STELLAR technology / Radiation-aware workload execution
Orbital Compute
STELLAR compute nodes are designed for AI inference, autonomy workloads, data reduction, and high-value processing near orbital data sources.
AI inference
Primary workloads
Checkpointed
Control mode
Thermal duty cycle
Constraint
Radiation-aware workload execution/ visual
Compute
01 / design principle
The operating principle
The compute stack prioritizes isolation, checkpointing, restart behavior, power-aware scheduling, and thermal duty-cycle control before raw peak performance.
Principle 1
Workload isolation
Customer jobs run inside controlled execution lanes with mission-safe limits and verification logs.
Principle 2
Checkpoint and restart
Payload software is designed to recover from resets, pass gaps, and storage pressure without losing mission state.
Principle 3
Orbit-aware scheduling
Compute windows respond to contact opportunities, thermal limits, battery state, and customer priority.
See how this system advances across missions
STELLAR technology is not presented as a one-off feature list. Every subsystem maps to a mission gate and a harder infrastructure capability.