orbital_OLIVER enables satellites to plan, decide, and act autonomously by orchestrating payloads, managing resources, and adapting to changing conditions and failures, even when the ground is offline.
Built for the unexpected
Space missions are becoming more complex, with fewer opportunities for ground intervention. By shifting decision-making onboard, orbital_OLIVER keeps missions productive and resilient, even when unexpected events occur.
+50%
payload duty cycle
-50%
operator workload
–90%
downlink needs
AIKOSat
0.003, -4.810, 0.001
Sat
0.003, -4.810, 0.001
How onboard intelligence works
Deliver on mission goals rather than predefined schedules; orbital_OLIVER senses, evaluates, replans, and executes in continuous loops, ensuring operations remain optimal and uninterrupted.
1
Collect
Telemetry, payload status, user goals, anomaly prediction and management.
2
Evaluate
Plan feasibility, resources, timing, visibility, conflicts, and impact on mission return.
3
Replan
Updates mission plan, scheduled operations and acquisitions, maneuvers, downlinks.
4
Execute
Applies actions autonomously and safely.
5
Report
Syncs with ground without breaking autonomy.
Goal-based mission planning
Autonomous mission planning based on goals, not scripts, continuously optimising schedules as conditions evolve.
Dynamic tasking & payload orchestration
Dynamic tasking for user or payload requests, with coordinated orchestration across multiple instruments, applications, and onboard data processing pipelines.
Conflict resolution
Automatic resolution of conflicts across power, pointing, thermal, timing, and downlink constraints to ensure operational continuity.
Resource-aware scheduling
Scheduling that accounts for battery, visibility, memory, and duty cycles to maximise mission efficiency.
Autonomous recovery
Autonomous recovery after failures, missed acquisitions, or unexpected events, restoring nominal operations without ground intervention.
Designed to integrate
into any mission architecture
Part of AIKO’s end-to-end autonomy suite, orbital_OLIVER fits seamlessly into existing flight software, payload workflows, and ground operations, without requiring changes to your platform architecture.
MISSION COMPATIBILITY
Earth Observation
Telecom & TT&C optimisation
Satellite-as-a-Service missions
Multi-instrument platforms
Hosted payload missions
Single satellites or constellations
AIKO AS A PARTNER
End-to-end delivery
orbital_OLIVER can be provided as a fully integrated solution: AIKO selects and configures the most suitable third-party hardware platforms to ensure reliable onboard execution, optimal performance, and straightforward integration into your mission.
