Satellite mission software
Track and govern the software responsible for spacecraft operations, payload control, mission tasking, telemetry processing, data handling, flight dynamics, communications, and ground coordination.
Space
Proven software and governed AI, from ground to orbit.
Iron Thicket provides software assurance, AI governance, and decision provenance for space missions where every action matters.
The space mission challenge
Space systems are increasingly software-defined.
Space systems increasingly rely on:
- Onboard processing
- Autonomous operations
- AI-assisted mission planning
- Automated tasking
- Distributed ground systems
- Multi-provider data
- Software-defined payloads
- Rapid software updates
As missions become more software-dependent, operators must be able to prove:
- What code was running
- What data was processed
- Which model generated a recommendation
- Why an action was taken
- Who authorized it
- Whether software stayed within approved boundaries
Iron Thicket makes that evidence part of the mission architecture.
Value proposition
Increase autonomy without losing accountability.
Iron Thicket creates a continuous record of software and AI decisions across satellites, payloads, ground systems, and mission operations.
Space applications
Where Iron Thicket applies.
Onboard AI
As spacecraft perform more processing in orbit, organizations need confidence that AI recommendations remain within approved mission rules — with a record of data input, model, policy constraints, recommendation, approval, and final action.
Ground segment assurance
Provide software and decision traceability across mission control, ground stations, constellation management, payload tasking, customer portals, data-processing environments, and flight operations.
Space-domain awareness
Capture the decision chain from observation to operational response — which observation was used, which software processed it, which model assessed it, what recommendation was produced, who approved the response, and what action followed.
Launch and range operations
Strengthen assurance across vehicle configuration, test data, range-safety workflows, countdown systems, go/no-go decisions, payload integration, mission authorization, and post-mission review.
Autonomous spacecraft
Support governed autonomy for collision avoidance, conjunction response, formation flying, rendezvous and proximity operations, in-orbit servicing, autonomous tasking, and mission replanning.
Space customers
Who Iron Thicket is relevant to.
- Space agencies
- Satellite operators
- Defense-space organizations
- Launch providers
- Ground-station operators
- Space-domain-awareness companies
- Earth-observation providers
- Mission-control providers
- Space-system manufacturers
- Sovereign space programs
- In-space servicing companies