01
High-fidelity, real-time physics
Aerospace-grade astrodynamics (Orekit, poliastro) orchestrated with packet-level network simulation (ns-3). We model not just where the spacecraft is — but the end-to-end data path, with live latency and link-margin telemetry. A hybrid AI/MDAO "Data Factory" generates ~100k converged trajectories to warm-start the solver.
02
AI-accelerated decision support
The CJADC2 MCP Server and AI Battlespace Correlator synthesize multi-domain sensor feeds into operator-verified Courses of Action. Natural-language threat injection. Sub-500 ms correlation. The operator stays in command — the AI proposes, the human verifies.
03
Decentralized, local-first mesh
Every node is a full operational stack on a K3s cluster and NATS JetStream Orbital Edge Bus. No single point of failure, no cloud tether. Five-tier PACE degradation ensures mission continuity across kinetic, cyber, and network attack — then reconciles with zero data loss.
04
Open, API-first integration
REST, GraphQL, and WebSocket with auto-generated Python and MATLAB SDKs and Simulink block libraries. FMI/FMU sandbox vaulting lets defense primes inject proprietary physics as compiled binaries — without exposing IP. Your engineers stay in their existing tools.
STK does physics.
STARCHITECT does physics and warfare.