Section 42 of 104
40. Minimum Viable System Release Criteria
Stable section ID: S05-CON-016-SECTION-42 · 27 content blocks
The Minimum Viable System shall be released only when the defined physical, digital, manufacturing, operational, and governance criteria have been satisfied.
Minimum release criteria shall include:
approved Initial Implementation Profile;
verified constitutional alignment;
controlled Node, Cartridge, and Interface configurations;
demonstrated physical assembly;
verified primary structural load paths;
acceptable Interface interoperability;
unique identity and Registry integration;
functioning minimum BDL and Engineering Compiler;
operational Building BIOS;
synchronized minimum Digital Twin;
functioning Smart Module and sensor architecture where included;
completed human assembly baseline;
demonstrated robot-ready Interface conditions;
controlled manufacturing documentation;
completed Requirements Traceability Matrix;
resolved or formally controlled Nonconformities;
approved safety and security baseline;
defined maintenance, replacement, and migration procedures;
documented cost and performance results;
identified authorities and release signatures.
No unresolved critical Nonconformity may remain in an implementation released for occupied or unrestricted use.
Prototype release, controlled pilot release, preproduction release, and production release shall remain separate decisions with separate Evidence requirements.
A successful laboratory prototype shall not automatically authorize a field pilot. A successful field pilot shall not automatically authorize unrestricted manufacturing or global deployment.
The release decision shall identify the exact configuration, Version, operating envelope, permitted uses, exclusions, expiration or review conditions, and required monitoring.
The Minimum Viable System shall be considered successful when it demonstrates that System05 can operate as one coherent engineering platform from definition and manufacture through assembly, digital registration, verification, operation, and controlled lifecycle evolution.