Singularity · Robotics
What robotics changes on the way to the infrastructure singularity
Robotics builds infrastructure and keeps it running, with fleets of machines raising new assets with very few human hands, and it is one of three technologies bringing the infrastructure singularity closer. Every organization guide sets out what it changes for one kind of organization.
The singularity
How robotics brings the singularity closer
The infrastructure singularity is the point where the built world starts improving itself faster than anyone can direct it. Robotics is the part of that future that does the physical work. Robots and drones build, inspect and repair, so the decisions made by artificial intelligence become real work on the ground.
The world will need about $300 trillion of new building over the next fifty years. Fleets of machines that raise new assets with very few human hands can bring that cost down, and machines that find and fix faults on their own let the built world start looking after itself.
Read about the infrastructure singularityIn every organization guide
A section of its own in every organization guide
Page 19
Robotics
How robots build infrastructure and keep it running.
Each of the 96 guides writes this section for its own kind of organization; 94 of them are gathered below.
Read the organization guide for Robotics Companies in JordanDownload the guide
Page 19 of the guide for banks
In the organization guides’ own words
“Robotics changes what a ministry can ask for in a tender.”
“Robotics lowers the cost and the risk of building and maintaining an asset, and that risk is what lenders price.”
“Robotics lowers the cost of running a solar or wind plant for decades.”
From the 96 organization guides
What robotics changes for each kind of organization
Point at an organization to read what its guide says.Tap an organization to read what its organization guide says.
Robotics gives young Jordanian engineers and founders a direct way into infrastructure. A national initiative can open small PPP pilots to companies that build, inspect and maintain assets with machines, such as leak-detection robots for water networks or drones that survey roads, so a new company can prove its method on a real asset and grow with Jordan’s pipeline.
Read the organization guideDownload the guideRobotics changes what government can ask for in its tenders. Standard output specifications issued from the center can require drone inspection, robotic leak detection and automated maintenance records on every PPP, so performance is measured by machines, reported as data and compared across ministries.
Read the organization guideDownload the guideRobotic construction and maintenance will change how public works are delivered and who does the work. Members can ask how each project trains Jordanian technicians to run the machines, how robots improve safety on site and how faster delivery reaches their constituencies.
Read the organization guideDownload the guide
Robotics changes what a ministry can ask for in a tender. Output specifications can require drone inspection, robotic leak detection and automated maintenance records, so performance is measured by machines and reported as data. A ministry that writes these requirements into its contracts receives assets that cost less to supervise and fail less often.
Read the organization guideDownload the guideRobotics lets a state-owned company see inside assets buried under its streets or spread across the desert. Robots travel inside pipes to find leaks and weak sections, drones survey transmission lines, reservoirs and track, and crawlers inspect substations and pumping stations, so a small team can supervise a large network and every inspection is recorded as data.
Read the organization guideDownload the guideRobotics reaches the markets through the data it produces. Drones, crawlers and sensors that inspect roads, pipes and power lines create an independent record of an asset’s condition, which issuers could use in their continuing disclosure and investors could use to judge an operating PPP company or a tokenized note on evidence.
Read the organization guideDownload the guideRobots can build housing faster, inspect roofs, tanks and pipes and keep warehouses running around the clock. An institution can ask its partners to bring those machines to its estates and workshops, and to train service members and young Jordanians as technicians who run and repair them.
Read the organization guideDownload the guideRobots can build facilities faster, scan paper archives into digital records, inspect roofs, tanks and pipes and keep kitchens and laundries running. An institution can ask its partners to bring those machines to its courthouses and centers, and to train people preparing for release as technicians who run and repair them.
Read the organization guideDownload the guideRobotics changes what a regional authority can ask for in a tender. Output specifications can require drone surveys of land and heritage sites, robotic inspection of pipes and roads and automated records of maintenance, so performance is measured by machines and reported as data. A region that writes these requirements in receives assets that cost less to supervise.
Read the organization guideDownload the guideRobotics 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.
Read the organization guideDownload the guideCities are where robots are starting to work in public. Sorting robots in waste plants, pipe crawlers, drones and inspection robots can raise the capacity of Amman’s networks and keep its roads, bridges and tunnels in shape, and the organizations that run them will need Jordanian technicians trained in Amman to operate and maintain them.
