities and governorates.

How do small PPPs in parallel prepare an organization in Jordan?

Small PPPs in parallel prepare an organization in Jordan by letting it test many legal structures, financing models and construction methods at once. PPP Regulation No. 9 of 2024 defines small-scale PPPs below $14.1 million, and a small concession gives an organization a live asset, a reference and a place in the larger projects that follow.

The arithmetic favors the small project. A single $100 million PPP can spend $10 million on preparation, enough to build 100 pilots at $100,000 each. The World Bank counted 315 private infrastructure projects reaching financial close across all low- and middle-income countries in 2024, only a few per country, and no country learns quickly at that pace.

780 small PPPs a year in Jordan at $100,000 each, funded by 1% of the budgets of 40 contracting authorities, about $78 million.

These projects move the organization toward the PPP singularity, the point at which it becomes cheaper to build the pilot than to conduct the study. The small PPPs page sets out what they offer each kind of organization.

How do a PPP research lab and pilot data futureproof an organization in Jordan?

A PPP research lab gives an organization in Jordan a steady supply of tested ideas. Each sector gets its own lab, spearheaded by the public sector and designed, financed, built and operated by the private sector, running ten small PPP projects a year at up to $100,000 each and publishing every result.

A ministry can tender the lab as a PPP, write its one-line brief, set its guardrails, collect the data from each pilot and carry what works into the large projects in the pipeline. A regional authority suits a lab because it holds land, licenses and services in one territory, as the regional authorities guide explains. Other organizations take part too, and the research centers guide describes a center bidding to design and operate a sector lab. Every published result, including the failures, teaches the other contracting authorities as well.

Aqaba is small enough to test a new idea quickly and busy enough to prove it.

An organization in Aqaba can host a lab, run pilots on its own land and assets and publish every result, so the pilots that work there become the models for the rest of Jordan.

Data from every pilot, gathered from its first day, is what turns those tests into an advantage. A fintech company can report each pilot’s revenue in real time, as the fintech guide describes, which shows which small projects earn their keep. A credit guarantee institution can price each guarantee on live data from the projects it backs. An organization in Aqaba can use the same data to find the next project worth proposing.

How can an organization in Jordan get ready for AI, robotics and tokenization?

An organization in Jordan gets ready for AI, robotics and tokenization by testing each one on small projects before it reaches the largest ones. Each organization guide sets out what the three technologies change for its readers, and the busiest systems in Aqaba show where those first tests can begin.

Artificial intelligence. In Aqaba, AI can plan berths and yard moves, forecast truck and cargo flows and balance water and power demand across the zone. An organization there can bring those tools into every concession it joins. The AI page sets out what changes for each kind of organization.

Robotics. Automated cranes, yard vehicles, drones and inspection robots can raise the capacity of Aqaba’s terminals and keep its pipes, roads and power lines in shape, and they will need Jordanian technicians trained in Aqaba to operate and maintain them. A ministry can write drone inspection, robotic leak detection and automated maintenance records into its output specifications, so machines measure performance and report it as data. The robotics page covers the other organizations.

Tokenization. A project company can raise part of its capital from a few hundred investors and pay them from the asset’s own revenue. In Aqaba, an organization can offer tokenized stakes in a terminal, a resort utility or a water plant to local and regional investors. The tokenization page explains how the model funds small pilots.

Which guide should a leader in Jordan or Aqaba read first?

A leader in Jordan or Aqaba should read first the organization guide written for their kind of organization, then the sector guides for what it builds. Each of the 96 free guides is a 33-page PDF that sets out six first steps, starting with a mandate and a named lead.

The guide for organizations in Aqaba suits any organization working in the port, the zone or the city. The 23 sector guides cover the sectors behind the $86 billion, and the summary of all 96 guides brings the method together in one document for a board or leadership team. Readers new to the model can begin with the starting guide.

Read this post on Jordan PPP: https://jordanppp.com/blog/futureproof-your-organization-in-jordan

PPPs on the Moon are long service contracts in which private partners build and run lunar power, landing pads, habitats, roads and water and oxygen plants, and space agencies pay for what each asset delivers. Jordan signed the Artemis Accords in April 2026 as the 63rd nation to join them, and its desert gives organizations a place they can propose for testing the machines first. This post draws on the Moon guide, one of the 96 free guides on this site, and shows where Jordan’s $86 billion of projects and the $46 billion anchored in Aqaba fit.

What are PPPs on the Moon?

PPPs on the Moon are partnerships between space agencies and companies to build and run lunar infrastructure under long contracts. Space agencies buy power, water, transport and data as services, and private partners build and operate each asset. The Moon guide proposes Jordan as the place to test the machines and methods first.

Space has mostly been built by governments alone, one mission at a time, while companies supplied the parts. That model has started to change. NASA’s Commercial Lunar Payload Services initiative already buys end-to-end deliveries to the lunar surface from commercial vendors, and power, landing pads, communications and water can follow the same model. The starting guide explains how a PPP works for readers new to the idea.

Why can lunar infrastructure be built and run as PPPs?

Lunar infrastructure suits PPPs because staying on the Moon takes assets that run for decades and services that agencies can buy under long contracts. Those contracts make a lunar asset bankable. Jordan has built with PPPs for more than 20 years and has a law that lets an organization propose its own projects.

1. Power. NASA and the US Department of Energy plan a lunar surface reactor by 2030 that supplies power regardless of sunlight.
2. Water and oxygen. NASA confirmed in 2018 that water ice lies in shadowed craters near the Moon’s poles, and robotic plants can turn that ice into drinking water, oxygen and rocket propellant.
3. Landing pads and roads. Robots can grade the pads and lay the roads, with private partners paid for what each asset delivers.
4. Habitats. Robots can build shelters from lunar soil, and AI can watch every habitat for leaks and faults.

Organizations can enter at any stage of a lunar PPP. Preparation calls for site, resource and engineering studies, and the tender offers places in consortiums beside space agencies, developers, robotics makers and launch providers. Operation relies on robot fleets, AI and small crews, and at exit long-term and tokenized investors can buy stakes in operating lunar assets.

What does signing the Artemis Accords mean for Jordan?

Jordan signed the Artemis Accords in April 2026 as the 63rd nation to join them, the same month Artemis II carried four astronauts around the Moon. Jordan also brings a desert for testing, engineers and universities, and a PPP law that accepts direct proposals.

63rd nation to sign the Artemis Accords: Jordan, in April 2026.

