INFRASTRUCTURE perfected

We turn raw hardware into
production AI factories.

Builders, operators, architects and engineers behind some of the world's most demanding AI clusters. From a 100-rack enterprise cluster to a 10,000-GPU hyperscale delivery, one accountable team designs, builds, runs and certifies your AI infrastructure — then hands it back when you're ready.

Start a build See our services
General contractor Power & cooling Network fabric Compute & storage GPU & platform
The gap we close

The chips got faster.
The stack didn't.

Every ~18 months a new GPU generation lands with a step-change in performance. The infrastructure around it — power, cooling, network fabric, provisioning and operations — moves only as fast as the team that assembles it. That gap is where projects stall: racks that arrive before the hall is ready, a fabric that passes a factory test but not a live floor, a cluster that boots but never reaches its benchmark.

Kenvant exists to close that gap — one accountable team taking hardware from goods-in to a validated, benchmarked, production cluster, and keeping it there.

~18-mo hardware cycle One accountable owner Bare metal → benchmarked
What we build

From general contractor to GPU

One accountable party across the entire delivery stack. We coordinate the general contractor and every subcontractor beneath them — civil, power, cooling, network and hardware — down to the individual GPU running production workloads.

01

General contractor coordination

One accountable party over building shell, civil works, site logistics, permits and overall programme coordination.

02

Power & cooling

MV/LV distribution, UPS, direct-liquid cooling and heat reuse — integrated with Schneider and Vertiv for low PUE at density.

03

Data-center fit-out

Racks, PDUs, containment, structured copper and fibre cabling, and full acceptance testing to a validated standard.

04

Network fabric

InfiniBand and Ethernet spine-leaf, storage and management networks — validated end-to-end with NCCL all-reduce.

05

Compute & storage

HGX / DGX integration, GPU burn-in, and parallel storage tiers on Weka, VAST and DDN — engineered to keep GPUs fed.

06

GPU & platform

OS, Slurm / Kubernetes, orchestration and performance validation — GPUs brought up to live, validated production workloads.

Services

Onsite delivery, end-to-end

One accountable owner for the whole delivery — hardware supply, factory integration and the vendor support contract included. Everything from goods-in to an accepted, production cluster and Day-2 residency runs through a single team, on your site.

  1. 01

    Site readiness survey

    Onsite survey of the data-hall — space, raised floor, power and cooling confirmed against the approved rack layout before a single rack ships.

  2. 02

    White-glove receiving & placement

    Goods-in, de-palletise, position each rack on its floor tile and acclimatise — packaging and debris removed. Rack-and-stack where hardware ships as components.

  3. 03

    Deployment & power-up

    Power tie-in to rack PDUs, first boot, firmware brought to baseline, and full build verification — BIOS, BMC, RAID and configuration — plus vendor field diagnostics.

  4. 04

    Liquid-cooling commissioning

    Direct-to-chip liquid loops, coolant distribution units, manifolds and quick-disconnects — with hot/cold-aisle containment for the air-cooled balance of the load.

  5. 05

    Network & fabric bring-up

    Ethernet (RoCEv2) scale-out plus front-end, management and out-of-band networks — switch init, VLAN/LAG, and end-to-end fabric. Performance owned in-house, not the vendor's queue.

  6. 06

    Cluster stack & platform

    High-availability head nodes, per-type node images, GPU driver and CUDA stack, and monitoring with health and thermal-limit checks — every node UP in the cluster manager.

  7. 07

    Acceptance & benchmarks

    NCCL and HPL plus the industry-standard MLPerf and AIPerf suites, validated against agreed thresholds before sign-off — proof the cluster performs, not just boots.

  8. 08

    Documentation & Day-2 residency

    As-built documentation and handover, then onsite server and cooling residents plus managed services — local-language operations that keep the cluster at the highest availability.

Modular data centers

15+ years of containerized, modular DC build

We design, build and operate containerized and modular data halls for national-scale, mission-critical infrastructure — carried from first drawing through commissioning, operations, and full physical relocation when a site needs to move. Reversible, not just deployable.

15+ yrs
Containerized DC delivery
1.10–1.20
Target PUE
16
Racks per container envelope
60+ MW
Campus in scoping

Fire-rated modular shelters

Plug-and-play technical shelters in fire-retardant mineral-wool sandwich panels (100 mm, U-value 0.40 W/m²K) — independently fire-inspected and returned approved without remarks.

Engineered for efficiency

High-density liquid cooling engineered to the compute platform — rear-door heat exchangers for GPU racks, direct-to-chip loops for wafer-scale — with Schneider / APC containment and structured Commscope fiber, all supplied and installed as part of the container.

One envelope, any compute

The same 16-rack container envelope has been engineered for both GPU racks and wafer-scale systems — re-configurable rather than single-purpose, and sized to whichever platform you target.

Reversible by design

A full facility relocation delivered end-to-end — crane move, fiber re-patch, thermal-imaging verification, fire-suppression re-commissioning and formal sign-off. The infrastructure comes back out as cleanly as it went in.

Capabilities

Enterprise-first, sovereign-grade

Built from day one for the industries with the hardest requirements — regulated data, strict isolation, and workloads that can never touch the public cloud.

Enterprise-grade compliance

SOC 2, ISO 27001 and ISAE 3000 — with a track record of reaching certification in under twelve months. Built for pharma, finance, defense and sovereign programmes.

Hard multi-tenant isolation

Physically separated storage, dedicated VLANs and VRFs, per-tenant backends and full audit trails — regulation-ready for HIPAA, the EU AI Act and EHDS.

Air-gapped & sovereign

Fully isolated architectures with no external connectivity — self-hosted repositories, data-diode transfers and autonomous operations. Any jurisdiction, sovereign-grade.

Agentic & on-prem inference

Production agentic workflows and on-prem model serving — including air-gapped AI-assisted development — so sensitive data never leaves your environment.

24/7 operations & SRE

Round-the-clock monitoring, on-call response and SLA-backed uptime — the same operators who build the cluster keep it running in production.

Full audit & observability

Per-tenant audit trails, immutable logging and end-to-end telemetry — evidence-ready for auditors and regulators at any time.

Who we serve PharmaFinanceManufacturingDefenseSovereignFrontier labs

Proof

A sovereign AI factory — bare metal to production in four months.

Turn-key delivery of a fully sovereign AI factory: an empty data center taken to validated production AI training in four months. The automation we invest in once is reused on every build — a later expansion brought a new GPU generation online in about two weeks.

Invest once in automation. Replicate forever.

4mo
Empty data center to production workloads
~2wk
Next-gen GPU expansion on the same automation
1
Playbook — same SOPs on every site, any size
Technology & partners

Twenty years of vendor relationships

We build on battle-tested infrastructure and long-standing relationships across the AI hardware and software ecosystem — so what we deliver is standard, supportable and future-proof.

NVIDIA Weka VAST DDN Mellanox Schneider Vertiv Bloom
Contact

Let's talk about your build

Planning a new AI factory, scaling an existing site, or need an operator-grade team to take it over? Tell us what you're working on and we'll get straight to the technical detail.

Start a conversation

Send us a note with a sentence or two about your project, size and timeline, and the right engineer will reply — usually within one business day.

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