Read the organization guideDownload the guideFactories and plants are where robots are spreading fastest. Assembly and packing robots, pipe crawlers, drones and inspection robots can raise the output of Zarqa’s industrial estates and keep its refinery, pipelines and treatment works in shape, and the organizations that run them will need Jordanian technicians trained in Zarqa to operate and maintain them.
Read the organization guideDownload the guideFarms and factories are where robots are spreading fastest. Harvesting and packing robots, drones and inspection robots can raise the output of the valley’s farms and the Irbid Development Area and keep pipes, roads and power lines in shape, and the organizations that run them will need technicians trained in Irbid’s universities to operate and maintain them.
Read the organization guideDownload the guideFarms and resorts are where robots are starting to work at scale. Harvesting and packing robots, drones and inspection robots can raise the output of the valley’s farms, survey Salt’s historic buildings and keep pipes, roads and power lines in shape, and the organizations that run them will need Jordanian technicians trained in Balqa to operate and maintain them.
Read the organization guideDownload the guideHeritage sites, farms and water works are where robots can help Madaba first. Drones and scanning robots can map and monitor mosaics and ruins from Madaba to Umm ar-Rasas, help harvest the olive crop and inspect dams and pipelines, and the organizations that run them will need Jordanian technicians trained in Madaba to operate and maintain them.
Read the organization guideDownload the guideSolar plants are where robots already work at scale. Panel-cleaning robots, drones and inspection robots can raise the output of Mafraq’s solar plants and keep its pipes, roads and power lines across the Badia in shape, and the organizations that run them will need Jordanian technicians trained in Mafraq to operate and maintain them.
Read the organization guideDownload the guideHeritage sites, farms and forests are where robots can help Jerash first. Drones and scanning robots can map and monitor the ruins of Gerasa, help harvest and press the olive crop and patrol the Dibbeen forest, and the organizations that run them will need Jordanian technicians trained in Jerash to operate and maintain them.
Read the organization guideDownload the guideForests, hills and orchards are hard places to work by hand. Drones can watch the forest for fire and pests, sorting lines and harvest machines can help olive and fruit farmers and inspection robots can keep pipes and roads in shape. The organizations that run them will need Jordanian technicians trained in Ajloun to operate and maintain them.
Read the organization guideDownload the guideMines, quarries and cement plants are where robots already work at scale. Autonomous haul trucks, drones and inspection robots can raise the output of Karak’s industrial sites and keep its pipes, roads and power lines in shape, and the organizations that run them will need Jordanian technicians trained in Karak to operate and maintain them.
Read the organization guideDownload the guideWind farms and mines are places where robots and drones already do useful work. Drones can inspect turbine blades and power lines, automated trucks and drills can work the phosphate pits more safely and inspection robots can keep pipes and roads in shape. The organizations that run them will need Jordanian technicians trained in Tafileh to operate and maintain them.
Read the organization guideDownload the guideSolar fields and mines are where robots already work at scale. Panel-cleaning robots, autonomous haul trucks, drones and inspection robots can raise the output of Ma’an’s solar plants and mines and keep its pipes, roads and power lines in shape, and the organizations that run them will need Jordanian technicians trained in Ma’an to operate and maintain them.
Read the organization guideDownload the guidePorts and logistics zones are 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, and the organizations that run them will need Jordanian technicians trained in Aqaba to operate and maintain them.
Read the organization guideDownload the guideRobotic construction, inspection and maintenance are built by companies in a handful of countries today. An embassy can put its country’s robotics companies into Jordanian consortiums, fund the first pilots that prove their machines on Jordanian roads, pipes and buildings and pair them with Jordanian engineers who will run and maintain them.
Read the organization guideDownload the guide
03Capital
Robotics lowers the cost and the risk of building and maintaining an asset, and that risk is what lenders price. Projects that use inspection drones, leak-finding robots and automated construction finish closer to schedule and fail less often in operation, and the companies that supply those machines need equipment finance, leasing and working capital as they grow.
Read the organization guideDownload the guideRobotics changes the risk inside every PPP security. Projects built with automated construction finish closer to schedule, and assets inspected by drones and maintained by robots fail less often, which narrows the spread investors ask for. A firm that understands the technology can explain those savings to investors and price the first robotic projects in the region with confidence.
