Comprehensive engineering of the IT compute footprint and the facility that houses it — from tactical and modular deployments through Tier III enterprise facilities, purpose-built for AI, HPC, and mixed-use workloads.
A data center is two engineered systems working as one: the building infrastructure that delivers reliable power and cooling, and the IT architecture that delivers compute, storage, and networking. NEUTRON engineers both — from site selection through commissioning — with particular depth in the high-density requirements of AI, HPC, and mission-critical mixed-use environments.
Whether you need a containerized edge pod that ships in a quarter or a Tier III concurrently-maintainable facility, we apply the same engineering discipline: facility and IT envelope sized as a coupled system, every assumption modeled, every dependency documented.
Most failed builds happen at the seam between IT and facility teams. We eliminate the seam.
One engineering discipline, applied to whatever scale and resilience your mission demands.
Structured, documented, and held to the same scientific engineering methodology we apply to everything.
Workloads, growth model, regulatory constraints, and the operational mission the build must support.
Facility and IT systems engineered as a coupled whole — power and thermal envelope sized to compute density.
Detailed drawings, BOM, vendor selection, integration sequencing, and commissioning plan.
Startup, validation, documentation, and operational handoff — with optional ongoing support.
What program leaders ask before engaging us.
We engineer the design and oversee the build through commissioning. We coordinate with the general contractor, electrical and mechanical subs, and the IT integrator — or perform integration ourselves on smaller modular and tactical deployments.
A single tactical or modular pod is a viable starting engagement. We've designed everything from sub-50kW deployable enclosures to multi-megawatt enterprise facilities.
Our reference architectures align to Uptime Tier I–III standards. Formal Tier Certification of Design Documents is a separate Uptime Institute process we coordinate when clients require certification.
AI workloads (GPU clusters, training infrastructure) commonly require 25–100kW per rack and specialized network fabric. We design the power, cooling (often direct-to-chip or immersion), and InfiniBand/NVLink topology specifically for these workloads — including mixed-use scenarios where AI density coexists with traditional enterprise gear.
Schedule a consultation and we'll scope a design and engineering engagement to your workloads, growth model, and facility requirements.