Built for silicon still on paper.
Site, power and mechanical decisions live for decades. We design facilities whose envelopes can absorb the next three generations of accelerators without structural rework.
- Design horizon
- 10 years
- Density headroom
- to 400kW/rack
- Power upgrade
- Modular skids
- Cooling
- Reconfigurable
Future-ready means optionality, not over-specification.
The temptation in long-horizon design is to over-build for the most aggressive future-state. The result is stranded capital and PUE penalties. Future-ready is the opposite discipline: design the envelope, the slab, the electrical backbone and the mechanical loops so that successive generations can be absorbed by component swaps — not site rebuilds.
Done well, the facility ages gracefully across multiple silicon cycles. Done poorly, it becomes a tomb for last decade's GPU.
- 01 · Envelope headroomSlab loading, ceiling height and structural bays sized for the next two density classes.
- 02 · Power backboneBus duct and switchgear topology that absorbs upgrades via modular skids, not core rebuilds.
- 03 · Mechanical optionalityLoops sized and routed for liquid-to-chip, immersion or hybrid future states.
- 04 · Network forward-compatibilityCable pathways and termination strategy that survives fabric-generation transitions.
- 05 · Sustainability roadmapHeat reclaim, water strategy and grid-interaction designed for tightening regulatory envelopes.
Audit your AI roadmap with us.
A small number of engagements per quarter. We work with sovereign funds, frontier labs and hyperscale operators on infrastructure that lasts.