Every utility, contractor and control system arrives on a different timeline.
The site layer for sovereign AI
AI infrastructure
that arrives ready.
ROME integrates compute, power, water, thermal management and secure operations into a deployable infrastructure platform for the places AI must reach next.
AI compute Power Water Thermal Security ROME OSAI compute Power Water Thermal Security ROME OS
01 Category
The bottleneck is no longer the chip.
It is the site.
Compute can be ordered. Sites still require years of coordination across power, cooling, water, security, civil works and operations. ROME compresses that complexity into one deployable platform.
Engineering, conversion, controls and commissioning are designed as one operating system.
Site → productStart with the workload and location, then phase infrastructure around real demand.
02 Product family
One platform.
Three scales.
Choose the deployment envelope. ROME configures the systems around the mission, climate, grid and growth path.
Illustrative product familyR·1
Municipal and campus AI infrastructure
ROME One
A coordinated deployment for public services and industrial campuses, bringing local compute together with resilient site utilities and unified operations.
- Target power envelope
- 1–5 MW
- Architecture
- Modular site target
- Primary environments
- Cities · ports · universities
ROME configurations are target architectures. Final specifications, output and certifications are established through site engineering and validation.
03 Integrated systems
Five systems.
One intelligence layer.
ROME is engineered as a connected operating environment. Select a layer to see how the infrastructure works together.
Concept architectureAccelerated
Workload-readyAI compute
High-density compute environments designed around the workload, network fabric and service-level objective—not a generic container shell.
04 ROME OS
Fleet intelligence
Every site becomes a learning system.
ROME OS creates an operational digital twin across assets, resources and work orders—so each deployment becomes easier to operate, benchmark and scale.
- 01 Secure telemetry + asset registry
- 02 Resource and uptime orchestration
- 03 Maintenance workflows + MRV
- 04 Fleet benchmarks + performance insight
05 Deployment environments
Latency · continuity · clean water
Keep critical care close to the patient.
Local AI inference, clinical data continuity and resilient utilities for hospitals that cannot depend on distant cloud regions or fragile infrastructure.
Discuss this environment →06 Regional scale
From node to network
Infrastructure that compounds.
Deploy one site to solve an immediate constraint. Connect the fleet to create regional operating intelligence, shared procurement leverage and a repeatable sovereign capability.
01Local deployment
02National fleet
03Regional network
Circular by design
The container gets a second mission.
ROME starts with a recovered ISO shell, then inspects, refurbishes and reinforces it for a higher-value infrastructure life. The result is transportable, serviceable and designed for future relocation or upgrade.
- 01Recover
- 02Inspect
- 03Reinforce
- 04Integrate
- 05Deploy
- 06Measure
07 Deployment path
Start with proof.
Scale with confidence.
A disciplined path converts site constraints into an investable, operating deployment.
Feasibility
Workload, site, power, water, thermal and commercial baseline.
Pilot
A defined service with measurable performance and operator training.
Framework
Commercial structure, reference architecture and deployment playbook.
Scale
Multi-site rollout with fleet operations and continuous benchmarking.
Build the next site
Where does AI need to arrive?
Tell us the mission, location and constraint. ROME will frame the deployment envelope and the next decision.
Partner intake open Government · infrastructure · compute · capital