Audit AI Optimization

Single-Session AI Optimization Audit

Document Version: 1.1 Last Updated: 2026-02-23 Status: ACTIVE

This audit evaluates the AI-related infrastructure for efficiency: token waste, skill overlap, hook latency, context management, and automation gaps. It covers 12 domains across 3 stages with parallel agent execution.

When to Use

• Tasks related to audit-ai-optimization
• User explicitly invokes /audit-ai-optimization

When NOT to Use

• When the task doesn't match this skill's scope -- check related skills
• When a more specialized skill exists for the specific task

Quick Reference

Total: 11 agents across 3 stages

Persistence Rules

See Agent Return Protocol in .claude/skills/_shared/AUDIT_TEMPLATE.md. Additionally: verify all output files exist after each stage before proceeding (wc -l ${AUDIT_DIR}/*.jsonl). Re-run any agent that fails to write its file.

12 Audit Domains

Execution Mode Selection

Pre-Audit Setup

Step 0: Episodic Memory Search

Search for: ["ai-optimization", "token waste", "hook performance"]

Step 1: Check Thresholds

npm run review:check

Step 2: Create Audit Directory

AUDIT_DATE=$(date +%Y-%m-%d)
AUDIT_DIR="docs/audits/single-session/ai-optimization/audit-${AUDIT_DATE}"
mkdir -p "${AUDIT_DIR}"

Step 3: Verify Output Directory Variable (CRITICAL)

Verify AUDIT_DIR is set, exists, and is a proper subdirectory (not root).

Step 4: Load Baselines

Load FALSE_POSITIVES.jsonl, prior audit results, and count baseline metrics (skill lines, hook lines, script count).

Stage 1: Core Efficiency (3 Agents, Parallel)

Goal: Identify dead assets, fragile parsing, and token waste. All Stage 1 agents are independent. Stage 2 depends on Stage 1; Stage 3 depends on both.

Agent 1A: Dead Assets

Task(subagent_type="Explore", prompt="""
Audit dead/orphaned documentation and scripts in this codebase:

**Dead Documentation:**
- Find .md files not referenced by any other file (grep for filename)
- Check docs/ for files with "DEPRECATED" or "ARCHIVED" that aren't in archive/
- Find docs with last-modified date >60 days old that aren't reference docs
- Check DOCUMENTATION_INDEX.md for entries pointing to missing files

**Dead Scripts:**
- Find scripts/*.js files not referenced in package.json, hooks, or other scripts
- Check npm scripts in package.json for commands that reference missing files
- Find scripts with no callers (grep for filename across repo)
- Check .claude/hooks/*.js for unused hook scripts

**Output Format:** JSONL with one finding per line:
{"category":"ai-optimization","title":"...","fingerprint":"ai-optimization::FILE::dead-TYPE","severity":"S2|S3","effort":"E0|E1","confidence":0-100,"files":["path"],"why_it_matters":"...","suggested_fix":"...","acceptance_tests":["..."]}

CRITICAL: Write findings to: ${AUDIT_DIR}/stage-1a-dead-assets.jsonl
Use the Write tool. Return ONLY: COMPLETE: 1A wrote N findings to ${AUDIT_DIR}/stage-1a-dead-assets.jsonl
""")

Agent 1B: Fragile Parsing & Format Waste

Task(subagent_type="Explore", prompt="""
Audit fragile parsing patterns and format waste:

**Fragile Parsing (Domains 3-4):**
- Find regex-heavy markdown parsing that could use a library or line-split
- Check for multi-line regex with greedy quantifiers (ReDoS risk)
- Find scripts parsing JSON with regex instead of JSON.parse
- Check for string manipulation where path.join/path.resolve should be used

**Format Waste:**
- Find verbose console.log output in hooks (token cost per session)
- Check for redundant status messages that repeat information
- Find scripts generating human-readable output that's only machine-consumed
- Check JSONL files for fields that are always null/empty

**Output Format:** JSONL per finding:
{"category":"ai-optimization","title":"...","fingerprint":"ai-optimization::FILE::ISSUE","severity":"S1|S2|S3","effort":"E0|E1|E2","confidence":0-100,"files":["path"],"why_it_matters":"...","suggested_fix":"...","acceptance_tests":["..."]}

CRITICAL: Write findings to: ${AUDIT_DIR}/stage-1b-parsing-format.jsonl
Return ONLY: COMPLETE: 1B wrote N findings to ${AUDIT_DIR}/stage-1b-parsing-format.jsonl
""")