Jordan launched its first satellite, a CubeSat built by university students, in 2018. Its engineers and universities can supply software, design and training to the agencies and companies that build on the Moon. The first lunar contracts for delivery, power and resources are being written now, and the organizations that join them early will set the standards for what follows. That makes this an opportunity for organizations in Jordan and abroad to prepare today.

How could Jordan’s desert test lunar machines first?

Jordan’s desert offers sand, rock, heat and strong sunlight in which rovers, construction robots and solar power can be tested. A test range there is a proposal for an organization to bring forward, either under Article 15 of PPP Law No. 19 of 2023 or through small-scale PPPs below $14.1 million.

Article 15 of the law, in effect since November 13, 2023, lets a private company take its own PPP idea to the Ministry of Investment or a public authority, and PPP Regulation No. 9 of 2024 sets out how it is studied. An organization can propose a desert test range for lunar rovers, construction robots, dust-tolerant solar panels and habitats, built and run as a PPP and paid by the agencies and companies that test there. It can protect the ideas and technology behind it and keep the right to match the best offer if the project goes to tender. The unsolicited proposals page sets out this route.

$14.1M the ceiling for small-scale PPPs under PPP Regulation No. 9 of 2024, which can be bundled into one feasibility report and one tender.

A robotic construction trial, a solar and battery test bed or a training center at that scale would give an organization a live asset in Jordan and a reference it can carry to the Moon. An organization could also host a PPP research lab in Jordan that tests rovers, construction robots, dust-tolerant solar panels and AI operations in the desert, publish every result and carry the pilots that work into lunar contracts. The small PPPs page explains the method.

An organization that builds and runs one PPP in Jordan’s desert can carry the same team, machines and data to the Moon.

Where do Jordan’s $86 billion and Aqaba’s $46 billion fit?

Jordan has about $86 billion of PPP and infrastructure projects in development, $46 billion of them anchored in Aqaba. Many of them, from desert solar fields to water, mining and robotics, use the same machines and methods that lunar infrastructure will need, so an organization can build its track record on Earth first.

$86B of PPP and infrastructure projects in development in Jordan, $46 billion of them anchored in Aqaba.

Aqaba holds several of the sectors the Moon guide names. It combines a port, industrial land and strong sun, the conditions that green hydrogen and ammonia projects need, and the energy guide places those projects beside the port. The water guide covers desalination with the Red Sea at Aqaba, and the mining guide covers the rail, bulk terminals and storage that carry minerals to export there. These remain projects on Earth, where the same machines can work first. PPP opportunities in Aqaba maps them sector by sector, and the $500 trillion opportunity sets out the wider case.

How do AI, robotics and tokenization work on the Moon?

AI, robotics and tokenization each carry part of a lunar PPP, and Jordan can host the trials. AI runs a lunar base with few people on site, robots build and maintain every asset, and tokenization offers investors stakes paid from the service contracts that space agencies and companies sign.

AI can plan where robots dig and build, balance power and water through the long lunar night and guide machines from Earth while the crew is away. An organization can train and test those systems on Jordanian assets first, where the same models can run solar fields and water networks at home.

Robots will do most of the building and upkeep, from the machines that grade landing pads and lay roads to those that dig ice and build shelters from lunar soil. Organizations can test those machines on Jordan’s desert sand and rock and train Jordanian engineers and technicians to run and repair them.

Tokenization answers the capital question, because lunar infrastructure needs large, patient capital and pays back over decades. An organization can offer stakes in a lunar power plant, a landing pad or a test range in Jordan to investors around the world, so people in Jordan and beyond can own a share of the first infrastructure beyond Earth.

How can an organization in Jordan start, and where does Mars fit?

An organization in Jordan can start with a leadership mandate, a named program lead, a map of lunar services beside Jordan’s $86 billion of projects, a desert test site scoped as a PPP, partners and a first pilot. Mars follows the same path, with the desert around Wadi Rum as the proposed test range.

The Mars guide carries the plan one step further. NASA notes that the colors and textures of Wadi Rum closely match those of Mars, and NASA’s MOXIE experiment on the Perseverance rover made 122 grams of oxygen from the Martian air over 16 runs. The partnerships that will build on Mars are being shaped now, through the work on the Moon that comes first.

The technology and knowledge category gathers these guides, the summary of all 96 guides brings the method together in one document, and the Vision page explains how AI, robotics and tokenization bring the infrastructure singularity closer.

Read this post on Jordan PPP: https://jordanppp.com/blog/ppps-on-the-moon-jordan

A bank in Jordan can launch a PPP program by approving a mandate, naming a PPP desk, mapping the pipeline, packaging its guarantees, loans, hedging and accounts into one offer, opening co-lending talks and taking a first pilot to term sheet. The program targets Jordan’s $86 billion of PPP and infrastructure projects in development, $46 billion of them anchored in Aqaba. This post draws on the free guide for banks in Jordan, one of 96 on this site, and sets out why lenders matter, what a program contains and where Aqaba fits.

Why should a bank in Jordan launch a PPP program?

A bank in Jordan should launch a PPP program because debt carries most of the capital in a typical PPP, and lenders set the terms every other party has to meet. Without a program, the bank meets each PPP as a one-off transaction and its teams relearn the structure every time.

A program gives the bank a team, a credit approach and standard documents that make each new project faster and cheaper to finance than the last. The bank gains long-dated assets backed by contracted revenue, fees across the life of each project and a place at the table when consortiums form. Every PPP also brings sponsors, contractors, operators, suppliers and employees who need accounts, payments and loans, so each project opens a new cluster of clients.

Jordan’s pipeline is large and early, and the lenders in the room when sponsors form their consortiums are the ones who end up financing them.

$86B of PPP and infrastructure projects in development in Jordan, every one of which will need loans, guarantees and accounts.

Readers new to the model can begin with the starting guide, which explains what a PPP is and how it works. The capital category gathers the guides for the banks, brokers, funds, insurers and investors that finance PPP projects.

What does a PPP program at a bank in Jordan contain?

A PPP program at a bank in Jordan can sit inside the corporate and investment banking teams, with a PPP desk at its center. Around the desk sit a credit policy, one package of products, standard terms for small projects, technology lending, a pilot of tokenized notes and co-lending partners.

1. PPP desk. A small team of project finance, credit, legal and technical people that covers every PPP in Jordan’s pipeline from the first market sounding.
2. Credit approach. A PPP credit policy built around contracted revenues, availability payments and the risk allocation in each concession agreement.
3. Products. Bid bonds, guarantees, construction and term loans, hedging, project accounts, supply-chain finance and refinancing in one package.
4. Small projects. Standard terms and documents for small-scale PPPs below $14.1 million and for direct proposals under Article 15.
5. Technology lending. Equipment finance, leasing and working capital for the Jordanian companies supplying AI, robotics and tokenization to the projects.
6. Tokenized notes. A pilot issue of tokenized participations in an operating PPP loan, offered to the bank’s own clients.
7. Partners. Co-lending with regional and international banks, development finance institutions and infrastructure funds on the larger projects.

