Deployment
Rapid DC deployment
10 MW modular data centres deployable in 90-120 days using factory-tested Critical Infrastructure Modules.
TerraVaultis designs, builds, secures, and operates modular, immersion-cooled data centres purpose-built for AI compute.
MDCaaS — Modular Datacentre as a Service
A world in which every nation and alliance commands its own sovereign AI compute, secure against the threats of tomorrow, not just today.
We build, secure, and operate the modular data-centre stack: infrastructure, compute, cooling, security, and accreditation, so that governments, alliances, and regulated industries can run AI on their own terms.
AI demand is set to grow 10x over the next 3-5 years, yet traditional data centres take 18-36 months to build. TerraVaultis closes that gap.
Sovereign, government-grade, post-quantum secure by design. This is not incremental innovation; it is the inevitable infrastructure of the next generation of global compute.
10 MW modular data centres deployable in 90-120 days using factory-tested Critical Infrastructure Modules.
19,200 Nvidia GPUs per 10 MW facility, configured for high-throughput AI training and inference workloads.
Proprietary dual-phase immersion cooling with owned fluid supply for lower power draw and sharply reduced cooling costs.
NIST PQC algorithms with pico-segmentation for deterministic attack-surface elimination and defence-grade resilience.
Geographic and sector-specific accreditation for government, pharmaceutical, and critical national infrastructure customers.
Modular architecture supports rapid site replication across geographies, with manufacturing scale driving repeatable capacity growth.
GPU compute delivered as a service, ready to run AI workloads from day one.
Post-quantum cybersecurity embedded at deployment rather than added after the fact.
Industry and geographic accreditations included to reduce regulatory burden for regulated-sector buyers.
Capacity can be added in CIM increments without rebuilding or requalifying the entire site.
For GPU capacity faster than conventional build timelines allow.
For sovereign-grade infrastructure and post-quantum security requirements.
For sector-specific accreditation, assurance, and data-residency controls.
For rapid AI infrastructure growth across the USA, India, APAC, and the Middle East.
Cooling and infrastructure operations in the USA and India, spanning liquid cooling, CIM power, and thermal modules.
Two hardware manufacturers across the USA and EU for GPU servers and systems integration.
Owned fluid manufacturing for proprietary immersion cooling fluid, creating a defensive supply advantage.
PQC security capability delivering deterministic attack-surface elimination across all facilities.
Owned accreditation capability covering geographic and industry compliance requirements globally.
CIM units deployable in approximately 60 days; full 10 MW sites in 90-120 days compared with multi-year conventional builds.
Approximately 40% lower energy consumption and around 90% reduction in cooling costs through dual-phase immersion.
Post-quantum, pico-segmented security aligned to NIST PQC standards and built into the operating model.
Lower PUE, reduced water consumption, and sustainability credentials designed for long-term public-sector scrutiny.
USA sites support domestic government and enterprise; India operations serve APAC, Australasia, and the Middle East.
Photonics integration is planned from Year 3 builds onward as the infrastructure roadmap advances.
Compute without sovereignty is dependency; compute without quantum security is exposure.