# RotaStellar Docs ## Docs - [Constellation Execution](https://docs.rotastellar.com/agent/constellation.md): Multi-satellite DAG orchestration with ISL coordination and automatic failover - [Operator Agent](https://docs.rotastellar.com/agent/overview.md): The execution layer for orbital compute — a pull-based agent protocol for running workloads on satellites - [Protocol Specification](https://docs.rotastellar.com/agent/protocol.md): Full specification of the RotaStellar Agent Protocol — authentication, lifecycle, event types, and error handling - [Agent Quickstart](https://docs.rotastellar.com/agent/quickstart.md): Run your first simulated satellite execution in 5 minutes - [Rust SDK](https://docs.rotastellar.com/agent/rust-sdk.md): Build satellite agents with the rotastellar-agent Rust crate - [Constellation Pareto Frontier](https://docs.rotastellar.com/api-reference/cae/constellation-pareto.md): Computes the Pareto frontier across a constellation for multi-objective trade-off analysis - [Plan Constellation DAG](https://docs.rotastellar.com/api-reference/cae/constellation-plan.md): Generates an optimized execution plan (DAG) for a satellite constellation workload - [Create Plan](https://docs.rotastellar.com/api-reference/cae/create-plan.md): Create a constraint-aware execution plan for a satellite and workload - [Get Plan](https://docs.rotastellar.com/api-reference/cae/get-plan.md): Retrieve a previously created execution plan - [Get Plan Events](https://docs.rotastellar.com/api-reference/cae/get-plan-events.md): Get the simulated execution event stream for a plan - [Predict Hazards](https://docs.rotastellar.com/api-reference/cae/hazards.md): Predicts orbital hazards and generates a checkpoint schedule for a satellite - [List Presets](https://docs.rotastellar.com/api-reference/cae/list-presets.md): List available workload presets with metadata - [Service Metrics](https://docs.rotastellar.com/api-reference/cae/metrics.md): Returns per-endpoint latency percentiles, request counts, and status distribution - [Negotiate OCU](https://docs.rotastellar.com/api-reference/cae/ocu-negotiate.md): Negotiates an Orbital Compute Unit allocation for a satellite workload - [OCU Summary](https://docs.rotastellar.com/api-reference/cae/ocu-summary.md): Returns the OCU capacity profile for a given satellite bus class - [Service Index](https://docs.rotastellar.com/api-reference/cae/service-index.md): Get CAE service capabilities and endpoints - [Create Deployment](https://docs.rotastellar.com/api-reference/deployments/create-deployment.md): Create a new deployment from a plan - [Deployment Events](https://docs.rotastellar.com/api-reference/deployments/deployment-events.md): Get and report execution events for a deployment - [Get Deployment](https://docs.rotastellar.com/api-reference/deployments/get-deployment.md): Get deployment details including plan data and event count - [List Deployments](https://docs.rotastellar.com/api-reference/deployments/list-deployments.md): List all deployments for the authenticated user - [API Directory](https://docs.rotastellar.com/api-reference/directory.md): Consolidated directory of all RotaStellar public APIs - [Batch State](https://docs.rotastellar.com/api-reference/sim/batch-state.md): Compute orbital state for up to 100 satellites at once - [Create Session](https://docs.rotastellar.com/api-reference/sim/create-session.md): Creates a new simulation session with the given satellite constellation - [Get Session State](https://docs.rotastellar.com/api-reference/sim/get-session.md): Returns the full state of a simulation session including satellite positions, subsystems, and events - [Get State](https://docs.rotastellar.com/api-reference/sim/get-state.md): Compute satellite position, velocity, and eclipse status at a timestamp - [Inject Fault](https://docs.rotastellar.com/api-reference/sim/inject-fault.md): Injects a fault into a satellite within a simulation session - [Ground Passes](https://docs.rotastellar.com/api-reference/sim/passes.md): Compute ground station AOS/LOS windows with elevation data - [Propagate Trajectory](https://docs.rotastellar.com/api-reference/sim/propagate.md): Generate full satellite trajectory as a time series over up to 48 hours - [Service Index](https://docs.rotastellar.com/api-reference/sim/service-index.md): Returns service metadata and available endpoints - [Templates](https://docs.rotastellar.com/api-reference/sim/templates.md): Predefined orbit and constellation templates - [Tick Session](https://docs.rotastellar.com/api-reference/sim/tick-session.md): Advances the simulation by a given duration and returns the updated state - [Authentication](https://docs.rotastellar.com/authentication.md): Secure your API requests - [Constellation DAG](https://docs.rotastellar.com/cae/constellation-dag.md): I-3 — multi-satellite workflow orchestration with ISL routing - [Custom Workloads](https://docs.rotastellar.com/cae/custom-workloads.md): Define your own orbital compute DAGs - [Hazard