Those partners have guides of their own. The development finance institutions guide and the infrastructure funds guide describe the same pipeline from the side of the institutions a bank would lend beside.

Which products do banks in Jordan offer at each stage of a PPP?

Banks in Jordan can serve a PPP from tender to exit. The products start with bid bonds and letters of support during the tender, move through senior and mezzanine loans and construction guarantees, and continue with project accounts and refinancing in operation, before bonds, sukuk and tokenized notes sell operating assets to long-term investors.

Early term sheets show the contracting authority that a bid can be financed. Hedging and the security package fund the build at financial close, and advance payment guarantees, performance guarantees and drawdown control follow it through construction. During operation the bank holds debt service reserves and collects tolls, tariffs and availability payments, then refinances once the asset has a track record.

Finance for the supply chain widens the business. Working capital, equipment finance and supply-chain finance for the Jordanian contractors, subcontractors, suppliers and technology companies that deliver each project bring the bank a wide base of new clients around every concession.

How can banks in Jordan finance projects in Aqaba?

Banks in Jordan can finance Aqaba’s projects by meeting them early, because about $46 billion of the $86 billion pipeline is anchored in the city and its largest consortiums are forming now. Port terminals, dry ports, logistics zones, rail freight, water, resorts and economic zone utilities all sit within a few kilometers of each other there.

$46B of Jordan’s $86 billion of PPP and infrastructure projects are anchored in Aqaba, Jordan’s only port and its gateway to the Red Sea.

A project in one of those sectors changes the demand for the others, which gives a PPP desk that sees the whole city an advantage. The guide for organizations in Aqaba places equity, land contributions and local investors beside the banks and funds at financial close, and it expects most of the $46 billion to need local partners to prepare, build and run it.

Those partners are natural clients for a bank’s supply-chain lending. Port operators, logistics firms, contractors, hotels and utilities join the consortiums that bid for Aqaba’s projects, and each will need accounts, guarantees and working capital as those projects move from tender to operation.

How do small PPPs and Article 15 proposals help banks in Jordan?

Small PPPs and Article 15 proposals give banks in Jordan an early, repeatable way into the market. PPP Regulation No. 9 of 2024 defines small-scale PPPs below $14.1 million, which can be bundled into one feasibility report and one tender, while PPP Law No. 19 of 2023 accepts direct private proposals under Article 15.

$14.1M the ceiling for small-scale PPPs under PPP Regulation No. 9 of 2024, a size a bank can serve with standard terms.

Small PPPs have similar contracts, similar revenues and small tickets spread across every sector, so standard terms let a bank lend to many of them at low cost. A bank that finances PPP research labs and their pilots builds a book of performance data on new technology and Jordanian contracts, and lends into the large projects with that risk already priced. The small PPPs page explains the method.

Every direct proposal needs a financial case and a lender willing to stand behind it. A bank that issues letters of support and early term sheets meets projects at their very first stage, and the proposer’s right to match the best offer at tender gives the bank a sponsor with a head start. In Aqaba, such a proposal could be a cold store, a marina service, a district cooling plant or a smart parking network. The unsolicited proposals page sets out this route for each kind of organization.

How can a bank in Jordan issue tokenized PPP notes?

A bank in Jordan can start with a pilot issue of tokenized participations in an operating PPP loan, offered to its own clients. The bank originates the loan, places the participations with retail and private clients, pays them from project revenue through smart contracts and keeps the borrower relationship, which releases capital for the next project.

That role makes a bank an issuer, a custodian and a distributor for infrastructure, and it opens operating assets to Jordanian and regional investors. Aqaba offers clear candidates, since the Aqaba guide describes tokenized stakes in a terminal, a resort utility or a water plant, paid from the asset’s own revenue. The first bank in Jordan to issue tokenized participations in a PPP loan will set the standard for how operating infrastructure is sold to investors at home and across the region. The tokenization page and the $500 trillion opportunity go further into the model.

AI and robotics change the lending too. Credit teams can test a financial model, read a concession agreement and its schedules, and compare a project against similar deals in hours. Sensors and digital twins let covenants be tested on live data, and projects that use inspection drones, leak-finding robots and automated construction finish closer to schedule and fail less often in operation, which feeds directly into how lenders price risk.

What are the first steps for a bank in Jordan?

A bank in Jordan can start with six steps that use the teams, products and clients it already has: a mandate from the board and executives, a named PPP desk lead, a pipeline map, one PPP offer, co-lending talks and a pilot. The pipeline map covers the $86 billion, including the $46 billion anchored in Aqaba.

The mandate sets the target sectors, the first-year goals and the risk appetite for long-dated project lending. The desk draws project finance, credit, legal and technical people from the bank’s existing teams. The map sorts projects by sector and stage and leads to early meetings with the sponsors and contracting authorities behind the first of them. The pilot takes a first small-scale PPP and a first tokenized PPP note from idea to term sheet.

The banks guide is free to read online or download as a 33-page PDF. The summary of all 96 guides brings the method together in one document, and the Vision page explains the infrastructure singularity these programs prepare for.

Read this post on Jordan PPP: https://jordanppp.com/blog/how-banks-in-jordan-can-launch-a-ppp-program

Jordan’s $86 billion of PPP and infrastructure projects spreads across 23 sectors, led by oil, gas and power, tourism, urban development, green hydrogen, transport and water. Jordan PPP now publishes a free sector guide for each of the 23, with every project, its link to the infrastructure singularity and where partners come in, and $46 billion of the total is anchored in Aqaba.

What are the PPP sectors in Jordan?

Jordan is investing in and advancing 23 sectors that together make up its $86 billion PPP and infrastructure opportunity. Ranked by forward investment, the largest are oil, gas and power, tourism, urban development, green hydrogen, transport and water, followed by fertilizers and chemicals and ports and logistics, where Aqaba carries most of the weight.

The sector guides group the 23 into five systems. Energy covers oil, gas and power, green hydrogen, storage and grids, nuclear energy, solar power and wind power. Water and food covers water, wastewater and reuse, and agriculture and food. Industry covers fertilizers and chemicals, manufacturing, mining and minerals, pharmaceuticals, and defense. Mobility and cities covers urban development, transport, and ports and logistics. People and services covers tourism, health, digital and AI, the circular economy, creative industries, and education and skills.

