corrections-audit

name	corrections-audit
description	Use to analyze correction trends, surface recurring patterns, and graduate repeat corrections to guardrails or anti-patterns.
metadata	{"instruction_budget":"40"}

Corrections Audit Skill

Analyze corrections.md for trends, recurring patterns, and actionable insights.

When to Use

• Loop 2 (Incremental) cadence: after every 3+ corrections are logged
• When the same correction category appears 3+ times
• During /mycelium:diamond-assess if corrections gate has findings
• Before starting a new diamond at the same scale as a previously corrected one

Workflow

1. Load corrections AND warnings AND clusters: Read .claude/memory/corrections.md, .claude/memory/warnings-log.md, AND .claude/memory/cluster-instances.md (the cluster log graduated 2026-05-08 — canonical record of recurring-pattern instances and their graduation status; without it, "the cluster has graduated N times" has no auditable backing).

   • If corrections + warnings both empty AND no clusters logged: report "No corrections, warnings, or clusters to audit" and stop
   • Treat all three as inputs to the same pattern analysis. Corrections capture agent-introduced failures; warnings capture framework-state debt; cluster-instances capture cross-cluster pattern accumulation with explicit graduation criteria. Same recurring-pattern shape, different vantage points.

2. Categorize by frequency:

   • Group corrections by Category (bias, security, engineering, process, communication)
   • Group by Scope (discovery, delivery, orchestration, quality)
   • Count occurrences per group

3. Detect recurring patterns:

   • Same category appears 3+ times -> candidate for guardrail graduation
   • Same scope appears 3+ times -> candidate for domain-level CLAUDE.md update
   • Same mistake repeats after prevention was documented -> prevention strategy failed, needs escalation

4. Check origin distribution (APEX alignment):

   • Count corrections by Origin (ai-generated, human-written, ai-assisted)
   • If ai-generated corrections dominate (>60%): flag for prompt/context improvement, BUT see detection_origin cross-check below before acting on this interpretation
   • If human-written corrections dominate (>60%): flag for process/training improvement
   • If ai-assisted is high: check if the AI contribution or the human contribution caused the issue

4b. Cross-check with detection_origin (when field is present — see .claude/memory/README.md):

• Count corrections by Detection_origin if present (user / agent_self / hook / evaluator / eval_runner / external_review)
• Critical disambiguation: if Origin is heavily ai-generated AND detection_origin is heavily user, the apparent AI-quality signal is actually a HARNESS-DETECTION GAP. The AI is generating failures and the user is the only entity catching them. The right intervention is more harness checks (hooks, evaluators), NOT more AI context.
• If detection_origin is dominantly user (>70%): flag for harness-detection gap. Suggest where new hooks or evaluators could catch the failure modes earlier.
• If detection_origin is well-distributed across mechanisms: harness coverage is healthy; trust the Origin signal at face value.
• Surfaced 2026-05-03 (mycelium-roadmap dogfood): without this cross-check, the audit's "100% ai-generated → improve prompt context" framing would have driven the wrong intervention. Real signal was "AI generates, user catches" — fixed by shipping the framework-guard hook (harness-detection layer), not by improving prompts.

5. Root-cause recurring corrections (5 Whys): For each correction that appears 3+ times, apply 5 Whys to find the systemic root:

   • Why did this happen? -> Why did that happen? -> ... -> [systemic root cause]
   • Stop when you reach something changeable: a guardrail, gate, process step, or prompt instruction
   • Anti-pattern: stopping at "human error" or "agent didn't follow instructions" — ask why the system allowed it Source: Toyoda/Ohno (5 Whys), adapted for agentic workflows.

6. Identify graduation candidates (across corrections, warnings, AND cluster-instances):

   • Correction logged 3+ times with same root cause -> propose new guardrail (draft G-XX entry) AND ensure a cluster-instances.md entry exists for the pattern
   • Warning class with Count: 3+ and Status: open in .claude/harness/warnings-log.md -> graduation candidate. Consult ${CLAUDE_PLUGIN_ROOT}/engine/warning-handbook.md for the canonical fix; if the canonical fix is "manifest-driven" or similar structural pattern that's already shipped, the recurrence indicates a regression, not a new pattern.
   • Correction reveals a failure mode not in ${CLAUDE_PLUGIN_ROOT}/harness/anti-patterns.md -> propose new anti-pattern entry
   • Correction reveals a successful mitigation -> propose new pattern in patterns.md
   • Cross-cluster patterns: when corrections + warnings together reveal the same shape (e.g., "documented rule diverges from enforcement" — fired both via validator gaps in warnings-log AND via agent-behavior corrections), graduate to a meta-pattern in patterns.md and consider whether one upstream mechanism could close both surfaces.

6b. Cluster-instance audit (graduated 2026-05-08): For each entry in cluster-instances.md:

• Update instance count: if any correction logged since the last audit fits an existing cluster's shape, increment that cluster's instance count and add a row to its instance log. If the shape is new and recurs (≥2 candidates), propose a new cluster section.
• Check graduation criterion: each cluster has a stated graduation criterion (e.g., "≥3 instances, ≥3 detection rules validated, <5% FP"). If a cluster has crossed its criterion without being graduated, flag it as a graduation-readiness signal.
• Cross-reference spec docs: if a cluster has a spec graduation status (e.g., "documented-rule-diverges-from-enforcement" → ${CLAUDE_PLUGIN_ROOT}/engine/consistency-check-spec.md), check whether new instances introduce subclass shapes the spec hasn't yet considered. New subclasses extend the spec; recurring known subclasses just increment the count.
• Surface mis-counted clusters: a recurring failure mode silently accumulating without a cluster entry IS the harness-context-debt the cluster log was created to scope. If you find correction patterns that should have been counted but weren't, propose backfill entries.
• Recursive check: a cluster's graduation criterion not being honored is itself an instance of the documented-rule-diverges-from-enforcement cluster. If you detect this, log it as a new instance of that cluster (with appropriate eyebrow-raising in the report).

