Project: SF Autonomous Self-Healing

What This Is

This project implements self-healing capabilities for the Singularity Forge (SF) autonomous execution loop. It addresses the issue of the loop halting silently when encountering blocking states, such as "needs-attention" validation verdicts, by introducing graduated escalation (notifications, self-feedback) and automated recovery (auto-remediation, auto-deferral).

Core Value

The autonomous loop should never sit silently stuck. Every halt must be communicated to the operator and, where safe, attempts should be made to resolve the blockage autonomously.

Current State

The SF autonomous loop identifies terminal states (action: "stop") in its dispatch rules, but the loop simply ceases execution without proactive notification. Stuck detection exists for cycles (sliding-window) but not for persistent "stop" states.

Architecture / Key Patterns

Auto-Loop: src/resources/extensions/sf/auto/loop.js manages iteration and phase dispatch.
Dispatch Rules: src/resources/extensions/sf/uok/auto-dispatch.js determines the next action based on milestone/slice state.
Self-Feedback: src/resources/extensions/sf/self-feedback.js provides the registry for anomalous behavior.

Capability Contract

See .sf/REQUIREMENTS.md for the explicit capability contract, requirement status, and coverage mapping.

Milestone Sequence

M003: Autonomous Self-Healing and Escalation — Implement loop watchdog, notification plumbing, and validation-recovery policies.

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