Hypervolt OS is the real-time control plane that manages generation, storage, microgrid, and compute as a single autonomous system. Predictive AI. Sub-second response. Zero operator intervention.
Each subsystem operates as a discrete service. Together, they form the unified control plane that makes autonomous operation possible across generation, storage, microgrid, and compute.
The unified control plane managing generation, storage, microgrid, and compute as a single autonomous system. Replaces six legacy control systems with one real-time orchestration layer. Every action — from gas turbine dispatch to GPU workload placement — flows through the same decision engine.
24-hour load forecasting trained on weather, market, and historical compute demand. Optimizes generation mix and storage dispatch in real-time. Reduces fuel consumption while maintaining 99.99% availability. Continuously learns from operational data.
Sub-second telemetry across 100,000+ sensor points. Generation, storage, microgrid, and compute monitored from one operator console. Alarms, trending, and remote control with full audit trail. Built for 24/7 NOC operations.
Grid-independent restart in under 5 seconds. Self-healing topology reconfiguration after faults. No external power required to bring the campus back online. Engineered for the moments that matter most.
Multi-objective optimization across cost, carbon, and reliability. Manages multi-fuel dispatch, storage cycling, and compute workload shifting. Delivers the lowest-cost, lowest-carbon compute that the grid conditions allow.
Every data point flows through five layers of the Hypervolt OS stack. Sub-second ingestion, real-time analytics, predictive decisioning, automated action. Closed loop, continuously learning.
Hypervolt OS speaks every industrial protocol your equipment already uses. Plus modern REST and GraphQL APIs for downstream integration with operator tools and customer systems.
The dominant SCADA protocols in utility and industrial environments. Native support for legacy equipment integration without middleware conversion layers.
The international standard for substation automation. Native support for GOOSE messaging, sampled values, and protection schemes across all generation and switching assets.
Open Automated Demand Response for utility signals, price events, and grid services participation. Enables automatic response to grid conditions and market signals.
Modern REST and GraphQL APIs for downstream integration with operator dashboards, customer systems, and third-party orchestration tools. OpenAPI 3.1 specification.
Hypervolt OS is built on a security-first architecture with multiple certification frameworks, immutable audit trails, and air-gapped critical control paths.
Information security management certified. Annual third-party audits covering 114 controls across 14 domains.
Security, availability, and confidentiality controls audited annually. Full Type II report available under NDA.
North American Electric Reliability Corporation critical infrastructure protection standards. BES cyber systems categorization.
Critical control paths physically isolated from public networks. One-way data diodes on telemetry egress.