What powers MissionLab
The Digital Twin is the engineering core behind MissionLab’s spacecraft missions. Design, configure, predict, run, inspect, compare and export mission evidence using validated model owners and explicit provenance. The same core supports education and Challenge without a separate physics fork.
Pilot-ready
The software workspace is runnable now. It exposes model identity, version, fidelity, calibration, validation and channel provenance independently rather than inventing a single whole-spacecraft fidelity label.
KidSAT is optional supervised MissionLab hardware. Its Windows COM-port workflow exists, while formal simulation-versus-measurement correlation remains a physical commissioning gate. Public remote hardware control is not offered.
Capability inside the Twin
Mission Control turns model runs into an engineering operating surface: mission state, telemetry, events, comparisons and evidence. It is not a separate customer-facing product.
Bounded developer access
The versioned cubestem.dt-core.developer.v1@1.0.0 API and TypeScript, Python and Jupyter source clients support explicitly enabled local/private evaluation. They are not a stable production-public or browser API, do not host arbitrary code or bring-your-own models, and grant no hardware or official authority.