Autonomous Satellite Operations
Autonomous Intelligence for Satellite Operations.
Real-time anomaly detection, 4-day predictive forecasting, space weather correlation, and AI-powered reasoning — built for mission operators.
Satellites in orbit
Predictive anomaly window
Detection accuracy
Anomaly Intelligence
57+ detection patterns
Predictive Forecasting
96h P10/P50/P90 bands
Digital Twin
Subsystem health simulation
Space Weather
Kp + proton flux live
ASO Copilot
AI root-cause analysis
The Industry Problem
of mission-critical knowledge is held by engineers who will retire within 10 years
close conjunction events flagged per month — almost all require human triage
is how long it takes current tools to diagnose a telemetry anomaly without historical context
Operational Reality
What satellite teams deal with today.
The gap between raw telemetry and actionable insight costs missions time, money, and institutional knowledge.
Knowledge walks out the door
Senior engineers carry decades of undocumented anomaly patterns in their heads. When they retire, that institutional memory is gone — and the next incident starts from zero.
Alerts without context are noise
Modern telemetry pipelines generate thousands of data points per pass. Without historical grounding and cross-subsystem correlation, operators can't distinguish a real anomaly from a sensor artifact.
Every incident is solved from scratch
The same EPS voltage drop that was resolved 14 months ago fires again — but no one wrote it down. Teams repeat the same 6-hour triage loop because there's no system linking past fixes to present failures.
Eclipse seasons break generic detectors
Power and thermal channels drop predictably during orbital eclipse. Generic threshold detectors don't know the satellite is in shadow — so they alarm constantly, burning operator trust and masking real events.
LymanX doesn't just detect anomalies — it predicts them 4 days out, identifies their orbital cause, and surfaces every similar incident your team has ever solved. From raw telemetry to resolved incident in minutes, not hours.
Why LymanX
Built different from the ground up.
Orbital-Aware by Design
Generic detectors alarm during eclipse because they don't know the satellite is in shadow. LymanX knows — every alert carries orbital phase, space weather state, and causal attribution.
Predictive, Not Reactive
Our predictive engine forecasts threshold breaches 4 days out with P10/P50/P90 confidence bands. Operators see what's coming, not just what happened.
Institutional Memory
The ASO Copilot reasons over your mission's own history. The EPS voltage drop resolved 14 months ago? It surfaces the exact resolution automatically.
Enterprise-Grade. Mission-Ready.
Built for operators, not hobbyists.
LymanX is an enterprise platform. Every decision — from access control to data handling — reflects that.
Enterprise-Only Access
No public tier. Every operator is vetted before getting access. The platform is built around the needs of professional satellite teams, not casual users.
Your Data. Your Satellites.
We don't resell your telemetry. We don't aggregate your mission data across customers. Your satellite data stays yours, period.
Built on Real Missions
Not synthetic data. LymanX was trained and validated on actual satellite anomaly history — real edge cases, real orbital effects, real resolutions.
Space-Weather Native
NOAA GOES proton flux and Kp index are first-class signals — not add-ons. Space weather is built into every anomaly classification and forecast.
The future of space
operations starts here
30-minute session. See your own satellite data in the platform.
BOOK A DEMOOr email us at founder@lymanai.com