Asset Class: Primary Industry Namespace & OCEI v2.0 Benchmark Authority | Accounting: IFRS (IAS 38) & US GAAP (ASC 350)
Scaling AI compute beyond 100+ Gigawatts is physically constrained on Earth by power grid bottlenecks (~500 GW US average load, 36–48 month transformer queues) and evaporative cooling water limits. Operating in a 650 km Sun-Synchronous Dawn-Dusk Terminator Orbit provides 99.8% continuous AM0 solar irradiance (1,361 W/m², +30% vs. Earth), rejects heat into vacuum via Stefan-Boltzmann radiation (∝ T4, achieving 1,237.5 W/m² at 80°C, PUE = 1.018, zero water consumption), routes tensors via 1.6 Tbps free-space lasers at +46.8% faster velocity than silica fiber, and reduces 5-year all-in frontier token production costs from $0.9724 to $0.5231 per 1M tokens (-46.2%).
OrbitCompute.com and OrbitCompute.ai form the canonical global namespace and official publishing authority of the OCEI v2.0 (Orbital Compute Efficiency Index), complete with live NOAA/GOES satellite telemetry integration, OpenAPI 3.1 endpoints, and an executable JSON-RPC 2.0 Model Context Protocol (MCP) server.
| Orbital Cluster Scale | Peak FP4 ExaFLOPs | Starship Flights (@ 125t) | 5-Yr Net TCO Savings vs. Earth | Package Payback ($950k) |
|---|---|---|---|---|
| 10 MW Pilot Swarm (40 Nodes) | 144.0 ExaFLOPs | 2 Flights (133.3t Mass) | $289.5 Million Saved | ~ 23.8 Hours |
| 100 MW Commercial Cluster (400 Nodes) | 1,440.0 ExaFLOPs | 11 Flights (1,333.3t Mass) | $2.89 Billion Saved | ~ 2.38 Hours |
| 1 GW Hyperscale Array (4,000 Nodes) | 14,400.0 ExaFLOPs | 107 Flights (13,333t Mass) | $28.95 Billion Saved | ~ 14.2 Minutes |
Synchronized transfer of both primary root domains (orbitcompute.com and orbitcompute.ai), full ownership of the OCEI v2.0 Benchmark Standard, and the production calculation engine codebase.
Individual acquisition of either OrbitCompute.com or OrbitCompute.ai via corporate escrow ($500,000 USD single-domain reserve anchor).
contact@orbitcompute.ai or https://orbitcompute.com.