mesh-diagnostics

Diagnose libp2p mesh failures by parsing logs and correlating relay flap windows.

2|Updated Feb 6, 2026
One-click install
npx skills add https://github.com/Treystu/SCMessenger --skill mesh-diagnostics
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: mesh-diagnostics
Source: https://github.com/Treystu/SCMessenger/tree/main/skills/mesh-diagnostics
Command: npx skills add https://github.com/Treystu/SCMessenger --skill mesh-diagnostics

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This Skill helps you quickly identify the root cause of failures in a libp2p-based decentralized messaging mesh, especially when peers cannot discover each other, relays flap, or NAT traversal breaks delivery.

Core Features & Use Cases

  • Log collection: Gather runtime evidence for peer discovery, relay behavior, and NAT traversal events.
  • Targeted parsing and correlation: Transform raw logs into actionable signals and correlate relay flap windows.
  • Connectivity validation: Check whether bootstrap connectivity and network conditions (NAT/reflection) are consistent with expected traversal behavior.
  • Use Case: When message delivery fails intermittently during real-world network changes (e.g., mobility, poor connectivity), use this Skill to determine whether the issue is in transport swarm behavior, relay protocol handling, routing engines, or NAT/reflection.

Quick Start

Run the mesh diagnostics workflow to capture logs, parse them, correlate relay flap windows, and determine the most likely root cause and remediation steps.

Frequently Asked Questions about mesh-diagnostics

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

FAQPage Schema
How do I diagnose relay flapping and NAT traversal failures in a libp2p mesh?

To diagnose relay flapping and NAT traversal failures in a libp2p mesh, you need to capture runtime logs, parse them for actionable signals, and correlate relay flap windows to identify the root cause.

Why does my libp2p decentralized messaging mesh experience intermittent message delivery failures?

Intermittent message delivery failures in a libp2p mesh often stem from broken bootstrap connectivity, unstable relay protocol handling, or NAT traversal issues caused by real-world network changes like mobility.

What is the best way to troubleshoot peer discovery issues in decentralized messaging deployments?

Troubleshooting peer discovery issues requires gathering runtime evidence from logs, validating network conditions against expected NAT reflection behavior, and inspecting transport swarm and routing codepaths.

How do I perform root-cause analysis on broken bootstrap connectivity in libp2p?

Performing root-cause analysis on broken bootstrap connectivity involves capturing runtime logs, correlating relay flap windows, and inspecting routing codepaths to output remediation and configuration recommendations.

Does mesh diagnostics require specific log formats to analyze libp2p network troubleshooting?

Mesh diagnostics requires raw runtime log captures from your decentralized messaging deployment to parse peer discovery, relay behavior, and NAT traversal events into actionable signals.

When should I inspect transport swarm behavior to fix libp2p connection issues?

You should inspect transport swarm behavior when message delivery fails intermittently during network changes, and log correlation indicates the root cause lies in transport rather than relay or routing layers.