Read the organization guideDownload the guideRobotics lowers the construction and maintenance risk that a development lender carries for the life of a loan. Robotic construction keeps projects closer to schedule, and drones and crawlers inspect roads, pipes and power lines and report defects automatically, which gives the lender and the public an independent record of how each asset performs. Technical assistance can train the Jordanian technicians who run and repair the machines, so the skills stay in the country.
Read the organization guideDownload the guideRobotics changes the economics of the assets a fund owns. Projects that use automated construction finish closer to schedule, and assets inspected by drones and maintained by robots run with fewer failures and lower operating costs across the concession. Those savings reach the equity, and the companies that supply the machines become investments in their own right for the fund’s technology sleeve.
Read the organization guideDownload the guideRobotic construction and maintenance turn traditional contractors and service firms into technology companies. A private equity firm can buy those firms, fund their move to robots, drones and sensors and grow their margins on every concession they serve, a classic value-creation plan applied to infrastructure.
Read the organization guideDownload the guideRobotics protects the value of an asset over the decades a long-term owner holds it. Drones that inspect roads, bridges and power lines, robots that find leaks inside pipes and machines that clean solar fields keep assets performing and cut the cost of maintenance. Assets that machines monitor and maintain reach handback in better condition, which protects the returns a pension or sovereign fund depends on.
Read the organization guideDownload the guideRobotics reduces the losses an insurer pays. Projects that use automated construction and quality verification finish with fewer defects, and assets inspected by drones and maintained by robots fail less often in operation. The data those machines collect gives underwriters a record of each asset’s condition, and the companies that run them need equipment, liability and professional cover as they grow.
Read the organization guideDownload the guideRobotics lowers the cost and the risk of building and running the assets a family owns. Projects that use automated construction finish closer to schedule, and drones and maintenance robots keep operating assets performing for longer. The companies that make those machines are also candidates for the family’s own venture investments, so the family can own the technology as well as the asset.
Read the organization guideDownload the guideRobotics lowers the cost and the risk of building and running the assets diaspora investors own. Projects that use automated construction finish closer to schedule, and drones and maintenance robots keep operating assets performing for longer. Jordanian engineers who work with these machines abroad can bring them home to the projects they invest in.
Read the organization guideDownload the guideRobots, drones and smart machines are becoming tools that small contractors can rent or buy. A microfinance institution can finance those machines through leases and small loans, repaid from the work they win, and help small firms in Jordan compete for the inspection, cleaning and maintenance work of every concession.
Read the organization guideDownload the guideRobots and sensors record what was built, inspected and repaired, which gives a guarantor an independent view of the asset behind each loan. A credit guarantee institution can back the loans that small contractors take to buy robots and drones, and it can release cover as those machines confirm the work on site.
Read the organization guideDownload the guide
Robotics changes the risks a developer prices into each bid. Modular construction, site robots and drones make the cost and schedule of the build more certain, and inspection and maintenance robots lower the operating cost across the concession, so the consortium can offer a lower tariff or availability payment and still repay its lenders on schedule.
Read the organization guideDownload the guideRobotics lowers the cost of running a zone and raises what it offers tenants. Automated warehouses and yards move goods around the clock, drones and crawlers inspect pipes, substations and roads and report defects automatically, and robotic patrols watch gates and perimeters, so a zone can serve more tenants with a small operations team.
Read the organization guideDownload the guideRobotics is the edge a contractor brings to a consortium. Construction robots, modular factories and drones shorten the build and make its cost more predictable, which lowers the risk that lenders and sponsors price. The same machines can stay with the asset for inspection and maintenance, which turns a construction contract into an operation and maintenance contract that runs for decades.
Read the organization guideDownload the guideRobotics and modular construction let a developer deliver social infrastructure at the speed and cost a PPP requires. Schools, clinics and housing built from factory modules reach occupancy sooner, and robots and drones keep the district’s buildings, utilities and public spaces in good order at a cost the developer can commit to for the life of the concession.
Read the organization guideDownload the guideRobotics and modular construction let a developer deliver homes at the speed and cost an affordable program requires. Apartments built from factory modules reach occupancy sooner and with fewer defects, and robots and drones inspect and maintain roofs, facades and utilities at a cost the developer can commit to for the life of the concession.
