zouroboros-introspect

Measure system health across memory, routing, and evaluation metrics and output a ranked scorecard.

23|4|Updated Mar 27, 2026
One-click install
npx skills add https://github.com/marlandoj/zouroboros --skill zouroboros-introspect
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: zouroboros-introspect
Source: https://github.com/marlandoj/zouroboros/tree/main/packages/selfheal/docs/introspect
Command: npx skills add https://github.com/marlandoj/zouroboros --skill zouroboros-introspect

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes references (resource) components.

What problem does it solve?

Detects and ranks systemic degradation across Zouroboros subsystems so engineers and autonomous governors can prioritize fixes before failures cascade.

Core Features & Use Cases

  • Composite Health Scoring: Aggregates weighted metrics (memory recall, graph connectivity, routing accuracy, eval calibration, procedure freshness, episode velocity) into a 0–100 composite score.
  • Per-Metric Diagnostics: Produces per-metric scores, trends, and HEALTHY/WARNING/CRITICAL status with recommended remediation actions.
  • Operational Integration: Exports JSON, optionally persists the scorecard as an episodic memory, and feeds the prescription engine for automated evolution.
  • Use Case: Schedule a daily 05:00 introspection to detect regressions in multi-agent routing or memory recall and automatically generate prioritized playbook recommendations.

Quick Start

Run the introspection now, produce the ranked scorecard, and store the result as an episodic memory.

Frequently Asked Questions about zouroboros-introspect

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I monitor multi-agent system health to detect routing regressions and memory degradation?

Multi-agent system health monitoring aggregates weighted metrics for memory recall, graph connectivity, routing accuracy, and episode velocity into a 0–100 composite score, generating a ranked scorecard with HEALTHY/WARNING/CRITICAL statuses and recommended remediation actions.

What metrics should I track for autonomous swarm introspection and operational pipeline maintenance?

Autonomous swarm introspection tracks memory recall, knowledge graph connectivity, routing accuracy, evaluation calibration, procedure freshness, and episode velocity, outputting per-metric diagnostics with trends and threshold-based status classifications.

Can I export system health scorecards as JSON for automated remediation pipelines?

Yes, system health scorecards export to JSON and optionally persist as episodic memories, feeding downstream prescription engines for automated evolution and prioritized playbook recommendations.

How do I schedule daily health checks for multi-agent orchestration subsystems?

Daily health checks for multi-agent orchestration run on-demand or scheduled introspection, measuring subsystem degradation across memory, knowledge graph, swarm routing, and evaluation calibration to produce ranked improvement scorecards.

What's the best way to prioritize fixes when multi-agent memory and routing subsystems degrade?

Prioritize fixes by running an introspection scorecard that ranks systemic degradation across subsystems, assigning per-metric scores and remediation actions so engineers can address CRITICAL issues before failures cascade.

When should I not rely on composite health scoring for multi-agent orchestration?

Composite health scoring may not suit environments lacking episodic memory storage or metrics pipelines, as it depends on aggregating memory recall, graph connectivity, routing accuracy, and procedure freshness data to produce actionable diagnostics.