The six largest sectors, in the words of their own guides:

1. Oil, Gas and Power. About US$15.1 billion of forward investment, including the Basra to Aqaba oil pipeline and the US$2 billion Zarqa refinery upgrade.
2. Tourism. Marsa Zayed alone is valued at about US$10 billion on the Aqaba waterfront, with smaller projects spread across the country, from hot springs and eco-lodges to cable cars.
3. Urban Development. Amra City is valued at about $10 billion, and Aqaba adds the North Business District and Al Doum housing.
4. Green Hydrogen. Five green hydrogen and ammonia projects in the Jordan PPP project register, three of them in Aqaba, led by the H2 Global Energy plant.
5. Transport. Roads, rails and runways becoming one intelligent network, with bus rapid transit at full scale and the first light rail line under construction by 2030.
6. Water. Seawater, sunlight and software turned into a secure supply, with desalinated water from Aqaba reaching Amman by 2030.

$86B of PPP and infrastructure projects in Jordan, across 23 sectors, each with its own free sector guide.

What is in each Jordan sector guide?

Each Jordan sector guide is a free PDF with its own page on the site. It covers the sector today, its link to the infrastructure singularity, what AI, robotics and tokenization change, small PPPs and unsolicited proposals, the flagship projects, every project with its location, stage and value, the new industries it can create and where partners come in.

Every guide follows the same order, so a reader can compare water with logistics, or tourism with health, chapter by chapter. Each one sets out the road ahead to 2050 and names the organization guides closest to the sector. A summary of the sector guides brings all 23 together in one document, with each sector’s investment, flagship projects and the new industries it can create.

The point where roads, grids, ports and water networks become one connected, intelligent system, built by robotics, run by artificial intelligence and financed by tokenization.

How are the 23 sector guides different from the 96 organization guides?

On Jordan PPP the 96 organization guides answer who you are, and the 23 sector guides answer what you want to build and where the money is. A bank, ministry, municipality or developer in Jordan starts with its own guide, then opens the sector guides to find the projects it can finance, sponsor, build or run.

The two collections point to each other. The Ports and Logistics Sector Guide lists the organization guides for logistics, maritime, rail, delivery and special economic zones. The Green Hydrogen Sector Guide points to the guides for green hydrogen, energy, zones and maritime. Each organization guide shows one kind of organization how to launch a PPP program of its own, with six first steps, and the economic sectors category gathers the guides written for industries.

Which sectors carry Aqaba’s $46 billion?

Aqaba anchors $46 billion of Jordan’s $86 billion, and its projects run through most of the 23 sector guides. Jordan’s only port and its gateway to the Red Sea concentrates ports, rail, green fuels, industry, water and tourism inside one special economic zone, so Aqaba projects appear in sector after sector.

$46B anchored in Aqaba, across ports, rail, green fuels, industry, water and tourism.

Three sector guides show the scale. In ports and logistics, ground was broken on October 5, 2026 on the US$2.5 billion freight railway from Aqaba to the mines, and the container terminal is being expanded to more than 1.7 million TEU. In green hydrogen, the H2 Global Energy plant in Aqaba is the largest green hydrogen project in the Jordan PPP project register, at about US$6.5 billion. In tourism, Marsa Zayed sits on the waterfront beside Al Matal, the hotel boulevard and Al Yamaniyeh beach.

The same projects tie the sectors together. The new bulk liquids terminal in Aqaba will handle liquid ammonia from the hydrogen plants and fuels for the oil and gas sector, and the desalination project serves both water and green hydrogen. The Aqaba governorate guide and the opportunity page show how this concentration works for organizations based in the city.

How do Jordan’s sectors connect to the infrastructure singularity?

Each of Jordan’s 23 sector guides sets out the part its sector plays in the infrastructure singularity. Gas is the bridge to the singularity, water is its test, logistics is its circulation, the grid is its nervous system, and green hydrogen is fuel made from light. Each guide then explains what AI, robotics and tokenization change for its sector.

In the ports and logistics guide, AI schedules berths, cranes, trains and trucks together in Aqaba, automated cranes and robotic warehouses work around the clock, and tokenized stakes and digital trade documents let investors own a share of a terminal and let cargo change hands instantly. The vision explains the singularity itself, and the AI, robotics and tokenization pages cover each technology across all sectors.

Where do partners come in, sector by sector?

Every Jordan sector guide shows where partners come in: tenders, direct proposals, small PPPs, supply and services, and investment and ownership. In Aqaba’s ports, for example, partners can bid for the bulk liquids terminal and the silica terminal, or propose a logistics center, rail terminal or truck park under Article 15 of PPP Law No. 19 of 2023.

Regulation No. 9 of 2024 allows small-scale PPPs below about US$14.1 million, which suits cold stores, gates and inspection systems. Several guides suggest research labs that run $100,000 pilots first. The hydrogen guide describes a lab in Aqaba, set up with ASEZA and a university, testing electrolyzers on desalinated seawater, desert heat and dust. The small PPPs and unsolicited proposals pages explain both routes.

A simple path for a first visit: choose the sector closest to the work, read its guide on the sector guides page, then download the organization guide that matches. The starting guide explains PPPs from zero, and the summary brings the whole program together.

Read this post on Jordan PPP: https://jordanppp.com/blog/ppp-sectors-in-jordan

Jordan’s PPP law is PPP Law No. 19 of 2023, which took effect on November 13, 2023, read with PPP Regulation No. 9 of 2024, which followed in March 2024. Together they strengthen the PPP Unit at the Ministry of Investment, let any private company take its own PPP idea to government under Article 15, and define small-scale PPPs below $14.1 million that can be bundled into one feasibility report and one tender. This post explains what the law says, who it covers and what it means for Aqaba, where $46 billion of Jordan’s $86 billion of PPP and infrastructure projects are anchored.

What is Jordan’s PPP law in 2023?

Jordan’s PPP law is PPP Law No. 19 of 2023, which took effect on November 13, 2023 and strengthened the PPP Unit at the Ministry of Investment. It is the third PPP law Jordan has passed. PPP Regulation No. 9 of 2024 followed in March 2024 and sets out how direct proposals are studied and how small-scale PPPs work.

In plain words, the law decides who can sign a PPP contract in Jordan, how a company can bring its own idea to government and how small projects can move faster. A PPP itself is a long contract in which a private partner builds or runs a public asset or service and is paid for its performance, usually for 20 to 30 years. The starting guide explains the model from zero, with a short history of PPPs in Jordan and a glossary of the words you will hear most.

How did Jordan’s PPP law change between 2014 and 2023?

