Advanced Space Traffic Management & Coordination System. TraCCS-integrated conjunction analysis, econometric impact modeling, orbital carrying capacity, and AI-powered policy simulation.
Traffic Coordination System for Space — CDM ingestion, conjunction screening, and risk assessment feeds
Econometric modeling linking satellite reliance to Fortune 500 performance — MITRE IR&D methodology
Each hour of delayed conjunction response increases aggregate economic exposure by an estimated $2.3M across satellite-reliant F500 firms. The decision-velocity dividend framework models the ROI of faster STM coordination — faster screening, faster operator notification, faster maneuver decisions.
Managing LEO as a commons — regime-by-regime capacity utilization, Kessler threshold monitoring, and trend analysis
Monte Carlo simulation of debris-generating collision probability over 50 years. Three scenarios: baseline (no intervention), moderate ADR (5 objects/yr), aggressive ADR (20 objects/yr).
What-if scenario engine — adjust policy mechanisms and observe projected impact on conjunction rates, capacity, and operator behavior
Nudge-based choice architecture where responsible behaviors become easier and more visible — accelerating norms without requiring formal treaty negotiation.
ML-powered analysis synthesizing TraCCS feeds, econometric models, capacity trending, and policy scenarios into actionable intelligence for policymakers
AI has identified 3 high-impact policy scenarios for policymaker review. Each combines multiple levers to maximize COLA reduction while minimizing operator burden.