AI has outrun grid capacity
A single AI data-center campus now needs hundreds of continuous megawatts, and operators wait years for a grid connection that often lacks the capacity anyway. An on-site reactor removes the interconnection queue and delivers firm power, but a data-center operator is not a nuclear operator: it needs turnkey licensing, safety and conduct.
FORGE power block
FORGE reactor sized to the campus load and coupled directly to the data-center substation, with no dependence on the public grid. Power is firm regardless of season or weather.
AEGIS site licensing
AEGIS takes the site through nuclear authorization in parallel with data-center construction, keeping a single dossier for reactor and campus. The two builds advance on one schedule.
PULSE integrated conduct
PULSE runs the reactor as the operator's dedicated utility, with certified remote conduct and on-call staffing. The data-center IT team never touches the nuclear perimeter.
CORTEX continuous compliance
CORTEX keeps nuclear requirements aligned with the data center's uptime and sustainability standards. Every ESG report and safety audit draws from the same verified data base.
Sizing
We model the AI campus load profile and fix reactor size, site and licensing track.
Parallel build
We build the power block and data center in parallel, with AEGIS licensing on the same schedule as the campus.
Power-up
We couple reactor and substation, start PULSE conduct and ramp the load to full output.
Expansion
We add modules as the campus grows, reusing the licensing and conduct already in service.
Parallel reactor-campus build
FORGE power block and data center built in parallel on one schedule, with AEGIS licensing advancing alongside the campus in a single dossier for reactor and site.
Power-up and remote conduct
Direct reactor-substation coupling and start of PULSE conduct as the operator's dedicated utility, with certified on-call staffing: the IT team never touches the nuclear perimeter.
Modular expansion
Addition of modules as the campus grows beyond 300 MW, reusing the licensing and conduct already in service instead of starting over at each load increment.
IT-nuclear separation
PULSE runs the reactor as a dedicated utility with a fully isolated nuclear perimeter: the data-center IT team manages the load but has no access to the plant's safety systems.
Isolation from the public grid
Power is coupled directly to the campus substation with no dependence on the public grid, reducing the attack surface and failure modes external to the site.
Integrated site licensing
AEGIS keeps a single dossier for reactor and campus through national nuclear safety authority authorization, so nuclear requirements and the data center's uptime standards stay consistent.
Verified reporting
CORTEX feeds ESG reports and safety audits from the same verified data base, so claimed sustainability is demonstrable with traced evidence rather than merely asserted.
Does it really eliminate the grid interconnection wait?
Yes. The on-site reactor is coupled directly to the data-center substation, so it doesn't enter the interconnection queue that costs operators years today. Power is firm regardless of public-grid capacity, which often falls short anyway.
Does a data-center operator have to become a nuclear operator?
No. PULSE runs the reactor as a dedicated utility with certified remote conduct and on-call staffing: the data-center IT team never touches the nuclear perimeter. Licensing, safety and conduct are turnkey.
How much power per campus?
Over 300 MW per campus, modularly: modules are added as the AI load grows, with 99.99% power availability firm regardless of season or weather.
How does construction proceed relative to the data center?
In parallel. AEGIS takes the site through nuclear authorization on the same schedule as the campus build, keeping a single dossier for reactor and data center, so the two builds advance together rather than in sequence.
The mark encodes the mechanism, not the sector: platform and infrastructure: the enabling layer..