Read the organization guideDownload the guideRobotics gives engineers better evidence. Drones, crawlers and sensors survey sites and inspect structures more often than field crews can, so a lenders’ engineer can certify progress from verified data and an owner’s engineer can track an asset’s condition across its life. Firms that design for robotic construction and inspection from the first drawing will shape how the next generation of assets is built.
Read the organization guideDownload the guide
05Advisors and professional bodies
Robotics brings new clauses into PPP contracts. Autonomous machines on site and in operation raise questions of liability, insurance, safety approvals and data ownership. Contracts will need to set who answers when a drone, a crawler or an automated system fails, and a firm that drafts these clauses can use them across every project it advises.
Read the organization guideDownload the guideRobotics changes the numbers inside the model. Robotic construction and maintenance shift the cost, schedule and lifecycle assumptions that set a project’s price, and sensors give lenders verified data on how an asset performs. A firm that understands these technologies can model their risks and savings with confidence and advise lenders and governments on pricing the first robotic projects in the region.
Read the organization guideDownload the guideRobotics changes what a small member firm can take on. Drones survey sites and inspect roads, bridges and power lines, modular methods and on-site automation cut the crew a project needs, and crawlers inspect pipes and tanks, so a firm with a small team and the right machines can deliver work that once needed a far larger one. Member bodies can set the training and safety standards for this work and certify the people who do it.
Read the organization guideDownload the guide
Robotics lets an operator hand more of the dangerous and repetitive work to machines. Pipe robots locate leaks from inside the network, drones survey power lines, roads and port cranes, and automated lines sort waste, so a small team can maintain a large network and still meet its performance targets.
Read the organization guideDownload the guideRobotics takes on the repetitive and hard-to-reach work inside a building. Cleaning robots cover corridors, wards and concourses overnight, drones inspect roofs and facades, and delivery robots carry linen, meals and supplies through hospitals, so a smaller team meets the same service levels and spends its time on the faults that need people.
Read the organization guideDownload the guideEvery robot, drone and autonomous machine on a PPP site needs a fast, reliable link to the systems that steer it. A telecom operator can supply private 5G networks for construction sites, terminals and mines, and it can use drones and robots to inspect its own towers and fiber routes along the same corridors.
Read the organization guideDownload the guideRobotics is already changing how cargo is handled. Automated cranes, yard vehicles and warehouse robots move containers and pallets around the clock, and drones survey stockpiles and inspect quays. A logistics company can bring that equipment into a PPP terminal or dry port and price its bid on the capacity it adds.
Read the organization guideDownload the guideRobotics is reaching every part of ship service. Underwater drones inspect hulls, moorings and quay walls, hull-cleaning robots remove fouling without divers and autonomous survey boats chart the seabed. A maritime company can bring that equipment into its concessions, cut the time ships spend alongside and train Jordanian technicians to run and repair it.
Read the organization guideDownload the guideRobotics changes how a railway is inspected and maintained. 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.
Read the organization guideDownload the guideRobotics lowers the cost of keeping a fleet on the road. Automated washers and inspection lanes check tires, brakes and bodywork each night, robotic arms connect chargers in the depot and driverless shuttles can serve campuses, hospitals and business parks. A small depot team can then keep a large electric fleet available every morning.
Read the organization guideDownload the guideRobots already tow aircraft, load baggage, inspect engines and wings and fly cargo in parts of the world. An aviation company can bring drones, autonomous ground vehicles and inspection robots into Jordanian concessions, shorten turnaround and maintenance times and train Jordanian technicians to run and repair the machines.
Read the organization guideDownload the guideRobots and drones can sort parcels, load lockers and carry the last mile across a campus, a district or a remote village. A delivery company can bring those machines into its hubs and routes, reach places vans cannot and train Jordanian technicians to run and repair them.
Read the organization guideDownload the guideRobots already assist surgeons, dispense medicines and move supplies through hospital corridors. A hospital group can bring that automation into the services of a PPP hospital, from pharmacy and laboratory automation to disinfection and logistics robots, and use modular construction to bring new clinics into service sooner.
Read the organization guideDownload the guideRobots already run laboratory samples, dispense medicines and move supplies through clinics. A provider can bring that automation into the services of a PPP network, from automated laboratories and pharmacy robots to sample delivery by drone, and use modular construction to bring new health centers into service sooner.
