Skip to content
Stained-glass illustration of planet Earth seen from orbit as one glowing circuit, with roads, power lines and cables traced like a computer chip

Singularity

The world’s biggest $500 trillion computer

Every road, power line, pipe, cable and satellite on Earth is joining into one machine. Over the next fifty years it will learn to build, sense, think and heal itself.

Share

Part by part

Every part of a laptop has a twin on the planet

01

Sensors

In a laptop

A keyboard, a camera, a microphone and a touch screen take in the world around the machine.

On the planet

Water meters, traffic cameras, weather stations and small gauges inside bridges feel every change, from a rising flood to a heavy truck.

In Jordan

Leak sensors matter in a country where 41% of the water pumped into the network still never reaches a paying customer.

Water sector guide

Zoom out

From one pipe to the whole planet

The computer grows in rings. Each ring joins the one inside it, and every new link makes the whole machine stronger.

  1. One asset

    A water main carries a small sensor. It feels its wall getting thin and reports it before the pipe bursts.

  2. One city

    Amman’s pipes, roads, buses and power lines share what they sense, so traffic lights, pumps and street lights work from one picture of the city.

  3. One country

    The port of Aqaba, the railways inland, the Red Sea water line to Amman, the grid and the data centers start to work as one machine.

  4. One region

    Jordan’s grid is linked with Egypt and Iraq, a Saudi link is planned, and an upgrade would lift the Egypt link to 2,000 megawatts.

  5. The planet

    Ocean cables, satellites and power lines that cross seas join every region into one network that runs day and night.

Scale

Today’s biggest computers fit on a city map

One building in Shenzhen, China

LineShine

2.2exaflops

The fastest supercomputer in the world, first on the TOP500 list in June 2026. It has 13.8 million processor cores, does 2.2 billion billion calculations a second and draws about 42 megawatts.

TOP500, June 2026

Near Memphis, United States

Colossus

~1gigawatt

The giant AI computer built by xAI. Its sites had about one gigawatt of computing capacity by mid-2026, and by late September its second site ran 440,000 of Nvidia’s newest AI chips.

Wikipedia

The computer that covers the planet needs a map of the whole world.

64M km
of roads, enough to drive to the Moon and back more than 80 timesCIA World Factbook
80M km
of power lines, enough to wrap around the Earth about 2,000 timesInternational Energy Agency
1.5M km
of cable on the ocean floor joining the continentsTeleGeography
16,800
working satellites circling the EarthKeepTrack, October 2026

Every part of it, counted.

52 kinds of infrastructure, from power lines and schools to satellites, laid out like the lanes of a circuit board.

$300T
to build
$150T
to run
$50T
for sensors, AI and robots

Energy

  • 80M kmpower lines
  • 35,000power plants
  • 2,392 GWsolar power
  • 1,291 GWwind power
  • 417nuclear reactors
  • 225 GWgrid batteries
  • 4 GWhydrogen electrolyzers
  • 2M kmoil and gas pipelines
  • 825oil refineries

Water, food and nature

  • 62,000large dams
  • 22,000desalination plants
  • 58,500wastewater plants
  • 351M hairrigated farmland
  • 719M m³cold storage
  • 300+major wholesale markets
  • 488,000protected areas
  • 2.3B tcity waste a year

Industry

  • $17.6Tfactory output a year
  • 44,900mining sites
  • 160M tammonia made a year
  • 5,953FDA-listed medicine factories
  • 3,000+cement plants
  • 2.5Mfactory sites mapped
  • $2.9Tdefense spending a year

Mobility

  • 64M kmroads
  • 1.1M kmrailways
  • 2.3M kminland waterways
  • 44,000airports
  • 3,600sea ports
  • 202cities with a metro
  • 191cities with rapid buses
  • 323land borders
  • 7Mpublic EV chargers

Cities and people

  • 12,000cities
  • 2.5Bbuildings
  • 218,000hospitals
  • 6Mschools
  • 21,500universities
  • 17.5Mhotel rooms
  • 52,000stadiums
  • 680,000post offices
  • 2.9Mcash machines
  • 220,000cinema screens