Jordan has passed three PPP laws, each one to make the next projects easier. PPP Law No. 31 of 2014 set up a PPP Unit at the Ministry of Finance and a PPP Council chaired by the Prime Minister. Law No. 17 of 2020 replaced it, and Law No. 19 of 2023 followed.

1. 2014. PPP Law No. 31 of 2014 sets up a PPP Unit at the Ministry of Finance and a PPP Council chaired by the Prime Minister.
2. 2019. A Cabinet decision moves the PPP Unit to the Prime Ministry.
3. 2020. PPP Law No. 17 of 2020 replaces the 2014 law.
4. 2023. PPP Law No. 19 of 2023 takes effect on November 13, 2023 and strengthens the PPP Unit at the Ministry of Investment.
5. 2024. PPP Regulation No. 9 of 2024 follows in March 2024.

Projects kept moving while the laws changed. The 117 MW Tafila Wind Farm started generating in 2015, and Shams Ma’an began selling power to NEPCO under a 20-year agreement in 2016. A group led by Meridiam and Suez signed the BOT contract for the Aqaba-Amman Water Desalination and Conveyance project on January 12, 2025, and the final agreement for the National Water Carrier was signed on April 21, 2026.

Who can sign a PPP contract under Jordan’s PPP law?

Under PPP Law No. 19 of 2023, ministries and public authorities in Jordan act as contracting authorities, and the law counts a company wholly or majority owned by the government as a public authority. State-owned water companies, the power transmission company and rail companies can therefore sign PPP contracts and receive direct proposals themselves.

A contracting authority chooses which projects go to market, how they are prepared and what the contracts reward, so the way it works sets the pace for everyone else. The ministries and public authorities guide proposes a PPP unit inside each ministry, a small team of technical, legal, financial and procurement staff that prepares, tenders and supervises its PPPs.

The state-owned utilities guide shows how a company can be the contracting authority on its own projects, with a proposal it receives going to the Ministry for review. The public sector category gathers the guides for the authorities that plan, contract, own and regulate public-private partnerships.

How does Article 15 let companies propose PPPs in Jordan?

Article 15 of Jordan’s PPP Law No. 19 of 2023 lets any private company take its own PPP idea to the Ministry of Investment or a public authority, and PPP Regulation No. 9 of 2024 sets out how it is studied. If the project goes to tender, the proposer can match the best offer.

Article 15 asks for an innovative solution for a public service. A proposal must show value for money, its fiscal implications and how project revenues cover the government’s obligations. Every direct proposal needs a pre-feasibility study, a technical scope and a cost estimate before the Ministry will study it.

The rules protect the proposer’s early work. The authority can charge the proposer a study fee for each review and a qualifying proposal enters the PPP Registry, while the tender still tests the idea against the market. The proposer can match the best offer, and the winning bidder pays the proposer’s direct study costs. The unsolicited proposals page explains the route for each kind of organization, and the law firms guide lists the legal work involved: the intellectual property in the idea, the conflict-of-interest disclosure and the proposer’s rights at tender.

What does PPP Regulation No. 9 of 2024 say about small PPPs?

PPP Regulation No. 9 of 2024 defines small-scale PPPs in Jordan as projects below $14.1 million. Similar small projects can be bundled into one feasibility report and one tender under simpler procedures, so street lights across many districts or car parks across several towns can go to market as a single project.

$14.1M the ceiling for small-scale PPPs under PPP Regulation No. 9 of 2024, which can be bundled into one feasibility report and one tender.

A small PPP can be prepared and signed in months, so many can run side by side, and a pilot that works in one place can go to market in many places at once. Each ministry and public authority that runs a sector can also host a PPP research lab, tendered as a PPP itself, to run ten small PPP projects a year at up to $100,000 each and publish every result, including the failures. The small PPPs page explains the method.

What does Jordan’s PPP law mean for projects in Aqaba?

For Aqaba, the PPP law opens three routes into the $46 billion of Jordan’s $86 billion of PPP and infrastructure projects anchored there. An organization in Aqaba can join the consortia that bid for large projects, propose its own project under Article 15, or start with a small concession below $14.1 million.

$46B of Jordan’s $86 billion of PPP and infrastructure projects are anchored in Aqaba, Jordan’s only port and its gateway to the Red Sea.

The Aqaba guide gives examples of Aqaba-led direct proposals: a cold store, a marina service, a district cooling plant or a smart parking network, each proposed with partners who finance and build it. A small concession in Aqaba gives the organization a live asset, a reference and a place in the larger projects that follow.

Aqaba has the port, the zone, the coast and $46 billion of projects, and Jordan has a law that lets an organization propose its own.

Economic zones can use the same rules. In the model the zone developers guide describes, a manufacturer that needs steady power, a logistics company that sees room for a cold store or a rail siding, or a utility partner with a better treatment plant can bring its idea forward under Article 15 at its own cost. Each zone can tender a PPP research lab that runs small pilots on its own land, and similar projects proposed by tenants can be bundled into one feasibility report and one tender.

Where should an organization in Jordan start with the PPP law?

An organization in Jordan can start with the six first steps every guide shares: a mandate, a team, a map of the pipeline, its own offer, partners and a first pilot. Under the PPP law, that first pilot can be a direct proposal under Article 15 or a small-scale PPP below $14.1 million.

The guides also look ahead. The parliament guide proposes a group of members that reviews how PPP Law No. 19 of 2023 and PPP Regulation No. 9 of 2024 work in practice and prepares the amendments that AI, robotics, tokenized finance and small-scale PPPs will need. The summary of all 96 guides brings the method together in one document, and the Vision page explains how AI, robotics and tokenization will change the assets these contracts cover.

Read this post on Jordan PPP: https://jordanppp.com/blog/jordan-ppp-law-2023

PPP opportunities in Aqaba span port terminals, dry ports, logistics zones and rail freight, fuel and bulk mineral terminals, green hydrogen and ammonia, water, resorts and the utilities of economic zones. About $46 billion of Jordan’s $86 billion of PPP and infrastructure projects in development are anchored in Aqaba, Jordan’s only port and its gateway to the Red Sea. This post maps those opportunities sector by sector, drawing on the 96 free guides on this site, and shows how a company can enter them.

What PPP opportunities does Aqaba offer?

Aqaba offers PPP opportunities in many sectors of Jordan’s pipeline. The guides on this site point to port terminals and logistics, energy and green hydrogen, fuel storage, mining exports, water, tourism, health and the utilities of economic zones, each of which can be delivered as a PPP with a private partner that finances, builds and runs the asset.

