End impacts. From orbit to Earth.
Real-time orbital risk scoring for satellites and near-Earth objects. API-first. Decision-ready. Autonomy-ready.
Three layers of orbital protection. From conjunction screening to autonomous maneuver planning to planetary defense.
Ingest global SSA catalogs (18th SDS), TLEs, operator ephemerides, and NEO feeds from NASA CNEOS. Continuous screening at scale, millions of conjunction checks per day.
Probabilistic collision risk (Pc), covariance propagation, ranked conjunctions. Fuel-aware maneuver options with delta-v, cost, and miss distance. Cut noise by 90%+.
Actionable burn plans today. Mission design for kinetic impactor deflection tomorrow. From satellite avoidance to asteroid redirection, the same physics, the same platform.
"You monetize collision avoidance for satellites today. You earn the right to do asteroid deflection tomorrow."Core Thesis
Each phase unlocks revenue and credibility for the next. Sell orbit safety now, earn the right to defend Earth later.
Ingest SSA catalogs (18th SDS), TLEs, operator ephemerides. Compute conjunction assessment (Pc), covariance propagation, screening. Output ranked alerts with recommended maneuvers, delta-v, fuel cost, and miss distance. Deliver via API, dashboard, email/webhooks.
Integrate with flight software and ops consoles. One-click burn plans with closed-loop verification post-maneuver. Debris avoidance and traffic management layer for constellation operators.
NEO ingestion from NASA CNEOS. Impact probability pipelines, scenario simulation. Deflection playbooks (kinetic impactor, targeting windows, mission design partners). The DART mission proved it works. We build the operational layer.
We're onboarding satellite operators and constellation teams for V1. Tell us about your operations.
API access to conjunction assessment, ranked alerts, and maneuver recommendations. Dashboard for ops teams. Webhook integration for automated workflows.