Every phase of the fight — discovery, scoring, trajectory planning, wargaming, command — instrumented on one survivable HUD. React + CesiumJS over a 100% FOSS backbone. No tab-switching. No guessing.
Multi-domain sensor feeds — SBIRS, SDA, OPIR, ELINT, allied mesh — fused into one operator-verified course of action in under 500 ms.
Coordinated proximity approach, not station-keeping. Hand to wargame arena for Three-Burns response.
Today's bearing, weighted pipeline, and the field at a glance.
Dymos / OpenMDAO optimization, warm-started by 100k converged trajectories.
Proximity-ops planning with link-margin and PNT telemetry.
EKF covariance tracking across the live catalog and allied feeds.
The Three-Burns kill chain. Blue / Red orbital chess made real.
Multi-domain fusion into operator-verified COAs in <500 ms.
Five-tier survivability across the Orbital Edge Bus.
Hybrid AI/MDAO feasibility classifiers and trajectory surrogates.
AES-256 multi-tenant isolation, audit trail, and access control.
STK does physics. AFSIM does campaign analysis. MATLAB does math. STARCHITECT operationalizes all three — the survivable execution layer between high-fidelity simulation and live command. The primes keep their IP. We give it an operating system.
A GovCloud-hosted environment is pending for cleared USSF and IC acquisition stakeholders.