1. Ports and logistics. Concessions to operate and expand port terminals, dry ports, logistics zones and rail freight services, with Aqaba at the center.
2. Energy. Green hydrogen and ammonia for industry, shipping and export, developed beside the port in Aqaba.
3. Oil and gas. Fuel and gas storage and import-export terminals paid on availability and throughput, with Aqaba as the first base.
4. Mining. Rail freight, bulk terminals and storage in Aqaba developed or anchored as PPPs, for the phosphate, potash and other bulk minerals that travel to the port for export.
5. Water. Desalination, wastewater, reuse and network projects, with the Red Sea at Aqaba.
6. Tourism and health. Resort, hotel and visitor projects in Aqaba, and private wings, specialist centers and recovery facilities paired with public projects.

Each of these comes from a guide written for one kind of organization. The economic sectors category gathers the guides for energy, water, mining, tourism and 17 other sectors, and the operators and services category covers the companies that run ports, utilities and facilities.

Why is Aqaba at the center of Jordan’s PPP pipeline?

Aqaba is at the center of Jordan’s PPP pipeline because it anchors about $46 billion of the country’s $86 billion of PPP and infrastructure projects in development. It is Jordan’s only port and its gateway to the Red Sea, so much of the cargo, fuel and minerals that the rest of the country trades passes through it.

$46B of Jordan’s $86 billion of PPP and infrastructure projects are anchored in Aqaba, Jordan’s only port.

The guides explain the pull of the coast in their own sectors. Aqaba’s port and industrial land make it the natural base for terminals that serve the country. Aqaba combines a port, industrial land and strong sun, the conditions that green hydrogen and ammonia projects need. Phosphate, potash and other bulk minerals already travel to the port in Aqaba for export.

One of Jordan’s most recent PPPs also starts at the coast. A group led by Meridiam and Suez signed the BOT contract for the Aqaba-Amman Water Desalination and Conveyance project on January 12, 2025, and the final agreement for the National Water Carrier was signed on April 21, 2026: about $4.3 billion to build ($5.8 billion with financing), 300 million m³ of water a year through a 450 km pipeline, with water planned for 2030. The starting guide sets this in the wider story of PPPs in Jordan.

Which port and logistics PPPs can companies bid for in Aqaba?

Logistics and port companies in Jordan can bid for concessions to operate and expand port terminals, dry ports, logistics zones and rail freight services, with Aqaba at the center. In these concessions the company invests, operates and collects handling charges, storage fees or availability payments, and holds the asset for decades.

Aqaba holds $46 billion of Jordan’s pipeline, and many of its port, terminal, logistics and rail projects are still in development.

The logistics and port companies guide describes a contract ladder, from logistics services on PPP projects to operation contracts and full concessions with equity in the project company. A company can also join bidding consortiums as their logistics partner, planning the import, clearance, storage and delivery of everything a project is built from. Border crossings, dry ports and rail links tie Aqaba to the rest of Jordan and its neighbors, so corridor concessions sit beside terminal concessions.

Technology shapes how these bids are priced. Models forecast vessel arrivals, plan berths and yards and check customs documents before the cargo lands, while automated cranes, yard vehicles and warehouse robots move containers and pallets around the clock. A logistics company that brings that equipment into a PPP terminal or dry port can price its bid on the capacity it adds.

What energy, water and mining PPPs fit Aqaba?

Aqaba suits energy, water and mining PPPs because it combines a port, industrial land, strong sun and the Red Sea. The guides for Jordan’s economic sectors point to green hydrogen and ammonia beside the port, fuel and gas terminals, desalination, and the rail, bulk terminals and storage that carry minerals to export.

The energy developers guide proposes green hydrogen and ammonia for industry, shipping and export, developed beside the port in Aqaba, alongside solar and wind projects with storage sized into each bid. The oil and gas guide places fuel and gas storage and import-export terminals, paid on availability and throughput, in Aqaba first, with hydrogen, biogas and lower-carbon fuel projects developed in stages from pilots.

The mining guide describes rail freight, bulk terminals and storage in Aqaba developed or anchored as PPPs, with the company’s volumes committed for the life of each concession, and processing parks with shared utilities beside the mines or in Aqaba. The water companies guide covers desalination, wastewater, reuse and network projects for a country with a need for every liter and the Red Sea at Aqaba.

How can economic zones in Jordan use PPPs?

Economic zones in Jordan can deliver their power, water, wastewater, waste, telecom and logistics as PPPs, with a partner paid for the service it delivers. Many of Jordan’s $86 billion of projects sit in or beside an economic zone or industrial city and will draw on its land, utilities and logistics.

In the model the zone developers guide describes, the zone keeps the master plan, the land and the rules, and private partners finance, build and operate the utilities, logistics and services inside it. Warehouses, cold stores, container yards, rail sidings and ready-built factories can be developed on zone land, leased to tenants and handed back to the zone at the end of each contract.

Zone infrastructure suits tokenization, because utilities and leased plots earn contracted revenue from known tenants. A zone developer can tokenize stakes in its power, water or logistics assets and pay holders from tenant charges as they arrive, so tenants, workers and regional investors can own part of the zone they work in. The $500 trillion opportunity sets out how tokenized PPPs could grow, in five phases.

Can a company propose its own PPP project in Aqaba?

Yes. Article 15 of Jordan’s PPP Law No. 19 of 2023, in effect since November 13, 2023, lets any private company take its own PPP idea to the Ministry of Investment or a public authority, and PPP Regulation No. 9 of 2024 sets out how it is studied. A company that knows a bottleneck in Aqaba can design a project around it.

The guides give examples close to Aqaba’s trade: a bulk storage yard in Aqaba, an automated yard at a dry port, a truck staging area at a border crossing, or a cold store or rail siding inside a zone. The tender still tests the idea against the market, and the proposer keeps the right to match the best offer. The unsolicited proposals page sets out this route for each kind of organization.

$14.1M the ceiling for small-scale PPPs under PPP Regulation No. 9 of 2024, which can be bundled into one feasibility report and one tender.

A pilot at that scale gives a company a paying contract, a reference site and the data that larger concessions will ask for. A logistics company could test an automated gate at a dry port or a digital corridor at a border crossing, and each sector can run a PPP research lab with ten small PPP projects a year at up to $100,000 each. The small PPPs page explains the method.

Where should a company start with PPPs in Aqaba?

A company in Jordan can start with the six first steps every guide shares: a mandate, a team, a map of the pipeline, its own offer, partners and a first pilot. For Aqaba, the pipeline map starts with the $46 billion anchored there and early meetings with the contracting authorities that will tender ports, logistics zones and rail.