Read the organization guideDownload the guideRobots already help carers lift and move people, support walking and rehabilitation and deliver meals and medicines in care homes. A care provider can bring that automation into the services of a PPP, from smart wheelchairs and exoskeletons to home sensors, and use modular construction to bring new day centers into service sooner.
Read the organization guideDownload the guide
Robotics turns inspection, maintenance and construction into services a technology company can sell under contract. Drones, crawlers and cleaning robots can be supplied as a fleet with operators and data, paid per inspection or per kilometer, and a PPP operator can buy them as part of its maintenance plan for the whole term of the concession.
Read the organization guideDownload the guideRobots on a PPP asset depend on AI to see, plan and report. Vision models turn drone and crawler footage into defect reports, planning models route each machine and schedule the repairs, and the digital twin records what the fleet found and fixed. An AI company can supply that intelligence layer to robotics makers and operators and earn from every inspection and repair they carry out.
Read the organization guideDownload the guideA PPP turns robots into long contracts. A concession operator is paid for keeping an asset open and safe for decades, so it can buy inspection, cleaning and repair from a robotics company as a service with guaranteed availability, paid per kilometer surveyed or per site maintained. Each contract funds a fleet, and the data that fleet gathers improves the machines for the next concession.
Read the organization guideDownload the guideRobots and sensors produce a steady stream of data on what was built, inspected and repaired. 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 way supply-chain certification already works on ledgers.
Read the organization guideDownload the guideRobots and sensors record what was built, inspected and repaired. A fintech company can turn those records into payments, releasing a milestone payment when a robot confirms the work, paying a maintenance contractor when a sensor shows the repair held and deducting from an availability payment when a service falls short.
Read the organization guideDownload the guideRobots and drones produce streams of video and sensor data that must be processed in real time. A data center company can host the edge sites and platforms that robotic contractors and inspectors use, and it can use robots inside its own halls to monitor equipment and swap hardware around the clock.
Read the organization guideDownload the guideRobots on a PPP asset need somewhere to be built, tested and certified before they reach a live site. A research center can run the test rigs where inspection drones, pipe crawlers, construction robots and solar-cleaning machines prove their accuracy and safety, and certify each machine for the work a contract asks of it.
Read the organization guideDownload the guideRobotics turns infrastructure into a field for engineering research and student projects. Inspection drones, pipe crawlers, construction robots and solar-cleaning machines raise problems in control, sensing and design, and Jordan’s projects can supply the sites to test them. Graduates who build those machines can found the companies that supply them to the next projects.
Read the organization guideDownload the guideRobotics turns the campus into a workshop. Solar-cleaning machines, inspection drones and small maintenance robots can keep school assets running, and students who build and program robots in clubs and classes learn the skills the construction and operation of infrastructure will need.
Read the organization guideDownload the guideRobotics gives a training center a new curriculum and a new kind of workshop. Trainees learn to operate and repair drones, construction robots, inspection crawlers and automated equipment, the machines that will build and maintain Jordan’s projects, and modular construction lets the provider add workshops quickly where demand grows.
Read the organization guideDownload the guideRobotics reaches early education through the buildings and the classroom. Modular construction lets a provider add a nursery or a kindergarten quickly where demand grows, cleaning and inspection machines keep buildings safe, and simple programmable toys give young children a first, playful lesson in how machines work.
Read the organization guideDownload the guideEvery lunar asset will be built and maintained mostly by robots, from the machines that grade landing pads and lay roads to the ones that mine ice and build shelters from lunar soil. An organization building on the Moon can test those machines on Jordan’s desert sand and rock and train Jordanian engineers and technicians to run and repair them.
Read the organization guideDownload the guideRobots will reach Mars ahead of the crews and build the first landing pads, roads, power plants and shelters. An organization building on Mars can test those machines in Wadi Rum, whose colors and textures NASA describes as a close match to those found on Mars, and train Jordanian engineers and technicians to run and repair them.
Read the organization guideDownload the guide
Robotics lowers the cost of running a solar or wind plant for decades. Cleaning robots keep panels at full output, drones inspect blades, panels and power lines and report defects automatically, and crawlers survey substations and pipelines, so a small team can run a large fleet of assets and meet its availability targets.
Read the organization guideDownload the guideRobotics lowers the cost of running a hydrogen plant in the desert for decades. Cleaning robots keep solar panels at full output, drones inspect panels, pipelines and storage tanks, and crawlers survey electrolyzers and ammonia lines for leaks, so a small team can keep a large plant safe and meet its availability targets.
