The WorldVuer NEBULA-10M Sovereign Core + Graphene Vaults is engineered for national-scale infrastructure supporting up to 100 million people with exabyte-class storage, megawatt-hour energy banks, and zero grid reliance.Below is the hardware Bill of Materials (BOM) cost breakdown, software valuation, and deployment pricing model.
Integrated Software, OS & Sovereign License Valuation
National Sovereign Software Capabilities
National WiOS Sovereign Residency: On-device processing for civic identity, land registry, national health, education, and WiCorder evidence index.
100M Person Fabric Orchestration: Multi-node synchronization across sovereign territories and national infrastructure hubs.
Software License Valuation: $500,000 – $1,000,000 per Core node deployment.
Product: NEBULA – 10 M Sovereign Core + Graphene Vaults.
Core form: ~2300 x 900-1100 x 1200 mm – 1.4-1.8 t loaded.
Vault form: Low module – hexagonal graphene skin
Compute: 16-24 WorldVuer Peregrine 3VPU + dual host CPU
Cooling: Hybrid liquid-assist – dual/quad base fans
Core hot storage: 20-40 PB NVMe / high-density QLC
Vault storage (each): 80-120 PB warm/cold tier
100M payload: Civic identity, land, health, education, WiCorder evidence index, WiOS models
Primary energy: Graphene-embedded electrode packs + hex thermal planes.
Ignition layer: Decentralized lithium igniter (DLI) – one cluster per pack
Core embedded energy: 0.8-1.2 MWh
Vault embedded energy: 1.5-2.5 MWh each
Recapture: Thermoelectric plane on 3VPU waste heat
Network: Dual 400G fabric – WiOS mesh – national residency
100M build-out: 2-4 Cores + 8-12 Vaults – 0.8-1.5 EB effective
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