1
Ingest sensor data
Connect radar, optical, and RF sensor feeds. Skye.ly fuses observations from ground stations, partner networks, and space-based sensors into a unified catalog.
Space Domain Awareness
See everything in orbit. Miss nothing.
Skye.ly is a real-time space domain awareness platform. Track satellites and debris, predict conjunctions, detect maneuvers, and maintain custody of objects across all orbital regimes.
48,000+
Objects tracked
~1,200
Conjunction alerts / day
<30s
Orbital update latency
Who we serve
Built for anyone responsible for safe operations in space
Constellation operators
Launch providers
Civil space agencies
Defense & intelligence
Satellite insurers
Space sustainability orgs
Capabilities
Complete situational awareness for the orbital environment
Track every object, predict every close approach, detect every maneuver. The operational picture your team needs to make decisions.
Object tracking
Maintain custody of every object in orbit
Continuous orbit determination across LEO, MEO, GEO, and cislunar regimes. Correlate observations from multiple sensors and maintain high-accuracy state vectors for your entire catalog.
- Multi-sensor fusion from radar, optical, RF, and space-based sources
- Sub-30-second state vector updates for high-priority objects
- Automated uncorrelated track resolution and new object identification
- Coverage across all orbital regimes including cislunar
Conjunction assessment
Predict and prevent collisions
Screen all tracked objects against your constellation continuously. Compute collision probability with full covariance and generate avoidance maneuver options ranked by delta-v cost.
- Continuous all-on-all screening with configurable thresholds
- Full covariance collision probability using Monte Carlo and Pc methods
- Automated avoidance maneuver planning with fuel-optimal solutions
- Operator-to-operator coordination workflows
Maneuver detection
Know when objects change their orbits
Automatically detect station-keeping burns, orbit raises, phasing maneuvers, and anomalous proximity operations. Distinguish intentional maneuvers from drag or tumbling.
- Real-time detection of delta-v events across the catalog
- Classification of maneuver type and intent
- Proximity operation alerting for high-value assets
- Historical maneuver pattern analysis
Breakup & event detection
Detect fragmentation events in near real-time
Identify new debris clouds from collisions, explosions, or ASAT tests. Track fragment dispersal, predict orbital decay timelines, and assess long-term cascade risk.
- Rapid detection and characterization of breakup events
- Fragment count estimation and dispersion modeling
- Re-entry prediction for decaying debris
- Kessler cascade risk assessment for affected orbital shells
How it works
From raw observations to actionable intelligence.
2
Maintain the catalog
Automated orbit determination, maneuver detection, and object correlation keep your catalog current. New objects are identified and tracked within minutes of first observation.
3
Act on alerts
Receive conjunction warnings, breakup detection, and custody loss alerts. Assess collision probability, generate avoidance maneuvers, and coordinate with other operators.
Platform
Fuse all sensor data into one operational picture
Sensor Inputs
Ground Radar
Optical Telescopes
RF Sensors
Space-Based Sensors
Third-Party Data
Skye.ly Platform
Orbit determinationConjunction screeningManeuver detectionObject correlationBreakup detectionCascade modeling
Outputs
Conjunction alerts
Maneuver reports
Catalog API
Operator sharing
Compliance reports
The orbital environment is getting crowded. Stay ahead of it.
Whether you operate a constellation, manage a launch campaign, or defend national assets — Skye.ly gives you the awareness you need.