Agent 1C: AI Instruction Bloat

Task(subagent_type="Explore", prompt="""
Audit AI instruction efficiency (Domain 5):

**SKILL.md Bloat:**
- Measure line counts of all .claude/skills/*/SKILL.md files
- Flag skills >500 lines — check for duplicated boilerplate
- Compare skills that share >50% content (should reference shared base)
- Check for example code blocks >20 lines (should be external files)

**CLAUDE.md Efficiency:**
- Check CLAUDE.md for content that could be in on-demand reference docs
- Verify the progressive disclosure model is working (Tier 1-4)
- Check if any Tier 1 content exceeds the ~120 line budget

**Hook Prompt Bloat:**
- Check .claude/hooks/*.js for inline prompts >10 lines
- Find hooks that read large files into prompt context unnecessarily
- Check SessionStart output size (tokens consumed per session start)

**Output Format:** JSONL per finding:
{"category":"ai-optimization","title":"...","fingerprint":"ai-optimization::FILE::ISSUE","severity":"S2|S3","effort":"E0|E1|E2","confidence":0-100,"files":["path"],"why_it_matters":"...","suggested_fix":"...","acceptance_tests":["..."]}

CRITICAL: Write findings to: ${AUDIT_DIR}/stage-1c-instruction-bloat.jsonl
Return ONLY: COMPLETE: 1C wrote N findings to ${AUDIT_DIR}/stage-1c-instruction-bloat.jsonl
""")

Stage 1 Checkpoint

# Verify all Stage 1 outputs exist
for f in stage-1a-dead-assets.jsonl stage-1b-parsing-format.jsonl stage-1c-instruction-bloat.jsonl; do
  if [ ! -s "${AUDIT_DIR}/$f" ]; then
    echo "MISSING: $f — re-run agent"
  else
    echo "OK: $f ($(wc -l < "${AUDIT_DIR}/$f") findings)"
  fi
done

Stage 2: Extended Analysis (5 Agents, 2 Waves)

Goal: Analyze hook performance, skill architecture, MCP config, context usage, and state management.

Wave 2A (3 agents, parallel)

Agent 2A: Hook Efficiency

Task(subagent_type="Explore", prompt="""
Audit hook efficiency (Domains 6-7):

**Hook Latency:**
- Read all .claude/hooks/*.js files
- Identify hooks that spawn child processes (execFileSync, execSync, spawnSync)
- Check for sequential operations that could be parallel
- Measure complexity: count file reads, external calls, JSON parses per hook
- Flag hooks with >3 sequential external calls

**Subprocess Overhead:**
- Find hooks that call `node scripts/...` for simple checks
- Check for redundant process spawning (same script called by multiple hooks)
- Find hooks that read large files (>10KB) synchronously
- Check if any hooks duplicate work done by other hooks

**Output Format:** JSONL per finding:
{"category":"ai-optimization","title":"...","fingerprint":"ai-optimization::FILE::ISSUE","severity":"S1|S2|S3","effort":"E0|E1|E2","confidence":0-100,"files":["path"],"why_it_matters":"...","suggested_fix":"...","acceptance_tests":["..."]}

CRITICAL: Write findings to: ${AUDIT_DIR}/stage-2a-hook-efficiency.jsonl
Return ONLY: COMPLETE: 2A wrote N findings to ${AUDIT_DIR}/stage-2a-hook-efficiency.jsonl
""")

Agent 2B: Skill Architecture

Task(subagent_type="Explore", prompt="""
Audit skill architecture (Domains 8-9):

**Skill Overlap:**
- Read all .claude/skills/*/SKILL.md frontmatter (name, description)
- Identify skills with overlapping purposes
- Check for skills that reference the same scripts/tools
- Flag skill pairs with >30% shared scope

**Agent Prompt Quality:**
- Check skills that define agent prompts (Task tool calls)
- Verify each agent prompt includes: output file path, JSONL format, evidence req
- Flag prompts missing the CRITICAL RETURN PROTOCOL
- Check for vague prompts ("analyze the code" without specific instructions)

**Output Format:** JSONL per finding:
{"category":"ai-optimization","title":"...","fingerprint":"ai-optimization::FILE::ISSUE","severity":"S2|S3","effort":"E0|E1|E2","confidence":0-100,"files":["path"],"why_it_matters":"...","suggested_fix":"...","acceptance_tests":["..."]}

