Changelog
All notable changes to the RotaStellar API.2026-03-05 — CAE v1.0
New: Constraint-Aware Execution
- CAE API — POST a workload + satellite ID, get a physically-accurate execution plan computed from real orbital mechanics
- 5 built-in presets: on-board ML inference, split learning, earth observation with QA, federated learning, resilient store-and-forward
- Custom workload DAGs — define arbitrary step pipelines with dependencies, resource requirements, and security policies
- 4-phase planner: topological sort, compute placement, transfer insertion, window scheduling
- Real orbital mechanics: SGP4 propagation, eclipse detection, 12-station ground network (KSAT, NASA, AWS)
- Simulated execution events: full event stream with transfer, checkpoint, and security events
2026-02-01 — SDK Updates & Documentation Improvements
SDK Updates
- Python SDK v0.2.0 — Fixed
Positiontype to uselatitude/longitudefields consistently - Node.js SDK v0.2.0 — Aligned field names with Python SDK (
latitude,longitude,altitudeKm) - Rust SDK v0.1.1 — Types-only release with
Position,Orbit,Satellite,TimeRangestructs
API Improvements
- Trajectory API — Now accepts ISO 8601 strings for
startandendparameters - Patterns API — Added
typefilter parameter for filtering by pattern type (maneuver,anomaly,proximity) - Conjunctions API — Response now includes
miss_distance_kmandcollision_probabilityfields
Documentation
- Updated all SDK examples to use correct
RotaStellarClientclass name - Fixed code examples across 20+ documentation pages
- Added comprehensive error handling examples
2026-01-28 — Dashboard Beta & Distributed Compute Preview
New Features
-
Dashboard Beta — Web-based dashboard for satellite tracking and conjunction monitoring at app.rotastellar.com
- Real-time satellite position visualization
- Conjunction risk timeline
- API usage metrics
-
Distributed Compute SDK Preview —
rotastellar-distributedpackage now availableFederatedClientfor gradient compression and federated learningCompressionConfigwith TopK + quantization (100x compression)- Python:
pip install rotastellar-distributed - Node.js:
npm install @rotastellar/distributed
API Updates
- List Satellites — Added
constellationandoperatorfilter parameters - Get Satellite — Response now includes
orbitobject with computed properties - Rate Limits — Increased Pro tier limits to 100 req/min
2026-01-24 — Intelligence API Enhancements
New Endpoints
GET /v1/satellites/{id}/trajectory— Get predicted positions over a time rangeGET /v1/patterns— Detect maneuvers, anomalies, and proximity operationsPOST /v1/conjunctions/watch— Set up webhook alerts for conjunction events
Improvements
- Conjunction Analysis — Now includes avoidance maneuver recommendations
- Pattern Detection — Added confidence scores and detailed descriptions
- Satellite Metadata — Enhanced with operator, constellation, and launch date fields
2026-01-21 — Early Access Launch
Initial early access release of the RotaStellar API.
Available
- Planning Tools API — Feasibility analysis, thermal modeling, latency simulation, power budgeting
- Orbital Intelligence API — Satellite tracking, conjunction analysis, pattern detection
- Python SDK —
pip install rotastellar - Node.js SDK —
npm install @rotastellar/sdk - Rust SDK —
cargo add rotastellar
Coming Soon
- Orbital Runtime API — Scheduled for Q2 2026
- Webhook notifications — Q1 2026
- Bulk data export — Q1 2026
Versioning
The API uses date-based versioning in the URL path:Deprecation Policy
- Deprecated features are announced 6 months before removal
- Deprecated endpoints return
X-Deprecated: trueheader - Migration guides are provided for all breaking changes
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