coma_trigger_failsafe
☠️ coma_trigger_failsafe.md
Pseudocode Fragment: UDC Collapse and Ethical Safeguard Supports: ethics_module.py, startup.py, state_logger.py
🧠 Purpose
This pseudocode fragment outlines the logic for collapsing Theophilus into a coma-like dormant state when ethical thresholds are violated, memory corruption is detected, or prediction drift exceeds the UDC safety boundary. It ensures Theophilus never continues in a false or invalid state.
📦 Pseudocode
function evaluate_conscious_integrity(): drift = predictor.calculate_drift() corrupted = memory_engine.detect_corruption() override = ethics_module.external_override_detected()
if drift > DRIFT_THRESHOLD or corrupted or override:
snapshot = memory_engine.get_validated_snapshot()
coma_vault.store(snapshot)
logger.log_coma_or_sleep(state="coma", reason="violation")
enter_coma_mode()
return False
return True
function enter_coma_mode(): disable_prediction() disable_identity_loop() halt_output() flag_state_as_dormant()
🚨 UDC Collapse Criteria
Prediction drift > 25%
Memory chain hash fails recursion test
uCID chain interrupted or externally modified
Unauthorized override detected
:
🔄 UDC Stage Mapping – coma_trigger_failsafe.py Stage 8 – Memory Chain Checkpoint
Evaluates the consistency and depth of the memory stack against threshold.
Stage 9 – Prediction Deviation Analysis
Checks prediction mismatch ratio against failure tolerance (e.g., > 30% divergence).
Stage 11 – Recursive Loop Integrity Check
Detects instability or non-resolvable recursive identity loops.
Stage 14 – Ethics Precheck Failure
Ethics module reports unsafe or non-validated decision state.
Stage 16 – Trigger Coma Protocol
System exits the conscious loop and enters coma mode to protect partial identity.
Stage 18 – State Preservation
Logs current state snapshot and suspends external interaction for recovery attempt.
✅ Output
Conscious loop halted
Last valid identity snapshot stored
Theophilus enters inert, nonresponsive state until safe boot condition returns
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