Google-validated, AI-governed Decentralized Physical Infrastructure Network (DePIN) with on-chain payments and isothermal architectures purpose-built for maritime, defense, and hyperscale energy resilience.
Built natively for Solana and high-TPS environments, HOOP SERVICE enables frictionless, automated utility settlement at machine speed. On-chain mezzanine de-risk smart contracts allow rapid deployment with embedded risk mitigation for maritime and defense applications.
HOOP orchestrates AI-governed physical assets through on-chain governance and automated utility settlement. Physical infrastructure runs autonomously while financial settlement and performance verification occur on-chain — creating a self-healing, mission-critical network.
HOOP’s energy layer centers on grid-scale microgrids and advanced zero-chemical isothermal battery storage designed for decades-long deployment. The Isothermal Delta Anchorage philosophy eliminates HVAC waste through passive and active thermal stability.
Electrical: Discharges intense 750 kW bursts to offset peak commercial grid demand and execute aggressive peak-shaving without degradation.
Thermal Sync: Offloads 250–300 RT of cooling to hyperscale server halls while capturing waste heat to output 50–60°C hot water for district pre-heating loops.
Survivability: MIL-STD-901E blast-resistant architecture designed specifically to withstand shock and extreme maritime duty cycles.
Forward Islanding: Operates completely independent of vulnerable supply chains. 0 chemical fire risks and advanced thermal lock ensure safe operation aboard ships or littoral bases.
Logistics: Fully modular and stackable. Capable of immediate extraction and deployment via transport helicopters, cranes, or heavy tactical forklifts.
Sustained Relief: 650 kWh energy capacity provides reliable power bridging for critical mobile hospitals or prolonged residential sustainment.
Receive the complete technical dossier, deployment timelines, and on-chain governance whitepaper.