Products
Three Layers.
One Platform.
From planning to intelligence to execution - the complete software stack for orbital compute infrastructure.
Orbital Runtime
Execute workloads across Earth and orbit
Scheduling, inference, and fault tolerance primitives designed for the constraints of space. Not a port of existing tools - built from first principles for orbital compute.
Status: Simulation + Research → Production 2027
Explore Orbital Runtime → 02Orbital Intelligence
Understand what's happening in orbit
Track 10,000+ objects, analyze conjunction risks, detect anomalies. The situational awareness layer that runtime depends on.
Status: Available Now
Explore Orbital Intelligence → 01Planning Tools
Design your orbital compute architecture
Feasibility analysis, thermal modeling, latency simulation, power budgeting. Answer "should we go to orbit?" before you commit.
Status: Available Now
Explore Planning Tools →Orbital Runtime
Execution primitives for computing beyond Earth. Three components working together.
Orbit Scheduler
Workload orchestration that understands orbital mechanics, energy availability, and network topology. Kubernetes for Earth + orbit.
Q2 2026 02Adaptive Runtime
Inference and training that adapts to available energy, thermal headroom, and network conditions in real-time.
Q2 2026 03Resilient Compute
Fault-tolerant ML execution for radiation environments. Bit flips are expected, not exceptional.
Q2 2026Orbital Intelligence
Real-time awareness of everything happening in orbit. Data and analysis for operators, analysts, and developers.
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
AvailablePlanning Tools
Answer critical questions before committing to orbital hardware.
Feasibility Analyzer
Determine if orbital compute makes sense for your workload. Cost comparisons, orbit recommendations, risk analysis.
AvailableThermal Modeler
Model heat rejection in vacuum. Solar heating, eclipse cycles, radiator sizing, component temperature maps.
AvailableLatency Simulator
End-to-end latency modeling. Ground stations, ISL hops, coverage gaps, P50/P95/P99 distributions.
Q2 2026Power Planner
Solar array sizing, battery requirements, eclipse power management, degradation modeling over mission life.
Q2 2026Use Cases
Who uses RotaStellar and what they build with it.
| Industry | Use Case | Products Used |
|---|---|---|
| Orbital Data Centers | Workload scheduling, adaptive inference, fault tolerance | Orbital Runtime |
| Satellite Operators | Collision avoidance, fleet management, conjunction alerts | Orbital Intelligence |
| Cloud Providers | Orbital expansion planning, latency modeling, power analysis | Planning Tools |
| Defense & Intelligence | Space domain awareness, pattern analysis, anomaly detection | Orbital Intelligence |
| AI Companies | Energy-efficient training, radiation-tolerant inference | Orbital Runtime + Planning |
| Research Institutions | Orbital mechanics research, space environment modeling | Full Platform |
Built for Developers
Every product is accessible via API. Build orbital compute into your applications.
REST APIs
Full access to all platform capabilities through well-documented REST endpoints.
Python SDK
First-class Python support with type hints and async capabilities.
Webhooks
Real-time notifications for conjunction alerts, scheduling decisions, and more.
from rotastellar import RotaStellar
client = RotaStellar(api_key="...")
# Planning: Check feasibility
feasibility = client.planning.analyze(
workload="ai_inference",
compute_tflops=100
)
# Intelligence: Track objects
satellites = client.intelligence.track(
catalog_ids=["25544", "48274"]
)
# Runtime: Schedule workload
job = client.runtime.submit(
model="llama-70b",
latency_sla_ms=200
)Ready to explore?
Get early access to the full platform. Start with planning tools today, be ready for orbital runtime tomorrow.