Each step uses what the company already has, from its terminals, fleets and land to its operating data and partners. The summary of all 96 guides brings the method together in one document, and the Vision page explains how AI, robotics and tokenization will change the assets these concessions cover over the next fifty years.

Read this post on Jordan PPP: https://jordanppp.com/blog/ppp-opportunities-in-aqaba

A public-private partnership, or PPP, is a long contract in which a government and a company build and run a public service together. The idea is simple, it is older than most people think, and it will shape much of what Jordan builds next. This post explains it from zero.

The definition

The World Bank defines a PPP as “a long-term contract between a private party and a government entity, for providing a public asset or service, in which the private party bears significant risk and management responsibility, and remuneration is linked to performance.”

In plain words, the government decides what the country needs, such as a road, a water plant or a school. A private company designs it, builds it, often pays for it, and then runs it for many years, usually 20 to 30. The company is paid only when the service works as promised. At the end of the contract, the asset goes back to the government.

The government keeps the public asset. The company takes the risks it can manage best and is paid for performance.

How a PPP works

Every PPP follows the same path:

1. Identify. The government picks a need and checks that a PPP is the best way to meet it.
2. Prepare. Advisors study the cost, the demand and the risks, and draft the contract.
3. Tender. Companies compete, and the best bid on price and quality wins.
4. Sign and close. The contract is signed and the lenders commit the money. This moment is called financial close.
5. Build, operate, hand back. The partner builds the asset, runs it for decades and returns it in good working order.

The main kinds have short names. In a BOT (build, operate, transfer) the partner builds an asset, runs it for a fixed term and hands it back. In a DBFO it also designs the asset and raises the money. In a concession it takes over an existing service and collects fees from its users. An IPP is a private power plant that sells its electricity to a state buyer. The partner is paid either by users, through tolls and tariffs, or by the government, through availability payments made while the asset is open and meets its standards.

An old idea with a modern form

In 1854 Egypt granted Ferdinand de Lesseps the concession to build the Suez Canal, and a second concession in 1856 set a 99-year term. In the 1800s many canals and railways were built by private companies under rights granted by governments. The modern PPP took shape in the UK, which named its program the Private Finance Initiative in 1992 and signed more than 700 deals before it stopped using the model for new projects in 2018.

$100.7B of private investment in infrastructure in low- and middle-income countries in 2024, according to the World Bank.

What goes wrong

PPPs fail in familiar ways. A World Bank study of more than 1,000 concessions in Latin America found that 30% were renegotiated, on average just 2.2 years after award. The UK’s National Audit Office found that private finance cost 2% to 4% a year more than government borrowing. Guarantees given today can become bills years later, and a contract signed for 25 years has to survive new technology and new governments.

The lesson is consistent. A PPP works when each risk sits with the partner best able to manage it and the contract is priced fairly. The starting guide lists the six most common failures with a source for each.

Jordan’s PPP story

Jordan has built with PPPs for more than 20 years. The As-Samra wastewater plant reached financial close in 2003. Airport International Group signed a 25-year concession for Queen Alia International Airport in 2007. Amman East, the country’s first independent power plant, opened in 2009, and the Disi water conveyance followed in 2013. The Tafila Wind Farm and Shams Ma’an solar plant came after.

The laws kept pace. PPP Law No. 31 of 2014 was replaced by Law No. 17 of 2020, and PPP Law No. 19 of 2023 took effect on November 13, 2023, with PPP Regulation No. 9 of 2024 after it. The PPP Unit now sits at the Ministry of Investment. In April 2026 the final agreement for the National Water Carrier was signed: about $4.3 billion to build ($5.8 billion with financing), bringing 300 million m³ of water a year from Aqaba through a 450 km pipeline.

What comes next for Jordan

$86B of PPP and infrastructure projects in development in Jordan, $46 billion of them anchored in Aqaba.

The Economic Modernisation Vision needs about JD 41 billion of investment by 2033, 72% of it from the private sector. Jordan has the law, the PPP Unit and two decades of projects. The next step is many more PPPs, of every size, led by every kind of organization. AI, robotics and tokenization make that step easier, and together they point towards the $500 trillion infrastructure singularity.

Where to start

The starting guide covers all of this in ten short chapters, with a source for every date and figure, a glossary of the words you will hear most and a PDF to keep. When you are ready to act, the 96 guides show each kind of organization in Jordan how to launch a PPP program of its own.

Read this post on Jordan PPP: https://jordanppp.com/blog/what-is-a-ppp

Every organization in Jordan can launch a PPP program of its own. This site exists to show how, with 96 free guides, one for every kind of organization in the country. This first post sets out the vision behind the guides, what the site offers and who wrote them.

A century of infrastructure is wearing out

Most of the roads, bridges, power plants, water networks, ports and airports the world runs on were built in the last hundred years, and much of that stock is wearing out at the same time. Rebuilding and running it will take about $500 trillion over the next fifty years: $300 trillion to build, $150 trillion to operate and maintain, and $50 trillion for the sensors, compute and robotics inside the assets.

$500T to rebuild and run the world’s infrastructure over the next fifty years.

Governments cannot fund, build and run that rebuild alone, and the private sector cannot do it without them. Public-private partnerships (PPPs) will carry much of the work, and the organizations that know how to take part in them will shape what gets built.

The infrastructure singularity

The next fifty years will build Earth’s largest computer. Roads, grids, ports and water networks will monitor their own condition, predict their own failures and schedule their own repairs, while fleets of machines raise new assets with very few human hands. The point where the built world starts improving itself faster than anyone can direct it is the infrastructure singularity.

Three technologies bring it closer. Artificial intelligence designs and runs the assets, robotics builds and maintains them, and tokenization finances them and opens their ownership to everyone. The Vision page sets out the full picture.

The PPP singularity is the point at which it becomes cheaper to build the pilot than to conduct the study.

Today a single $100 million PPP can spend $10 million on preparation, enough to build 100 pilots at $100,000 each. The World Bank counted 315 private infrastructure projects reaching financial close across all low- and middle-income countries in 2024, only a few per country, and no country learns quickly at that pace.

Why Jordan can move first

Jordan starts with about $86 billion of PPP and infrastructure projects in development, $46 billion of them anchored in Aqaba, Jordan’s only port and its gateway to the Red Sea. The country has engineers who can build what comes next, and Article 15 of PPP Law No. 19 of 2023 lets any private company take its own PPP idea to the Ministry of Investment or a public authority. PPP Regulation No. 9 of 2024 sets out how such a proposal is studied.