CRITICAL: Write findings to: ${AUDIT_DIR}/stage-2b-skill-architecture.jsonl
Return ONLY: COMPLETE: 2B wrote N findings to ${AUDIT_DIR}/stage-2b-skill-architecture.jsonl
""")

Agent 2C: MCP Config

Task(subagent_type="Explore", prompt="""
Audit MCP configuration efficiency (Domain 10):

**MCP Server Usage:**
- Read .claude/mcp.json (or mcp.json) for configured servers
- Check which MCP tools are actually called in skills/hooks
- Flag servers configured but never used
- Check for duplicate tool capabilities across servers

**MCP Tool Efficiency:**
- Find mcp__* calls in skills/hooks — are they necessary?
- Check for MCP calls that could be replaced by local operations
- Flag tools with high latency that have local alternatives

**Output Format:** JSONL per finding:
{"category":"ai-optimization","title":"...","fingerprint":"ai-optimization::FILE::ISSUE","severity":"S2|S3","effort":"E0|E1","confidence":0-100,"files":["path"],"why_it_matters":"...","suggested_fix":"...","acceptance_tests":["..."]}

CRITICAL: Write findings to: ${AUDIT_DIR}/stage-2c-mcp-config.jsonl
Return ONLY: COMPLETE: 2C wrote N findings to ${AUDIT_DIR}/stage-2c-mcp-config.jsonl
""")

Wave 2B (2 agents, parallel)

Agent 2D: Context Optimization

Task(subagent_type="Explore", prompt="""
Audit context window optimization (Domain 11):

**Excessive Context Loading:**
- Check session-begin skill for how many files are read at startup
- Verify progressive disclosure tiers work (Tier 1 always, Tier 2-4 on-demand)
- Find skills that read entire large files when they only need a section
- Check for hooks that inject large blocks into conversation context

**Unnecessary Reads:**
- Find patterns where the same file is read multiple times in a skill
- Check for skills that read files not relevant to their domain
- Flag read operations for files >500 lines where only headers are needed

**Output Format:** JSONL per finding:
{"category":"ai-optimization","title":"...","fingerprint":"ai-optimization::FILE::ISSUE","severity":"S2|S3","effort":"E0|E1|E2","confidence":0-100,"files":["path"],"why_it_matters":"...","suggested_fix":"...","acceptance_tests":["..."]}

CRITICAL: Write findings to: ${AUDIT_DIR}/stage-2d-context-optimization.jsonl
Return ONLY: COMPLETE: 2D wrote N findings to ${AUDIT_DIR}/stage-2d-context-optimization.jsonl
""")

Agent 2E: Memory & State Management

Task(subagent_type="Explore", prompt="""
Audit memory and state management (Domain 12):

**Bloated State Files:**
- Check .claude/state/ for files >100KB
- Check .claude/hooks/ for state files that grow without bounds
- Find JSONL log files without rotation/archival logic
- Check if override-log.jsonl, commit-log.jsonl, etc. have size caps

**Missing Cleanup:**
- Check session-end skill for state cleanup completeness
- Find temporary files that persist across sessions
- Check for state files referenced in code but never created
- Verify handoff.json cleanup logic works

**Memory Files:**
- Check MEMORY.md size (should stay under 200 lines)
- Find topic memory files that are stale or redundant
- Check if memory files contradict current codebase state

**Output Format:** JSONL per finding:
{"category":"ai-optimization","title":"...","fingerprint":"ai-optimization::FILE::ISSUE","severity":"S2|S3","effort":"E0|E1|E2","confidence":0-100,"files":["path"],"why_it_matters":"...","suggested_fix":"...","acceptance_tests":["..."]}

CRITICAL: Write findings to: ${AUDIT_DIR}/stage-2e-memory-state.jsonl
Return ONLY: COMPLETE: 2E wrote N findings to ${AUDIT_DIR}/stage-2e-memory-state.jsonl
""")

Stage 2 Checkpoint

Verify all 5 stage-2 JSONL files exist and are non-empty before proceeding.

Stage 3: Synthesis (3 Agents, Parallel)

Goal: Identify automation gaps, cross-cutting patterns, and priority ranking.

Agent 3A: Automation Gaps

Task(subagent_type="Explore", prompt="""
Analyze automation coverage gaps (Domain: Automation Gaps):

Read ALL Stage 1 and Stage 2 findings from ${AUDIT_DIR}/stage-*.jsonl.

