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Barakah powers 25% of a nation's electricity. Its operator benchmarks against nobody.
Emirates Nuclear Energy Corporation (ENEC) completed Barakah Unit 4 in September 2024. Four APR-1400 reactors now supply 25% of the UAE's electricity from a single site in the Al Dhafra region. It is the Arab world's first civil nuclear programme. It is also the fastest large-scale nuclear build of the 21st century.
ENEC tracks its four units internally. It does not see Electricite de France's (EDF) 57 reactors. It cannot compare construction timelines with Tokyo Electric Power Company's (TEPCO) fleet in Japan. It has no visibility into how the same APR-1400 design performs at Shin Hanul in South Korea. Korea Hydro and Nuclear Power (KHNP) built the original design there.
Every nuclear operator worldwide faces this constraint. The International Atomic Energy Agency (IAEA) Power Reactor Information System (PRIS) records 413 operable reactors across 31 countries. PRIS is a database. It is not a visual intelligence layer. Nobody had built the map.
Until now.
France operates 57 reactors. China now operates 60. Neither sees the other.
EDF manages 57 reactors across 19 sites, producing 350 to 370 TWh annually at 62.9 GW of installed capacity. It is the largest nuclear fleet in Europe.
China has overtaken France in reactor count. China General Nuclear (CGN) and China National Nuclear Corporation (CNNC) operate a combined fleet of 60 reactors. Another 35 are under construction. China's average construction time is 6.3 years. France's Flamanville 3 took 17 years.
TEPCO's Kashiwazaki-Kariwa is the world's largest nuclear station: seven reactors, 8.2 GW of capacity. None of these operators sees the others' fleets. Each manages world-class engineering in total isolation.
The fragmentation is complete. No shared visibility exists between the organisations operating 95% of the world's nuclear capacity.
566 facilities. Three sectors. One map. The industry never built it.
Atlas does. The platform tracks 566 facilities across nuclear, LNG, and datacenter sectors spanning 31 countries and four continents. Every facility is satellite-verified. Every location is mapped against grid infrastructure, construction status, and operational context.
This is not a database export rendered on a map. It is a visual intelligence layer.
An operator in Abu Dhabi opens Atlas and sees Barakah alongside every APR-1400 deployment worldwide. An engineer at Hinkley Point C opens the same interface. Construction progress appears benchmarked against Vogtle in Georgia and Sizewell C in Suffolk.
Grid interconnection points, cooling water sources, and regulatory jurisdiction all layer onto each facility. The intelligence is not just location. It is context. Comparisons that previously required months of desk research now take seconds.
96 became 200 became 566. Each facility makes every other facility smarter.
In January, our methodology article documented 96 satellite-verified nuclear sites. By March, crowdsourced intelligence expanded coverage to 200 facilities across four continents. This month, the data center and LNG merge brought Atlas to 566.
The growth is not linear addition. It is compounding intelligence. When Barakah's four units join the map, every other APR-1400 site gains a performance comparison point. When a Chinese reactor completes in 5.5 years, every Western new-build gains a timeline benchmark.
Each new facility enriches the dataset for every existing one. A pattern visible in France's ageing fleet informs maintenance planning in South Korea. A construction technique proven in China's rapid builds becomes the standard European projects measure against.
This compounding effect is what IAEA PRIS, the World Nuclear Association reactor database, and operator dashboards cannot replicate. They catalogue. Atlas connects.
Kashiwazaki restarted after 14 years of silence. The satellite saw it first.
TEPCO's Kashiwazaki-Kariwa Unit 6 returned to power generation in early 2026. Commercial operation followed in April. For 14 years after Fukushima, the world's largest nuclear station produced zero electricity.
Satellite thermal analysis tracked the restart signature in parallel with operator reporting. Cooling water discharge patterns changed. Thermal plume data confirmed operational status independently of regulatory cycles.
This is what distinguishes a visual intelligence layer from a database. PRIS updates when operators submit paperwork. Atlas updates when physics changes on the ground. The difference is measured in months.
Hinkley at £48bn. Vogtle at £24bn. Nobody compares them on the same screen.
Hinkley Point C is projected at £48bn ($61bn, €58bn) in 2026 prices. Unit 1 has slipped to 2030. Civil works reached 94% by concrete volume, but electromechanical installation underperforms.
Vogtle Units 3 and 4 entered commercial operation in 2023 and 2024 at a total cost of £24bn ($30bn, €29bn). Both projects use pressurised water reactor (PWR) designs. Both experienced years of schedule overruns.
On Atlas, these projects appear side by side. Construction timelines, cost trajectories, and milestone dates occupy the same interface. An investor evaluating Sizewell C's £14.2bn ($18bn, €17bn) programme can benchmark against both predecessors before committing capital.
The absence of this comparison tool for two decades has cost the industry billions in repeated construction mistakes.
ENEC sees 4 reactors. EDF sees 57. On Atlas, both see 566.
The operator-mirror thesis reduces to arithmetic. Each nuclear operator has deep intelligence about its own fleet. None has intelligence about everyone else's.
This asymmetry produces compounding blind spots. ENEC cannot learn from EDF's maintenance patterns across 57 reactors. EDF cannot see how KHNP's standardised construction approach compresses timelines. TEPCO cannot benchmark its restart against the 15 other Japanese reactors brought back online since 2015.
When an operator sees its fleet alongside 562 others across three sectors, assumptions collapse. EDF's 19-site maintenance rotation becomes a transferable model. KHNP's six-year construction cadence becomes the standard everyone measures against.
Atlas places every facility in one visual coordinate space. The intelligence is not Vistergy's opinion. It is the operators' own physical reality, reflected back in a form they have never accessed.
The map at atlas.vistergy.com is open. The mirror is live.
566 facilities span three sectors on Atlas today. Nuclear operators, LNG terminal managers, and data center procurement teams share one coordinate space. None of them had this view before.
The cross-sector view creates intelligence no single-sector database can. A nuclear plant's grid headroom matters to the datacenter team scouting adjacent land. An LNG terminal's cooling infrastructure matters to the operator planning thermal discharge routes.
Quarterly facility-level data exports launch next quarter for Intelligence Newsletter subscribers. Our newsletter delivers analysis weekly across nuclear, LNG, and data centre sectors. The newsletter is the entry point.
Thursday: Permit to Operate launches. Next week: the ISO standard construction forgot.
Thursday, 23 April, we launch Permit to Operate, our infrastructure podcast. Episode 1 accompanies Still Dark Edition 6.
Next week on the Vistergy Brief: ISO 19650-4 authorised AI agents as information reviewers in 2022. The construction industry has not noticed. We examine what happens when it does.
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