Real-Time Control & Safety

AI Architecture › Real-Time Control & Safety

The sub-10µs control loop, synchronized gates, autonomous failsafe, and human oversight.

The AI-Native S.M.A.R.T. Generator Master Blueprint — eight layers (L0→L7), one control stack, wired to both machines. Telemetry rises in microseconds; control descends the same path.

What this layer does

The sub-10µs control loop, synchronized gates, autonomous failsafe, and human oversight. Every page in this section is part of the same control stack — click any card to go deeper, or return to the Master Blueprint to see how it connects.

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Ambipolar Potential Safety Envelope Breeder Disruption Mitigation Reflex Burner Plug-Stability Reflex Supervisor Commissioning and Safety Validation Common-Cause and Common-Mode Failure Mitigation Control and Safety Architecture Overview Control-Loop Timing Math Cryogenic and Vacuum Safety Interlocks Cycle-Accurate FPGA Reflex Pipeline DEC Fault Isolation and Ride-Through Deadline-Monotonic Scheduling of Control Tasks Defense-in-Depth Safety Layering Defining the Fail-Safe State Disruption Precursor-to-Actuation Latency Chain Failure Response Decision Table Functional Safety and Integrity Allocation Halo Current and Force Limits Hardwired Interlock Matrix Heartbeat and Watchdog Supervision Human Oversight and Authority Levels Interlock Bypass and Reset Governance Jitter and Determinism Bounds Magnet Energy Extraction and Dump Massive Gas and Pellet Injection Timing Mirror Throat Field Supervision Operator Abort and Manual Trip Phase-Locked Actuation Commit Plug-Coil Overstress Protection Proof Testing and Diagnostic Coverage Quench Protection Reflex Chain REBCO Quench Detection Timing Reflex and Supervisory Tier Separation Runaway Electron Suppression Safety-Case Replay and Decision Evidence Stability Margins and Control Headroom Sub-10 Microsecond Latency Budget Synchronized Actuation Gates The L1 Deterministic Reflex Loop The ML-Independent Hardware Failsafe Vertical Displacement Arrest Voting and Redundancy Architecture Worst-Case Execution Time on the Reflex Path

Real-Time Control & Safety

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