State ingestion
Combine operator data, authenticated observations, catalogue information and declared uncertainty without silently treating every source as equally reliable.
WP-007 · Concept specification · v0.1
Orbital Traffic Intelligence
OSOIX Traffic is a proposed decision-support layer for conjunction awareness, operator coordination and shared orbital-infrastructure planning. It does not claim authority over national space-traffic systems or direct control of spacecraft.
Core functions
Conjunction assessment
Evaluate encounter geometry, covariance, time-to-event, source agreement and sensitivity to changing assumptions.
Coordination options
Generate inspectable maneuver and scheduling alternatives with explicit costs, exclusions, dependencies and authority requirements.
Infrastructure access
Model servicing windows, shared corridors, exclusion zones, communication availability and competing mission priorities.
Human authorization
Require accountable operators to approve coordination actions; OSOIX recommendations do not become spacecraft commands.
Evidence and replay
Record inputs, model versions, assumptions, recommendations, decisions and later outcomes for audit and learning.
Human-authorized coordination lifecycle
- 01 · Acquire attributed state
- 02 · Reconcile uncertainty
- 03 · Detect coordination need
- 04 · Generate bounded options
- 05 · Independent safety validation
- 06 · Human authorization
- 07 · Deterministic execution outside OSOIX
- 08 · Post-event verification
Boundary statement
No command authority is claimed.
OSOIX does not currently operate a live traffic-management service, certified conjunction-assessment system, operator coordination network, customer deployment or flight-qualified maneuver planner. Safety-critical validation and execution remain with authorized operators and deterministic mission systems.