Customer workload
Signed container image, dependencies, test vectors and expected-output envelope.
The platform
Shared compute becomes valuable when assurance is built around it.
FlightLab combines a matched ground environment, controlled orbital execution and a traceable evidence layer.
Four-layer architecture
Isolation, supervision and evidence by design.
FlightLab orchestration
Scheduling, quotas, admission, immutable records and result packaging.
Independent supervision
Health monitoring, restart, rollback, termination and safe-state authority.
Flight infrastructure
Compute hardware, storage, spacecraft interfaces, mission operations and downlink.
Isolation controls
Customers share the mission—not uncontrolled operational risk.
Hard quotas
Defined CPU, memory, storage, timing and network limits.
Scheduled execution
Allocated windows rather than uncontrolled simultaneous contention.
Independent monitoring
Health supervision, restart, rollback and termination controls.
Immutable records
Signed logs and result bundles tied to the approved software build.
Pilot architecture decisions
Open decisions are managed—not hidden.
Platform interface
Internal versus external mounting and final compute hardware.
Software policy
Post-launch update policy and isolation acceptance standard.
Data boundary
Classification boundary, export-control pathway and downlink architecture.
Campaign envelope
Mission duration, scheduling and final operator interfaces.
Controlled boundary
Pilot specifications remain subject to final hardware selection, operator interfaces, safety review, export controls and mission approval.
The next controlled step
Do not build an entire space mission to answer one software question.
Start with a bounded workload, a defined evidence requirement and a clear decision trigger.