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Mission Control

Mission Control is the RotaStellar operations console. It provides a complete workflow for planning, deploying, and monitoring compute workloads on satellites.
Access Mission Control at console.rotastellar.com.

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Capabilities

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Missions

Organize your satellite operations into missions. Each mission groups related plans, deployments, and activity into a single workspace.

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Plan Builder

Create execution plans using CAE presets or custom workload DAGs. The plan builder shows:
  • Orbital environment (eclipse fraction, ground station passes)
  • Placement decisions (on-board vs ground compute)
  • Transfer schedule (downlink/uplink with FEC overhead)
  • Error budget and delivery confidence
  • Cost estimation
  • Full execution timeline

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Deployments

Deploy plans in simulated or live mode:
  • Simulated — Console generates events from CAE plan data with configurable speed. No agent required.
  • Live — A satellite agent picks up the deployment and reports events in real-time.
Track deployment status: pending → dispatched → running → completed.

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Constellations

Group satellites into constellations for fleet operations. Add satellites by NORAD ID and view orbital parameters.

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Monitor

Real-time satellite tracking with an interactive 3D globe. View satellite positions, orbits, and ground station coverage.

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Developer Tools

  • API Keys — Create and manage keys for agent authentication and API access
  • Usage — Track API usage and billing
  • Settings — Profile, preferences (timezone, units, globe style)

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Architecture

Mission Control is built on:
  • Next.js — React-based web application
  • CAE API — Constraint-Aware Execution engine for orbital compute planning
  • RotaStellar API — Satellite tracking, feasibility analysis, orbital intelligence
  • Operator Agent — Pull-based protocol for satellite-side execution