Prediction](https://docs.rotastellar.com/cae/hazard-prediction.md): I-4 — eclipse-boundary preservation via predictive checkpointing - [Orbital Compute Unit](https://docs.rotastellar.com/cae/orbital-compute-unit.md): I-5 — standardized orbital compute capacity measurement - [Orbital Compute Primitives](https://docs.rotastellar.com/cae/orbital-primitives.md): I-1 — 3 new step types for orbit-aware workload scheduling - [CAE Overview](https://docs.rotastellar.com/cae/overview.md): Constraint-Aware Execution — orbital compute orchestration across the space-ground boundary - [Predictive Pareto Planning](https://docs.rotastellar.com/cae/pareto-planning.md): I-2 — multi-objective optimization across the Pareto frontier - [Workload Presets](https://docs.rotastellar.com/cae/presets.md): 5 ready-to-use orbital compute workloads - [Understanding Plans](https://docs.rotastellar.com/cae/understanding-plans.md): How to read CAE execution plan responses - [Changelog](https://docs.rotastellar.com/changelog.md): API version history and updates - [Getting Started](https://docs.rotastellar.com/console/getting-started.md): Sign up, create your first mission, build a plan, and deploy - [Missions & Plans](https://docs.rotastellar.com/console/missions-and-plans.md): Organize satellite operations with missions and build execution plans with presets or custom workloads - [Mission Control](https://docs.rotastellar.com/console/overview.md): The operations console for orbital compute — plan, deploy, and monitor satellite workloads - [Federated Learning](https://docs.rotastellar.com/distributed/federated-learning.md): Train models across Earth and orbital nodes with gradient compression - [Model Partitioning](https://docs.rotastellar.com/distributed/model-partitioning.md): Optimal layer placement across Earth and space infrastructure - [Distributed Compute Overview](https://docs.rotastellar.com/distributed/overview.md): Coordinate AI workloads across Earth and orbital infrastructure - [Space Mesh](https://docs.rotastellar.com/distributed/space-mesh.md): ISL routing for orbital node communication - [Sync Scheduler](https://docs.rotastellar.com/distributed/sync-scheduler.md): Ground station pass planning and priority-based queuing - [Conjunction Analysis](https://docs.rotastellar.com/intelligence/conjunctions.md): Collision probability and avoidance recommendations - [Orbital Intelligence Overview](https://docs.rotastellar.com/intelligence/overview.md): Track, analyze, and understand objects in Earth orbit - [Pattern Detection](https://docs.rotastellar.com/intelligence/patterns.md): Detect anomalies and maneuvers in satellite behavior - [Satellite Tracking](https://docs.rotastellar.com/intelligence/satellites.md): Real-time positions for 10,000+ active satellites - [Webhooks](https://docs.rotastellar.com/intelligence/webhooks.md): Real-time alerts for orbital events - [Introduction](https://docs.rotastellar.com/introduction.md): The API for computing beyond Earth - [Feasibility Analysis](https://docs.rotastellar.com/planning/feasibility.md): Evaluate orbital compute viability for your workload - [Latency Simulation](https://docs.rotastellar.com/planning/latency.md): Predict network latency based on orbital geometry - [Planning Tools Overview](https://docs.rotastellar.com/planning/overview.md): Answer 'should we?' before 'how?' - [Power Budgeting](https://docs.rotastellar.com/planning/power.md): Plan power generation and consumption across orbit - [Thermal Simulation](https://docs.rotastellar.com/planning/thermal.md): Model heat rejection and thermal cycles in orbit - [Quickstart](https://docs.rotastellar.com/quickstart.md): Get up and running in 5 minutes - [Adaptive Runtime](https://docs.rotastellar.com/runtime/adaptive.md): Energy and thermal-aware inference execution - [Orbital Runtime Overview](https://docs.rotastellar.com/runtime/overview.md): Execution primitives for computing beyond Earth - [Resilient Compute](https://docs.rotastellar.com/runtime/resilient.md): Fault-tolerant ML for radiation environments - [Orbit Scheduler](https://docs.rotastellar.com/runtime/scheduler.md): Workload orchestration across Earth and orbital nodes - [Node.js SDK](https://docs.rotastellar.com/sdks/node.md): Official Node.js/TypeScript SDK for the RotaStellar API - [Python SDK](https://docs.rotastellar.com/sdks/python.md): Official Python SDK for the RotaStellar API - [Rust SDK](https://docs.rotastellar.com/sdks/rust.md): Official Rust SDK for the RotaStellar API - [Orbital Sim](https://docs.rotastellar.com/sim/overview.md): Stateless orbital computation for satellite digital twins - [Simulation Sessions](https://docs.rotastellar.com/sim/sessions.md): Stateful satellite constellation simulation with subsystem tracking and fault injection ## OpenAPI Specs - [openapi](https://docs.rotastellar.com/openapi.yaml) ## Optional - [Developers](https://rotastellar.com/developers) - [GitHub](https://github.com/rotastellar) - [Status](https://status.rotastellar.com)