Small projects run in parallel would let the country test many legal structures, financing models and construction methods at once. In Jordan, 1% of the budgets of 40 contracting authorities, about $78 million, would fund 780 small PPPs a year at $100,000 each, and a research lab in each sector would run ten of them a year and publish every result.

Futureproofing your organization

Every organization that plans, builds, finances or runs infrastructure will work differently as the singularity approaches. Artificial intelligence will design and test projects, robots will raise and maintain assets, roads and grids will report their own condition, and tokenization will fund small pilots from their own revenue.

The organizations that start learning by building now will be ready to lead that change, with a PPP program of their own, small PPPs in parallel, a research lab in their sector and data from every pilot from its first day. See what changes and where to start.

What this site offers

The site holds 96 free guides, one for every kind of organization in Jordan: the Royal Hashemite Court, the Prime Ministry and Parliament, ministries and municipalities, banks, funds and insurers, developers and contractors, advisors, operators, technology companies, universities and schools, companies in 21 economic sectors, humanitarian and relief organizations, and the organizations of 12 governorates.

Every organization guide is a 33-page PDF in the same seven parts, from what a PPP is to the infrastructure singularity, with six first steps: a mandate, a team, a map of the pipeline, the organization’s own offer, partners and a first pilot. Each guide can be read in full on its page and downloaded for free, and a free summary brings all 96 together in one document.

The site works in four steps:

1. Find your kind of organization and open the guide written for it.
2. Read it online or download the PDF for your board or leadership team.
3. Take its six first steps, starting with a mandate and a named lead.
4. Get in touch to talk through your organization’s program.

What comes next

Future posts will go deeper into the ideas behind the guides: small PPPs in parallel, PPP research labs, unsolicited proposals, and how artificial intelligence, robotics and tokenization change the way infrastructure is planned, built, financed and run. To begin, find the guide for your organization.

Read this post on Jordan PPP: https://jordanppp.com/blog/introduction

The mission of Jordan PPP is to build the most advanced PPP system in the world. We give every organization and every sector in the country the knowledge to start, shape and deliver public-private partnerships, using the best of AI, robotics and tokenization. Our aim is for Jordan’s infrastructure to serve its people for generations, and for Jordan to be a global example of PPP leadership towards the $500 trillion infrastructure singularity that everyone can own a share of.

What is a PPP?

A PPP, or public-private partnership, is a long agreement between a government and a private company. The two share the work and the risk of building something the public needs, such as a road, a power plant or a water network, and the company is paid over many years for keeping it running. If you are new to the idea, our plain guide to what a PPP is starts from zero.

What would the most advanced PPP system look like?

Most countries run PPPs one project at a time, inside one or two government offices. A few specialists understand how the deals work, and most people who could take part never hear about them. An advanced system would turn that around.

In Jordan’s advanced system, any ministry, city, company, bank, university or charity could understand how a PPP works and find its place in one. Projects would be easy to find and easy to compare. The records of each project would be open and up to date, and machines would handle much of the slow paperwork. A good idea from a small town could reach the people able to fund it.

That is why this site has a free guide for every kind of organization and a free guide for every sector. Knowledge is the first part of the system, and we can share it today.

What is the infrastructure singularity?

The infrastructure singularity is the point where the built world and the computed world become one system. Roads, power lines and water pipes would sense what is happening, share what they learn and help run themselves. Our vision page sets the idea out in full.

The numbers behind it are large. Rebuilding and running the world’s infrastructure will take about $500 trillion over the next fifty years: $300 trillion to build, $150 trillion to operate and maintain, and $50 trillion for the sensors, computers and robots inside the assets. Jordan starts with about $86 billion of PPP and infrastructure projects in development, and $46 billion of them are anchored in Aqaba.

How will AI change PPPs?

AI will first take on the reading and writing. A PPP can produce thousands of pages of contracts, studies and reports, and AI can read them, compare them and point out what a person should check. That gives a small government team far more reach.

Later, AI will help run the assets. It could spot a failing water pump before it breaks, plan repairs for a road and balance a power grid minute by minute. Our post on AI in PPP projects in Jordan goes further.

How will robots change PPPs?

Robots will take on work that is dangerous, dull or hard to staff. Drones can inspect a bridge, machines can lay and weld pipe in the desert heat, and robots can clean solar panels at night.

Over time, fleets of machines will build new assets with very few people on site and then look after them for decades. That changes the sums inside a PPP, because the cost of building and the cost of upkeep both move. Contracts signed today will run for decades, so they need room for that change.

How will tokenization change PPPs?

Tokenization means recording a share of an asset as a digital token that people can buy and sell. Today, owning part of a toll road or a solar farm is mostly open to large funds and banks. Tokens could split that ownership into much smaller pieces.

That could let a teacher in Irbid or a family in Aqaba own a small part of the infrastructure they use every day, and earn a share of what it makes. It could also bring new money to projects that struggle to find it. Our post on tokenizing infrastructure in Jordan explains how it could work.

What are the biggest challenges?

This mission has hard parts, and it helps to name them now. These are the ones we think about most:

1. Trust. People will back PPPs only if they believe the deals are fair. Prices, contracts and results need to be open, so that anyone can check them.
2. People and skills. Few people in any country know PPPs well, and fewer still also know AI or robotics. Jordan will need to train many more of them, starting in its universities and ministries.
3. Jobs. Machines will change the work on building sites and in control rooms. Workers need a real path into the new jobs, and that planning has to start early.
4. Law. Laws move more slowly than technology. Jordan’s 2023 PPP law gives the country a base, and tokens and self-running assets will raise new questions about who owns what and who is responsible when something goes wrong.
5. Safety and security. A power grid run by software can be attacked through software. Every connected asset needs strong protection and a way for people to take back control.
6. Fairness. Toll roads and water bills affect people with little money the most. Every project needs a clear answer for them, and that includes the towns far from Amman.
7. Money and patience. Long projects need lenders and investors who are ready to stay for decades.

Why can Jordan be a global example?

Jordan has real reasons to try. It is a small country, so one good system can reach every ministry and every governorate. It has a young and well-educated population, a long list of projects and a port city in Aqaba that connects it to the wider region. Its need for water and clean energy also gives it a reason to move early.

Jordan can lead by doing the work carefully, sharing what works and being honest about what falls short. Other countries can then take what they find useful and improve on it.

Where can you start?

Every part of this mission begins with someone learning how a PPP could work for them. You can find the guide for your organization, read about the sector closest to your work or read the vision in full. All of the guides are free, and we keep adding more.

Read this post on Jordan PPP: https://jordanppp.com/blog/mission-of-jordan-ppp