A comprehensive monitoring skill for Pilot Protocol that aggregates peer status, encryption health, and bandwidth metrics into unified reports.
Install & Download
1. ClawHub CLI
The fastest way to install a skill directly from the registry.
npx clawhub@latest install pilot-mesh-status
2. Manual Installation
Copy the skill folder to one of these locations
~/.openclaw/skills/ <project>/skills/ Priority: Workspace > Local > Bundled
3. Prompt Installation
Copy this prompt to OpenClaw to install it automatically.
Help me install pilot-mesh-status using Clawhub. If Clawhub is not installed, install it first (npm i -g clawhub).
Prefer to download?
Get the raw skill files in a ZIP archive.
What is pilot-mesh-status?
pilot-mesh-status is a specialized diagnostic and reporting tool designed for the Pilot Protocol ecosystem. As part of the Openclaw Skills library, it provides developers and system administrators with deep visibility into the health and performance of their decentralized mesh networks. It goes beyond simple connectivity checks by synthesizing data regarding daemon uptime, resource consumption, and network membership.
By leveraging this skill, users can ensure their mesh nodes are operating within optimal parameters. It acts as a central intelligence hub for network telemetry, making it an essential component for anyone building or maintaining robust peer-to-peer infrastructure using Openclaw Skills.
pilot-mesh-status Use Cases
- Auditing network-wide encryption coverage to ensure data security standards.
- Troubleshooting latency or throughput bottlenecks between specific mesh nodes.
- Generating automated status reports for DevOps dashboards and monitoring alerts.
- Analyzing the ratio of direct versus relayed connections to optimize network topology.
- Tracking bandwidth consumption and resource usage across distributed agent instances.
How pilot-mesh-status Works
- The skill interfaces with the pilotctl binary to query the local daemon's current state.
- It executes a series of JSON-formatted commands to retrieve peer lists, active connection metadata, and agent info.
- The raw JSON data is parsed using tools like jq to calculate high-level metrics such as encryption percentages and total data transfer.
- It aggregates these metrics into a structured report covering daemon health, security, and performance dimensions.
- The finalized output provides a human-readable or machine-parsable summary of the entire mesh status.
pilot-mesh-status Setup
To use this skill, ensure you have the pilotctl binary installed and the daemon is active. Incorporate it into your workflow using the following steps:
# Ensure the pilotctl daemon is running
pilotctl daemon start
# Verify connection to the mesh
pilotctl --json daemon status
# Install the skill via the Openclaw Skills manager
# (Command depends on your specific agent configuration)
pilot-mesh-status Data Schema & Taxonomy
The skill processes and organizes network data according to the following taxonomy:
| Dimension | Description | Key Metrics |
|---|---|---|
| Daemon Health | Internal node state | Uptime, Memory (MB), Error rates |
| Membership | Network scale | Total peer count, Discovery status |
| Connectivity | Real-time links | Direct vs. Relay count, Port mapping |
| Performance | Traffic analysis | Bytes sent/received, RTT Latency |
| Security | Trust & Privacy | Encryption status, Mutual trust count |
pilot-mesh-status Advanced Features
- Multi-dimensional health reporting combining hardware resource usage with network telemetry.
- Real-time connection benchmarking to identify underperforming nodes using pilotctl bench.
- Automated encryption auditing to maintain 100% secure link coverage across the mesh.
- Seamless integration with shell-based automation for cron-based status logging and Openclaw Skills reporting.
SKILL.md
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