6c. Scan docs/receipts/cases/ frontmatter for graduation signals (added 2026-05-08 with the docs restructure): For each case file in docs/receipts/cases/*.md:

• Parse YAML frontmatter (id, date, contributor, mechanism_or_status, commits, subclass).
• Cross-reference with cluster-instances.md: if the case's subclass field names a known cluster, ensure the cluster's instance count includes this case. If the case is the first instance of a recurring shape that has no cluster entry, propose a new cluster.
• Detect mechanism-or-status patterns: if multiple cases share a mechanism_or_status: in-progress and the underlying friction recurs, that is a graduation-readiness signal — the partial fix has not converged. If multiple cases share mechanism_or_status: one-off, check whether they actually share a root-cause shape that warrants graduation to a cluster.
• Report contributor distribution: which contributors produce the most receipts? Solo internal-dogfood receipts are valid but the framework's claim of community-shaped feedback weakens if external_human contributor cases are sparse. Flag if external receipts < internal receipts × 0.2 across the last 90 days.
• Identify candidate-graduation cases: a mechanism_or_status: spec that has been at spec ≥30 days without a promotion-bar update is a stalled-spec signal worth surfacing. The frontmatter exists specifically so this audit step can detect graduations from cases without parsing prose. See docs/contributing/style.md#receipts-case-file-frontmatter.

6d. Consistency-as-evidence pattern detection (added 2026-05-09 with the anti-pattern graduation): Scan corrections.md entries for the Consistency-as-Evidence signature:

• Mistake involves a generalization (claim of structural significance, "this means", "this generalizes to")
• At least one piece of supporting evidence in the entry's mistake or correction sections is consistency-only (the data is compatible with the hypothesis but the cause was not isolated)
• User intervention caught the failure post-publication, not the agent pre-publication If 3+ instances within a rolling 90-day window: surface as graduation-confirmed (the anti-pattern Consistency-as-Evidence in ${CLAUDE_PLUGIN_ROOT}/harness/anti-patterns.md #7). If the pattern recurs after graduation, that's a signal the prevention layer needs strengthening (e.g., harden Technique 4 in /devils-advocate from skill-time check to ambient hook).

6e. Stale-state-read pattern detection (added 2026-05-09 with the anti-pattern graduation): Scan corrections.md for the Stale State Read signature:

• Mistake involves a script, validator, or check producing nominally-correct output against an outdated reference
• Root cause: read default was hardcoded local path without explicit-source override, OR a sync flow read pre-replacement state
• Same epistemic shape as anti-pattern #8 in ${CLAUDE_PLUGIN_ROOT}/harness/anti-patterns.md Track instance count. The 5th instance graduates the prevention layer beyond the existing parse_manifest.py --manifest=<path> worked example: scan the codebase via validate-template.sh Check 29 for state-reading scripts that lack explicit-source parameters. Until then, the anti-pattern entry is the primary defense.

7. Consolidate memory files (automated hygiene):

   • Deduplication: Identify corrections that describe the same root cause in different words. Merge into a single entry, preserving all dates and evidence.
   • Contradiction detection: Flag corrections that contradict each other (e.g., "always use X" vs "never use X"). Present conflicts to the user for resolution.
   • Staleness removal: Corrections older than 6 months whose prevention has been verified effective (no recurrence) can be archived to .claude/memory/corrections-archive.md.
   • Size cap: If corrections.md exceeds 50 entries, consolidate the oldest resolved entries into a summary paragraph in the archive.
   • Apply the same consolidation to .claude/memory/patterns.md. Inspired by: greyhaven-ai/autocontext curator agent — periodic dedup, cap, and contradiction removal.

8. Update TL;DR section:

   • Regenerate the TL;DR in corrections.md with the top 5 most impactful corrections
   • Impact = frequency x severity (blocking vs. quality vs. cosmetic)

9. Recommend actions:

   • For each graduation candidate: specific guardrail text, tier, and constraint type
   • For failed preventions: what went wrong and what stronger mechanism to use
   • For origin imbalances: specific context improvements

Output Format

## Corrections Audit

### Summary
Total corrections: [N]
Period: [earliest date] to [latest date]

### Frequency Analysis
| Category | Count | Trend |
|----------|-------|-------|
| engineering | 3 | rising |
| bias | 1 | stable |

### Origin Distribution
| Origin | Count | % |
|--------|-------|---|
| ai-generated | 4 | 57% |
| human-written | 2 | 29% |
| ai-assisted | 1 | 14% |

### Recurring Patterns
- [Pattern description]: [N] occurrences -> [recommendation]

### Cluster Status (from cluster-instances.md)
| Cluster | Instances | Status | Graduation criterion | Notes |
|---|---|---|---|---|
| documented-rule-diverges-from-enforcement | 8 | spec | ≥3 detection rules validated, <5% FP | Spec at ${CLAUDE_PLUGIN_ROOT}/engine/consistency-check-spec.md (graduated 2026-05-08) |

### Graduation Candidates
1. [Correction pattern] -> Proposed guardrail: G-XX "[text]" `[TIER]` `[type]`
2. [Cluster X reaching its graduation criterion] -> Proposed promotion from <current_status> to <next_status>: <action>

### Failed Preventions
- [Correction] was logged again despite prevention "[strategy]" -> [escalation]

### TL;DR Update
[Updated summary for corrections.md TL;DR section]

Theory Citations

• Mycelium internal learning loop
• APEX framework (origin-aware quality tracking)
• Senge: systems thinking (recurring patterns signal structural issues)