Compute demand is exploding and power is the new bottleneck. Corevia takes you from an empty pad to a fully operated, AI-ready facility — one team accountable for the concrete, the power, and the platform.
AI and high-performance computing are pushing rack densities past 50–100 kW — well beyond what legacy air-cooled halls were designed for. At the same time, grid interconnection queues can stretch for years, making time-to-power the deciding factor in whether a project ships on schedule.
Corevia closes that gap by engineering the building, the power path, and the operating platform as one system — so you commission faster, run cooler, and scale capacity without stranding capital.
A single accountable partner across the entire data center lifecycle.
Power availability studies, entitlement, and turnkey engineer-procure-construct delivery of the shell, white space, and electrical plant.
Rear-door heat exchangers, direct-to-chip, and immersion-ready designs that support GPU clusters at 100+ kW per rack.
Dual utility feeds, N+1/2N topologies, battery energy storage, and on-site clean generation to beat interconnection delays.
Managed operations, remote hands, and AI-driven DCIM with predictive maintenance and capacity planning.
Carrier-neutral meet-me rooms, SD-WAN, and low-latency fabrics tuned for AI training and inference traffic.
Zero-trust access, SOC-monitored surveillance, and compliance-ready controls across the facility.
We build with the same frontier tooling the hyperscalers use — sized for your footprint.
We model airflow, power, and load in a full digital twin before a single rack ships — de-risking commissioning and validating capacity.
Machine-learning telemetry predicts thermal hot spots and equipment failures days ahead, and auto-tunes cooling for the lowest possible PUE.
Direct-to-chip and immersion systems remove heat where air can't — enabling dense AI compute while cutting cooling energy dramatically.
On-site BESS and microgrid controls provide ride-through, peak shaving, and a faster path to power than the utility queue alone.
Waste-heat recovery, free cooling, and clean-energy procurement help you hit ESG targets and lower operating cost.
A single pane of glass unifies power, cooling, network, and security telemetry with alerting your team can act on.
Typical targets our data center programs are engineered to hit.
Design PUE for new-build halls
Availability on 2N topologies
Per-rack density supported
Lower cooling energy vs. legacy air
Every program is delivered against recognized reliability, security, and efficiency frameworks.
Let's scope power, cooling, and space together — and give you one team accountable from the pad to the platform.