Satellite Constellation Observability
Make satellite constellation AI explainable. Every orbit adjustment, every collision avoidance maneuver, every inter-satellite handoff—observable, queryable, and auditable.
"Why did the satellite change orbit?"
Finally, an answer that takes seconds instead of days.
Live Constellation Status
Watch real-time events streaming from the satellite constellation with structured EventIDs
LEO Constellation Shell 4
550km LEO • 53 Degrees Inclination • 72 Orbital PlanesQuery Any Event Instantly
Structured EventIDs make constellation-wide investigation possible
🛡️ Near-Miss Investigation
Reconstruct every decision during a conjunction event
WHERE event_id LIKE 'satellite.proximity%'
AND timestamp BETWEEN
'2026-01-30T08:00:00Z' AND
'2026-01-30T08:05:00Z'
ORDER BY timestamp;
🔄 Maneuver Analysis
Track all orbit adjustments fleet-wide
delta_v, fuel_consumed
FROM events
WHERE event_id =
'satellite.orbit.maneuver_executed:1'
AND date = '2026-01-30';
📡 Handoff Tracking
Monitor inter-satellite laser link transitions
handoff_latency_ms
FROM events
WHERE event_id =
'mesh.routing.handoff_completed:1'
AND region = 'NORTH_AMERICA';
🗑️ Deorbit Audit
Full lifecycle tracking for space debris compliance
deorbit_initiated, reentry_date
FROM satellite_lifecycle
WHERE status = 'DECOMMISSIONED'
AND deorbit_compliant = true;
Conjunction Investigation: Before vs. After
How structured observability transforms near-miss analysis
Without Event Model
Alert Received
Space Defense Squadron conjunction warning
Log Collection
Gather telemetry from affected satellites
Manual Correlation
Engineers piece together timeline manually
Root Cause Analysis
Why did collision avoidance trigger late?
Report Generation
Compile findings for Space Force / FCC
With Event Model
Alert → Query
Immediate structured query on conjunction events
Auto-Timeline
Complete sequence reconstructed automatically
AI Analysis
Pattern match against historical near-misses
Root Cause Found
Tracking data latency from debris catalog
Auto-Report
Compliance report generated with full audit trail
Why Constellation Observability Matters
Structured events enable capabilities impossible with traditional telemetry
Collision Avoidance Audit
Every proximity alert, every maneuver decision, every thruster firing—traceable and explainable.
Fleet-Wide Patterns
Identify systemic issues across 6,000+ satellites. Detect anomalies before they cascade.
Regulatory Compliance
Automated reporting for FCC, ITU, and international space agency requirements.
Real-Time Anomaly Detection
ML models trained on structured events identify deviations across orbital shells instantly.
Mesh Network Visibility
Track laser inter-satellite links, routing decisions, and bandwidth allocation globally.
Lifecycle Management
Track every satellite from launch to deorbit. Prove space debris compliance.
FCC, ITU, and International Requirements
Space agencies worldwide require operators to demonstrate responsible constellation management. Event Model provides the structured audit trail needed for FCC Part 25 compliance, ITU Radio Regulations, and emerging international space sustainability frameworks. Every maneuver, every deorbit decision—documented and queryable.
Ready to Make Your Constellation Observable?
Whether you're managing 10 satellites or 10,000, Event Model scales with your constellation. Start with structured telemetry today.