**Identify:**
- Manual processes that should be automated
- Checks that exist but aren't wired into hooks/CI
- Scripts that are run manually but could be hook-triggered
- Missing quality gates in the pre-commit/pre-push chain
- Pattern compliance rules that should be added

**Output Format:** JSONL per finding:
{"category":"ai-optimization","title":"...","fingerprint":"ai-optimization::FILE::ISSUE","severity":"S1|S2|S3","effort":"E1|E2|E3","confidence":0-100,"files":["path"],"why_it_matters":"...","suggested_fix":"...","acceptance_tests":["..."]}

CRITICAL: Write findings to: ${AUDIT_DIR}/stage-3a-automation-gaps.jsonl
Return ONLY: COMPLETE: 3A wrote N findings to ${AUDIT_DIR}/stage-3a-automation-gaps.jsonl
""")

Agent 3B: Cross-Cutting Patterns

Task(subagent_type="Explore", prompt="""
Analyze cross-cutting patterns across all audit findings:

Read ALL Stage 1 and Stage 2 findings from ${AUDIT_DIR}/stage-*.jsonl.

**Identify:**
- Patterns that appear across multiple domains (e.g., same issue in hooks AND skills)
- Systemic issues (e.g., all scripts missing error handling)
- Root causes that explain multiple findings
- Cascading issues (fixing A would also fix B, C)

**Output Format:** JSONL per pattern:
{"category":"ai-optimization","title":"Cross-cutting: ...","fingerprint":"ai-optimization::cross-cutting::PATTERN","severity":"S1|S2","effort":"E1|E2|E3","confidence":0-100,"files":["file1","file2"],"why_it_matters":"...","suggested_fix":"...","acceptance_tests":["..."]}

CRITICAL: Write findings to: ${AUDIT_DIR}/stage-3b-cross-cutting.jsonl
Return ONLY: COMPLETE: 3B wrote N findings to ${AUDIT_DIR}/stage-3b-cross-cutting.jsonl
""")

Agent 3C: Synthesis & Priority Ranking

Task(subagent_type="general-purpose", prompt="""
Synthesize all findings into a prioritized report:

Read ALL findings from ${AUDIT_DIR}/stage-*.jsonl.

**Create two outputs:**

1. **Deduplicated findings JSONL** — Merge all stage findings, remove duplicates
   (same fingerprint), merge related findings into composite items where appropriate.
   Write to: ${AUDIT_DIR}/all-findings-deduped.jsonl

2. **Executive summary report** with:
   - Total findings by severity (S0/S1/S2/S3)
   - Top 10 highest-impact items (sorted by severity then effort)
   - Domain heatmap: which of the 12 domains has most findings
   - Quick wins: S2+ items with E0 effort
   - Recommended action plan (grouped by sprint/phase)

   Write to: ${AUDIT_DIR}/AI_OPTIMIZATION_AUDIT_REPORT.md

CRITICAL: Write BOTH files. Return ONLY: COMPLETE: 3C wrote N deduped findings + report
""")

Stage 3 Checkpoint

for f in stage-3a-automation-gaps.jsonl stage-3b-cross-cutting.jsonl all-findings-deduped.jsonl AI_OPTIMIZATION_AUDIT_REPORT.md; do
  if [ ! -s "${AUDIT_DIR}/$f" ]; then
    echo "MISSING: $f — re-run agent"
  else
    echo "OK: $f"
  fi
done

Standard Audit Procedures

Read .claude/skills/_shared/AUDIT_TEMPLATE.md for: Evidence Requirements, Dual-Pass Verification, Cross-Reference Validation, JSONL Output Format, Context Recovery, Post-Audit Validation, MASTER_DEBT Cross-Reference, Interactive Review, TDMS Intake & Commit, Documentation References, Agent Return Protocol, and Honesty Guardrails.

Skill-specific TDMS intake:

node scripts/debt/intake-audit.js ${AUDIT_DIR}/all-findings-deduped.jsonl \
  --source "audit-ai-optimization-$(date +%Y-%m-%d)"

Sequential Fallback

If parallel execution is not available, run agents sequentially in this order:

1. Agent 1A (Dead Assets)
2. Agent 1B (Parsing & Format)
3. Agent 1C (Instruction Bloat)
4. Agent 2A (Hook Efficiency)
5. Agent 2B (Skill Architecture)
6. Agent 2C (MCP Config)
7. Agent 2D (Context Optimization)
8. Agent 2E (Memory & State)
9. Agent 3A (Automation Gaps)
10. Agent 3B (Cross-Cutting)
11. Agent 3C (Synthesis)

Run checkpoints after agents 3, 8, and 11.

Version History

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