Read the organization guideDownload the guideRobotics makes fuel assets safer and cheaper to run for decades. Inspection robots travel inside pipelines to find corrosion, drones survey routes and terminals and detect leaks, and crawlers inspect tanks and vessels with fewer people in hazardous areas, so a small team can keep a large network safe and meet its availability targets.
Read the organization guideDownload the guideRobots already work where radiation keeps people away. A nuclear energy organization can use them to inspect reactor vessels and pipes, handle isotopes and waste and survey the uranium-bearing land of central Jordan, and train Jordanian engineers to run and repair them.
Read the organization guideDownload the guideRobotics lets a water company see inside a network buried under its streets. Robots travel inside pipes to find leaks and weak sections, acoustic sensors listen for bursts, drones survey canals, reservoirs and pipelines, and automated systems clean membranes and screens at treatment plants, so a small team can run a large network and meet its performance targets.
Read the organization guideDownload the guideRobotics lowers the cost of keeping roads, rail and fleets in service. Drones and inspection vehicles survey pavements, bridges and track and report defects automatically, robots clean and service buses and trains in the depot, and automated parking and driverless shuttles extend what a network can offer. A small team can then keep a large network open and meet its availability targets.
Read the organization guideDownload the guideRobots can charge vehicles, swap batteries, clean and inspect buses and park cars without a driver. An electric mobility company can bring those machines into its depots, car parks and charging hubs, cut the time each vehicle spends off the road and train Jordanian technicians to run and repair them.
Read the organization guideDownload the guideRobotics lets an agriculture company farm more land and more greenhouse space with the same people. Robots seed, prune and harvest under glass, drones survey fields and spray only where a crop needs it, and automated lines grade, pack and store produce, so a farm keeps its quality and output steady across the season.
Read the organization guideDownload the guideRobots and drones can spray, pick, sort and pack crops and inspect canals, pipes and solar panels. A cooperative can share those machines among its members, run them from its cold stores and markets and train young people in the village to operate, program and repair them.
Read the organization guideDownload the guideAutonomous drilling and haulage let a mine run around the clock with fewer people in harm’s way, drones survey pits and stockpiles, and sensor-based sorting removes waste rock before it reaches the plant. A mining company can bring the same machines, and the people who run them, to the earthworks, tunnels and inspection work of other PPPs.
Read the organization guideDownload the guideRobotics lets a factory produce components for many projects at once. Robotic welding, cutting, casting and assembly turn out modules and precast elements to the same standard every time, and automated warehouses send them to site in the order they will be installed. A manufacturer that makes modules this way shortens the build on every PPP it supplies.
Read the organization guideDownload the guideRobotics changes both the product and the factory. Uncrewed aircraft and ground vehicles can inspect pipelines, tanks, roofs and perimeters 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.
Read the organization guideDownload the guideRobots already fill vials, pack medicines and run laboratory tests around the clock. A life sciences company can bring that automation into the plants, warehouses and laboratories of a PPP, from automated dispensing and sample handling to robotic warehouses that keep medicines at the right temperature, so a small team can serve many hospitals with fewer errors.
Read the organization guideDownload the guideModular construction lets a tourism company build lodges, visitor centers and resort facilities with a light footprint at sensitive sites. Drones can survey heritage sites and trails and record their condition over time, while robots and sensors keep pools, solar fields and water systems running for the life of the concession.
Read the organization guideDownload the guideLaser scanners, drones and robotic rigs can record monuments, tombs and inscriptions in three dimensions and survey cliffs and excavations that people cannot reach safely. A heritage institution can use the same tools to monitor stone, water and structural movement, and train young people from nearby towns to fly the drones, run the scanners and repair them.
Read the organization guideDownload the guideDrones can map reserves, scatter seeds on degraded land and survey cliffs and wetlands that rangers cannot reach safely. A conservation body can use drones and ground robots to restore habitats, monitor water levels and inspect trails, and train young people from nearby villages to fly and repair them.
Read the organization guideDownload the guideRobotics gives a training center a new curriculum and a new kind of workshop. Students learn to operate and repair drones, construction robots, inspection crawlers and automated equipment, the machines that will build and maintain Jordan’s projects, and modular construction lets the company add classrooms and workshops quickly where demand grows.
