InnerOS: Governed AI & Voice Ops on AMD

InnerOS is a governed AI operations fabric that moves AI beyond chat and into real business execution. For AMD Developer Hackathon ACT III, we built and verified a new end-to-end partner lane on top of the existing InnerOS control plane. A real Bellini smart-building incident is analyzed by Gemma-4-31B-IT through AMD Developer Cloud and ROCm. Gemma produces a structured IncidentPlan with diagnosis, severity, recommended actions, and execution boundaries. InnerOS then passes that governed result to Evolus, where Workflow and Knowledge Library components turn the decision into an operational work-order representation. InnerOS preserves policy, approvals, execution state, cryptographic evidence, and replay. We are explicit about what was reused versus built for ACT III. InnerOS governance, local AMD ROCm/vLLM/Qwen execution, MCP/A2A coordination, and evidence/replay concepts existed before the event. ACT III added the live AMD Developer Cloud + Gemma integration, structured IncidentPlan contract, live Evolus integration, Bellini→Gemma→Evolus→Evidence pipeline, Judge Console, and public submission package. InnerOS also reuses technology developed in our parallel Alexa hackathon. The working Inner Oz skill already queries live InnerOS/Home Assistant energy data and has demonstrated a governed UniFi restart with owner approval and post-action verification. A newer voice-programming flow can create a GitHub repository and governed InnerOS Ops Task for an AI agent; task creation is verified, while agent completion is tracked separately. The architecture is unified: AMD provides the compute foundation, Gemma provides reasoning, Evolus provides business workflow execution, Alexa provides natural voice access, and InnerOS provides governance, orchestration, evidence, and proof. Reason. Act. Prove.