Six configurations. One vertically integrated platform. Each solution architected for a specific workload profile, deployment model, and operational outcome.
Each solution is a configured instance of the Hypervolt platform — matched compute density, power architecture, and operational posture for the workload it serves.
National AI capability under domestic jurisdiction. Hypervolt delivers generation, compute, and storage as a single sovereign asset — owned, operated, and secured within your borders. No colocation, no foreign hyperscalers, no compromised data paths.
Multi-week foundation model training at industrial scale. Behind-the-meter power eliminates grid variability. Sub-second load-following keeps training clusters online through every transient. Engineered for frontier AI labs building the next generation of foundation models.
Production AI for regulated industries — finance, healthcare, government, defense. Sub-50ms latency to regional end-users. Sovereign data residency. ISO 27001-aligned operations. Turnkey deployment with full operational handover.
Burst capacity for universities, AI labs, and research consortia running frontier experiments. Academic pricing tiers. 100 Gbps+ backbone to global research networks. Scheduled and on-demand access models for thesis-driven and grant-funded workloads.
Latency-sensitive workloads for telcos, CDNs, and real-time AI applications. Sub-20ms response at the network edge. Modular hall deployment scales with subscriber growth. Purpose-built for inference workloads that cannot tolerate cloud round-trips.
ESG-mandated compute from behind-the-meter generation. Carbon-neutral operations via dedicated renewable + gas hybrid configuration. Full Scope 2 emissions reporting. Compliance-ready for EU CSRD, SEC climate disclosure, and equivalent frameworks.
Hypervolt compresses the conventional 7–10 year utility timeline into a six-phase deployment sequence. Each phase has defined deliverables, regulatory gates, and operational handover milestones.
Four guarantees that apply across all six solution configurations. Backed by SLAs, operational playbooks, and 24/7 NOC support.
Less than 53 minutes of unplanned downtime per year. Backed by redundant systems and predictive maintenance.
From groundbreaking to operational compute. Down from the 7–10 year conventional utility timeline.
Owned, operated, and secured end to end. No third-party hyperscalers, no foreign colocation, no compromised data paths.
Dedicated generation, dedicated procurement, dedicated control. Independent of grid variability and third-party tariffs.
The full engineering spec sheet for all six workload configurations. Desktop: scroll horizontally. Mobile: stacked cards per solution.