Read the organization guideDownload the guideRobotics changes the economics of sorting. Vision-guided robots pick plastics, metals, paper and glass from mixed waste at high speed, sensors grade each stream and automated crushers turn demolition waste into reusable aggregate, so a plant recovers more material at a lower cost and keeps its people away from the most hazardous work.
Read the organization guideDownload the guideRobotics makes efficiency work faster and cheaper to deliver. Drones with thermal cameras survey roofs and facades for heat loss, robots clean solar panels and sort waste for recycling, and prefabricated retrofit kits let a small crew upgrade many public buildings at once. A green economy company can price a portfolio of retrofits on that speed.
Read the organization guideDownload the guideRobotics gives creative companies new tools and new subjects. Camera drones film sites and construction progress from the air, laser scanners and robotic rigs capture heritage sites and buildings in three dimensions, and motion control and animatronics bring exhibits to life. The same scans feed the digital twins that operators use to run each asset.
Read the organization guideDownload the guideModular construction lets a sports and entertainment company build arenas, stands and pavilions faster and reconfigure them for different events. Robots and sensors keep pitches, pools and cooling systems in condition, drones inspect roofs and structures, and automated entry and cleaning let a small team turn a venue around between events.
Read the organization guideDownload the guide
Robotics keeps essential systems running with small local teams. Pipe-inspection robots find leaks, drones survey water and power networks, and automated waste-sorting lines turn camp waste into materials and jobs. Their records give donors and residents an independent account of what was delivered.
Read the organization guideDownload the guideRobotics lowers the cost and risk of building and maintaining the assets donors help fund. Drones and inspection robots check roads, pipes and power lines and report defects automatically, which gives the donor and the public an independent record of how each asset performs, and training can keep the skills in Jordan.
Read the organization guideDownload the guideRobotics brings maintenance within reach of small local partners. Drones survey roofs and water tanks, sensors find leaks and failing equipment, and automated cleaning keeps solar panels producing, so a small team can keep many community assets running and every donor can see the record.
Read the organization guideDownload the guideRobotics keeps services running when people are stretched. Drones survey damage after floods and watch for fires, robots inspect pipes and drains, and automated waste-sorting lines handle the extra load, so small local teams can keep up and every response is recorded.
Read the organization guideDownload the guideRobotics lets a small team deliver more. Automated recycling lines, solar-cleaning robots, drones that check water systems and sensors that report failures keep services running at low cost, and their records prove what was delivered.
Read the organization guideDownload the guide
01 · National leadership
Royal Hashemite Court
Robotics
Robotics gives young Jordanian engineers and founders a direct way into infrastructure. A national initiative can open small PPP pilots to companies that build, inspect and maintain assets with machines, such as leak-detection robots for water networks or drones that survey roads, so a new company can prove its method on a real asset and grow with Jordan’s pipeline.
Sector guides
Every sector guide shows what robotics changes in its sector on the way to the singularity
Jordan’s $86 billion is spread across 23 sectors. Each free sector guide lists every project in its sector and shows how to take part.
Oil, Gas and Power$15.1bnThe bridge fuels that keep the lights on while a new energy system is built.23 projects
Tourism$13.8bnAncient places and new destinations in a world with more time to travel.56 projects
Urban Development$12.8bnNew cities and renewed centers designed to run on intelligence.30 projects
Green Hydrogen$10.6bnDesert sunlight and wind turned into fuel the world can ship.12 projects
Transport$8.1bnRoads, rails and runways becoming one intelligent network.32 projects
Water$6.7bnTurning seawater, sunlight and software into a secure supply for a dry country.29 projects
More on the singularity
The infrastructure singularityThe $500 trillion rebuild
Futureproof your organizationWhat changes, and where to start
Artificial intelligenceDesigns, structures and runs the assets
TokenizationFinances the assets and opens ownership
Small PPPs and research labsMany small projects, run in parallel
Unsolicited proposalsTake your own PPP idea to government
New guide
The golden age of PPPs in Jordan
All 23 sector guides and all 96 organization guides in one free guide to Jordan’s $86 billion.
Presentations
Book a Jordan PPP presentation for your organization
We give it online worldwide, or in person in Jordan, on the days and at the times that suit your team.
Book a presentation