Orbital Intelligence Platform
Know what's happening in orbit
Real-time tracking, analysis, and intelligence for the orbital environment. From satellite positions to collision predictions.
Live tracking visualization
Real-time orbital awareness with AI-powered behavior analysis. Click satellites to explore RotaStellar intelligence features.
Platform capabilities
Four integrated products for complete orbital awareness.
Satellite Tracking
10,000+ active satellites with real-time positions
AvailableConjunction Analysis
Collision probability and maneuver recommendations
AvailablePattern Analysis
Satellite behavior modeling and anomaly detection
AvailableData APIs
REST APIs for positions, orbits, and events
AvailableSatellite Tracking
10,000+ active satellites with real-time positions.
Comprehensive catalog of active satellites with sub-kilometer position accuracy. TLE propagation, real-time updates from multiple data sources, and historical trajectory data.
- Real-time position data
- TLE and state vector formats
- Historical trajectory archive
- Custom object tracking
from rotastellar import OrbitalIntel
client = OrbitalIntel(api_key="...")
# Track the ISS
iss = client.satellite("ISS")
pos = iss.position()
print(f"Lat: {pos.lat}")
print(f"Lon: {pos.lon}")
print(f"Alt: {pos.altitude_km} km")
# Get orbit parameters
orbit = iss.orbit()
print(f"Period: {orbit.period_min} min")
Conjunction Analysis
Collision probability and maneuver recommendations.
Automated screening for close approaches with probability of collision estimates. Includes maneuver planning recommendations and what-if analysis for avoidance decisions.
- Automated conjunction screening
- Probability of collision
- Maneuver recommendations
- Real-time alerts
# Get conjunction alerts
alerts = client.conjunctions(
satellite="STARLINK-1234",
threshold_km=1.0,
days_ahead=7
)
for alert in alerts:
print(f"TCA: {alert.tca}")
print(f"Miss distance: {alert.miss_km} km")
print(f"Pc: {alert.probability}")
print(f"Secondary: {alert.secondary.name}")
Pattern Analysis
Satellite behavior modeling and anomaly detection.
Machine learning models that establish behavioral baselines and detect anomalies. Identify unexpected maneuvers, orbit changes, and operational patterns across satellite constellations.
- Behavioral baselines
- Anomaly detection
- Maneuver classification
- Constellation analysis
# Detect anomalies
anomalies = client.patterns.anomalies(
satellite="COSMOS-2542",
lookback_days=30
)
for event in anomalies:
print(f"Type: {event.type}")
print(f"Time: {event.timestamp}")
print(f"Confidence: {event.confidence}")
print(f"Details: {event.description}")
Data APIs
REST APIs for satellite positions, orbits, and events.
Full programmatic access to all platform data. Well-documented REST endpoints, webhook notifications for real-time events, and bulk data export capabilities.
- REST API with OpenAPI spec
- Webhook notifications
- Bulk data export
- Rate limits up to 100K/day
# Get satellite position
curl https://api.rotastellar.com/v1/satellites/ISS \
-H "Authorization: Bearer $API_KEY"
# Response
{
"id": "25544",
"name": "ISS",
"position": {
"lat": 41.264,
"lon": -95.123,
"altitude_km": 420.5
},
"velocity_km_s": 7.66,
"timestamp": "2026-01-20T12:00:00Z"
}
Data sources
We aggregate and validate data from multiple authoritative sources.
| Source | Data Type | Update Frequency | Coverage |
|---|---|---|---|
| Space-Track | TLE, conjunction data | Multiple times daily | Global catalog |
| Commercial providers | High-accuracy ephemeris | Real-time | Active satellites |
| Owner/operator data | Maneuver plans, status | As available | Partner satellites |
| Ground-based sensors | Observation data | Near real-time | Visible passes |
Ready for orbital awareness?
Schedule a demo to explore the Orbital Intelligence Platform with our team.