Putthecomputewherethedataalreadyis.
Sovereign data-residency requirements, latency-sensitive inference, industrial sites, and institutions in banking, government and defence that will not export data to a shared facility. For these cases the node removes the dependency on a data hall entirely.
- 50 °C
- Continuous design ambient
- IP55
- Sealed against dust and salt
- ~11 kW
- Aggregate site design load
- 600 mm
- Plinth — no building required
Deployment envelope
How little building can we get away with?
Removing the data hall means the environment becomes a design input rather than something a facility absorbs. What remains is a short list of site requirements.
Rooftop installation · Dubai, UAE · render for illustration only
A prepared slab or plinth
The node sits on a 600 mm plinth or a small prepared slab. No building, no raised floor, no white space.
A three-phase supply
400 V 3φ+N 50 Hz, TN-S earthing, 63 A main. Grid quality is a tolerance, not a prerequisite — the UPS regulates it.
Roof area for solar and the condenser
A rooftop array feeds a 15 kW inverter as the priority source; the condenser is roof-mounted with vertical upward discharge.
A network path
2 × 10GbE on board plus a BlueField-3 DPU. Northbound telemetry over Modbus TCP, SNMP v3 or MQTT to your NOC.
Site schematic
Solar array, inverter, transfer switch, node.
The complete installation is four elements on a wall and a roof. The automatic transfer switch holds the load on the solar-fed inverter while it stays in tolerance and moves to grid only on loss or out-of-tolerance — automatically, with no attendance.
Where it goes
Compute placed where the workload is.
Anywhere a three-phase supply and a small slab exist — a terrace, a compound, a rooftop or a remote site — without building or leasing a data hall.
Banking & financial services
Institutions that will not export data to a shared facility can place inference capacity inside their own perimeter, on a rooftop or in a compound, without commissioning a data hall.
Government & sovereign AI
Data-residency requirements are satisfied by physical location rather than contract. A node is a discrete, auditable, relocatable unit of national compute capacity.
Defence
Self-contained power, cooling, fire protection and monitoring in a sealed IP55 envelope — deployable to compounds and remote sites where no facility exists and none will be built.
Latency-sensitive inference
Compute placed next to the workload rather than in a distant region. The node runs where the users and the data already are.
Industrial & remote sites
Anywhere a three-phase supply and a small slab exist. Solar-first power means grid quality at the site is a tolerance, not a prerequisite.
Silicon & platform partners
A reference deployment validating Blackwell-class GPUs and dual-socket EPYC in one of the harshest ambient environments on earth — instrumented end to end across a full Gulf summer.
Proof of concept
One node proven in a Gulf summer, then fifty.
The PoC is scoped at a single fully instrumented node subjected to a complete summer thermal soak at real ambient. A 50-unit rollout is contingent on validated results.
- 01Complete
Design & select
Platform, cooling and enclosure specification locked.
- 02In progress
Procure
Quotations, vendor selection and long-lead ordering.
- 03Planned
PoC build
Single node integrated, sealed and instrumented.
- 04Planned
Field validation
Full-summer thermal soak at real ambient.
- 05Planned
Scale
50-unit rollout on the validated design.
Current position: Phase 02 — platform selected, quotations in hand or pending across compute, thermal and enclosure.
50-unit rollout on validation