Claude Skill

delegation-audit

Audit model delegation and subagent effectiveness for a session — which models handled which subagent types, per-type success rates and average durations, and wasted delegations (heavy models on trivial work or types that consistently fail) — using the Agent Monitor workflow inte

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hoangsonww/claude-code-agent-monitor 1014 238 forks MIT Updated 21h ago

Part of hoangsonww/claude-code-agent-monitor — 86 skills

Install

skills CLI

npx skills add https://github.com/hoangsonww/Claude-Code-Agent-Monitor/tree/master/plugins/ccam-workflows/skills/delegation-audit

Claude Code

claude plugin marketplace add https://llmmart.ai/marketplace.json && claude plugin install hoangsonww-claude-code-agent-monitor@llmmart

Git git clone https://github.com/hoangsonww/Claude-Code-Agent-Monitor.git

The skills CLI installs just this skill, for any of its supported agents. Claude Code installs the whole hoangsonww/claude-code-agent-monitor collection as a plugin from our marketplace. Git is the plain clone.

Skill manifest

Delegation Audit

Audit how a Claude Code session delegated work: model-to-subagent mapping and whether each delegation paid off.

Input

The user provides: $ARGUMENTS

A session ID. If empty, fetch GET /api/sessions?limit=1 and audit the most recent session, stating which one.

Data Sources

Endpoint	Returns
`GET /api/workflows/{sessionId}`	The `modelDelegation` dataset (which models are delegated which subagent types) and the `effectiveness` dataset (per-type completion/success rate, avg duration, task success)
`GET /api/agents`	Raw subagent records (`type`, `model`, `status`, `depth`, `parent`) to corroborate counts and statuses

Report Sections

1. Delegation Matrix

From modelDelegation: a model × subagent-type table of how many agents of each type each model ran.

Model	explore	code-review	debugger	...	Total

2. Effectiveness by Subagent Type

From effectiveness: per type, the success rate and average duration. | Subagent type | Count | Success rate | Avg duration | Verdict | |---------------|-------|--------------|--------------|---------| Mark types below ~70% success as low-yield.

3. Wasted Delegations

Flag, with evidence:

A heavy model (e.g. Opus) assigned to a simple/low-stakes subagent type that a cheaper model handled successfully elsewhere — candidate for rebalancing.
Subagent types with low success rates (effort spent, task not completed).
Duplicate delegations: the same type spawned repeatedly with poor success (retry churn).

4. Rebalancing Suggestions

Concrete model reassignments grounded in the matrix and effectiveness data. State the type, the model used, the success rate, and the suggested model — only where the data supports it.

Output

Markdown tables for the matrix and effectiveness.
Success rates as percentages; durations in human units (e.g. 1m 12s).
Use ▲/▼ when comparing a type's success rate against the session-wide average.
Cite only numbers returned by the API; do not infer success rates that the effectiveness dataset does not provide.
If the dashboard is unreachable, tell the user to start it with npm start from the repo root.

Files (claude-code-agent-monitor)

agents

openai.yaml 268 B

interface:
  display_name: "Delegation Audit"
  short_description: "Audit model delegation and subagent effectiveness for a..."
  default_prompt: "Use $delegation-audit to inspect CCAM data and complete this workflow safely."
policy:
  allow_implicit_invocation: true

SKILL.md 2.6 KB

---
name: delegation-audit
description: >
  Audit model delegation and subagent effectiveness for a session — which
  models handled which subagent types, per-type success rates and average
  durations, and wasted delegations (heavy models on trivial work or types
  that consistently fail) — using the Agent Monitor workflow intelligence API.
  Use when reviewing how a session delegated work across models and subagents.
---

# Delegation Audit

Audit how a Claude Code session delegated work: model-to-subagent mapping and whether each delegation paid off.

## Input

The user provides: **$ARGUMENTS**

A session ID. If empty, fetch `GET /api/sessions?limit=1` and audit the most recent session, stating which one.

## Data Sources

| Endpoint | Returns |
|----------|---------|
| `GET /api/workflows/{sessionId}` | The `modelDelegation` dataset (which models are delegated which subagent types) and the `effectiveness` dataset (per-type completion/success rate, avg duration, task success) |
| `GET /api/agents` | Raw subagent records (`type`, `model`, `status`, `depth`, `parent`) to corroborate counts and statuses |

## Report Sections

### 1. Delegation Matrix
From `modelDelegation`: a model × subagent-type table of how many agents of each type each model ran.
| Model | explore | code-review | debugger | ... | Total |
|-------|---------|-------------|----------|-----|-------|

### 2. Effectiveness by Subagent Type
From `effectiveness`: per type, the success rate and average duration.
| Subagent type | Count | Success rate | Avg duration | Verdict |
|---------------|-------|--------------|--------------|---------|
Mark types below ~70% success as low-yield.

### 3. Wasted Delegations
Flag, with evidence:
- A heavy model (e.g. Opus) assigned to a simple/low-stakes subagent type that a cheaper model handled successfully elsewhere — candidate for rebalancing.
- Subagent types with low success rates (effort spent, task not completed).
- Duplicate delegations: the same type spawned repeatedly with poor success (retry churn).

### 4. Rebalancing Suggestions
Concrete model reassignments grounded in the matrix and effectiveness data. State the type, the model used, the success rate, and the suggested model — only where the data supports it.

## Output

- Markdown tables for the matrix and effectiveness.
- Success rates as percentages; durations in human units (e.g. `1m 12s`).
- Use ▲/▼ when comparing a type's success rate against the session-wide average.
- Cite only numbers returned by the API; do not infer success rates that the `effectiveness` dataset does not provide.
- If the dashboard is unreachable, tell the user to start it with `npm start` from the repo root.