Digital and space

  • 12,000data centers
  • 1,337internet exchanges
  • 1.5M kmocean-floor cables
  • 1,893cable landing stations
  • 16,800working satellites
  • 11,150Starlink satellites
  • 329orbital launches in 2025
  • 2crewed space stations
  • 1Mdata center satellites requested
Sources for all 52 figures

Energy

Water, food and nature

Industry

Mobility

Cities and people

Digital and space

Waking up

A machine that looks after itself

Most of the network is blind today, and engineers find a cracked bridge by going out to look. Of the $500 trillion the world will spend rebuilding and running its infrastructure over the next fifty years, about $50 trillion goes to the sensors, computing and robots that let it wake up.

  1. 01

    Build

    Fleets of machines raise new roads, pipes and power plants with very few human hands.

  2. 02

    Sense

    Sensors in every pipe, pole and beam watch the condition of the network all day.

  3. 03

    Think

    Artificial intelligence predicts failures, plans repairs and shares power and water where they are needed.

  4. 04

    Heal

    Robots inspect and repair, including inside pipes and in places that are too dangerous for people.

In time the network will improve itself faster than anyone can direct it. That point is the infrastructure singularity.

Stained-glass illustration of a desert valley where solar panels, a water line and wind turbines grow among palm groves

In harmony with nature

Built to work with the land and restore the ground it sits on

A forest builds, senses and heals itself and wastes nothing. The world’s biggest $500 trillion computer has to grow the same way, as a living part of the world.

  • Powered by the sun and the wind

    Jordan’s Tafila wind farm and Baynouna solar plant already turn wind and sunlight into the power that runs its pumps.

  • Water used again

    As-Samra, Jordan’s first PPP, treats about 70% of the country’s wastewater, makes most of its own energy and sends clean water to farms in the Jordan Valley.

  • Grown from within

    Sensors can tell a farmer how much water a field needs, warn a town before a flood and show where a road would cut through a valley that animals depend on.

Who builds it

Governments and companies, together, and owned by everyone

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 brings them into one long agreement to build and run a public service together.

Where it starts

Jordan is building its part of the machine

Jordan 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.

Questions

Questions about the world’s biggest $500 trillion computer

What is the world’s biggest $500 trillion computer?
It is the world’s physical infrastructure seen as one machine: roads, railways and pipes as its circuits, power plants and power lines as its power supply, cables and satellites as its network, data centers as its processors, batteries and dams as its memory, and sea ports as its ports. Sensors and AI are joining these parts into one connected, self-healing system.
How big is it compared with today’s largest computers?
The fastest supercomputer, LineShine, fills one building in Shenzhen and runs at 2.2 exaflops. The largest AI computer, xAI’s Colossus near Memphis, had about one gigawatt of computing capacity by mid-2026. The planet’s computer has more than 64 million kilometers of roads, about 80 million kilometers of power lines, more than 1.5 million kilometers of ocean cables and about 16,800 working satellites.
How does infrastructure in one country become one computer?
Each project gets sensors and a shared way to talk. In Jordan, the port of Aqaba, the railways inland, the Aqaba-Amman water line, the grid, the Al-Mujib pumped-storage plant and new data centers can share what they sense, so the water line asks the grid for power, the grid tells data centers when solar power is cheap and pipes report their own leaks.
How can the world’s biggest $500 trillion computer live in harmony with nature?
By running on sun and wind, cleaning and reusing water, catching rain where it falls, recycling old parts and using its sensors to protect farms, valleys and towns. Jordan’s As-Samra plant 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.
Who builds the world’s biggest $500 trillion computer?
Governments and private companies together, through public-private partnerships, with artificial intelligence to design and run it, robotics to build and repair it, and tokenization so the people who use it can own a share of it. Jordan has $86 billion of PPP and infrastructure projects in development, including $46 billion in Aqaba.
Stained-glass illustration of the Red Sea port of Aqaba at dawn, seen through an arched window

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