Raspberry Pi health monitor. Check CPU temperature, throttling status, voltage levels, memory/disk usage, fan RPM, overclock detection, and power issues. Use when monitoring Pi health, diagnosing thermal throttling, checking for under-voltage, or verifying system stability on any Raspberry Pi (Pi 3/4/5, arm64/armhf).
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Select your agent
Option 1: Install via CLI (recommended)
Recommended (no pre-install needed)
npx clawhub@latest --dir ~/.claude/skills install pi-healthOr via clawhub CLI (if already installed)
clawhub --dir ~/.claude/skills install pi-healthβ οΈ Requires Node.js 18+. No Node? Use Option 2 below to download the ZIP instead. Install Node.js β
Option 2: Manual install (no Node required)
Download the ZIP, extract it, and place the folder at the path below. Restart your agent to activate.
Install path
~/.claude/skills/pi-health/π‘Extract and place the folder at the path above, then restart your agent.
Category
π»Developer & DevOpsPlatforms
What Pi Health can do for your AI workflow
Raspberry pi health monitor directly from your Claude conversation
Works across Claude, Cursor, OpenClaw β install once, use everywhere
Trusted by 1,415+ developers worldwide
One-command installation β no complex setup required
Combine with other skills to build powerful multi-step AI workflows
Try these prompts with your AI agent after installing Pi Health
Help me get started with Pi Health
Explains what Pi Health does, walks through the setup, and runs a quick demo based on your current project
Use Pi Health to raspberry Pi health monitor
Invokes Pi Health with the right parameters and returns the result directly in the conversation
What can I do with Pi Health in my developer & devops workflow?
Lists the top use cases for Pi Health, with example commands for each scenario
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Pi Health extends your AI assistant with the ability to raspberry Pi health monitor. Check CPU temperature, throttling status, voltage levels, memory/disk usage, fan RPM, overclock detection, and power issues. Use when monitoring Pi health, diagnosing thermal throttling, checking for under-voltage, or verifying system stability on any Raspberry Pi (Pi 3/4/5, arm64/armhf). Rather than leaving your conversation to handle this manually, you can ask your Claude agent directly β and it will take care of the task end-to-end, using Pi Health as its underlying capability.
Pi Health works across Claude, Cursor, OpenClaw through the Model Context Protocol (MCP) β an open standard that lets AI clients share tools and skills without lock-in. Because MCP is platform-agnostic by design, you install Pi Health once and it becomes available across all your AI clients. Whether you're working in Claude for focused sessions or Cursor for integrated workflows, the skill behaves consistently.
To install Pi Health, copy the skill folder to `~/.claude/skills/pi-health/` for use across all your projects, or `.claude/skills/pi-health/` for a single project. Restart Claude and the skill is immediately active β invoke it with `/pi-health` or just describe your goal and the AI will pick it up automatically.
Pi Health has been installed 1,415 times, making it one of the more actively used skills in the Developer & DevOps category. The install rate suggests it solves a real, recurring need rather than a niche edge case. Like all skills on DiscoverAISkills, it is free to install and use. The broader AI skills ecosystem continues to expand as developers contribute new capabilities across categories like developer tools, data analysis, writing, automation, and more.
Place the skill folder at ~/.claude/skills/pi-health/ for personal use (all projects), or .claude/skills/pi-health/ for project-specific use. Restart your AI client, then invoke with /pi-health or let the AI discover it automatically.
Pi Health supports Claude, Cursor, OpenClaw. It integrates seamlessly with these AI platforms to extend their capabilities.
Pi Health is free to install. Check the repository for licensing information.
Raspberry Pi health monitor. Check CPU temperature, throttling status, voltage levels, memory/disk usage, fan RPM, overclock detection, and power issues. Use when monitoring Pi health, diagnosing thermal throttling, checking for under-voltage, or verifying system stability on any Raspberry Pi (Pi 3/4/5, arm64/armhf).
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