De-risk it. Build it. Stand behind it.
One accountable engineer across the whole engagement — from the upfront thermal reality, to a commissioned high-density pod, to a guarantee on the environment it runs in.
Thermal & Power Audit
Before any capital is committed, we show you the exact thermal and power reality of your space — with the data to prove it.
Most density problems are really power problems. We run high-fidelity CFD against a digital twin of your room, baseline your TUE, and map your true power headroom — then tell you the honest ceiling: how much compute your footprint can actually carry before it throttles, and what it would take to push it higher.
- 3D thermal map + CFD-validated density ceiling
- True power-headroom analysis (the real constraint in power-constrained markets)
- TUE / WUE baseline — not a misleading PUE number
- Go / no-go risk report before you sign anything
Surgical Design-Build Retrofit
Turnkey high-density retrofits for power-constrained, occupied footprints — delivered in weeks, not quarters.
We transform legacy rooms into AI-ready pods without a greenfield budget or a multi-year wait. Coolant distribution units, in-rack manifolds, and power routing are fabricated and tested off-site, then dropped into your live facility with hybrid air-liquid balancing tuned so a maintenance event never costs you a compute cycle.
- Direct-to-chip (D2C) liquid loops, CDUs & manifolds
- Hybrid air-liquid balancing for maintenance resilience
- High-current busbar & power routing, skin-effect mitigation
- Modular off-site prefabrication to cut on-site risk
Performance Assurance
We don't hand over the keys and leave. We guarantee the thermal and power envelope your workload runs in — backed by live telemetry.
A bespoke, Rust-grade telemetry engine ingests fluid pressure, flow, and inlet/outlet temperatures in real time and predicts mechanical degradation before it becomes a throttling event. That data underwrites a clear, bounded service-level guarantee on the environment — measured, reported, and stood behind.
- AI-driven DCIM with predictive maintenance
- Defined, measurable thermal & power KPIs
- Bounded shared-risk SLA tied to your stated IT load
- Monthly TUE, headroom & anomaly reporting
The granular work most firms never look at
At extreme density, the project is won or lost in the specifics. These are the things we obsess over so your compute never throttles.
The instruments behind the work
Our mechanical expertise is augmented by a custom, data-driven toolkit — purpose-built for the realities of high-density compute, running locally on your data.
Workload-to-Watts
Software profile → deterministic thermal curve
We don't ask what power you need — we tell you. Your compute profile is translated into a precise per-rack thermal and power curve, so you see where you'll throttle before a single pipe is cut. Try a live version below.
Thermal Anomaly Sentinel
Sees the failure minutes before the alarm does
A high-performance, ultra-low-latency telemetry engine watches every manifold and pump. Instead of 'pump temperature high', it tells you: flow variance indicates cavitation; Pod B throttles in 14 minutes. This is the backbone of the assurance SLA.
Retrofit Feasibility RAG
Audits your drawings on-prem in a day, not weeks
A local, vision-capable model reads your MEP schematics, CFD reports, and structural drawings — without your proprietary facility data ever leaving your environment — and flags the clashes: where a new liquid loop crosses a legacy busbar, and the routing that avoids it.
Running out of thermal headroom?
Send us your facility and your workload. We'll run the model and show you the honest ceiling — before you commit a dollar.