bud-health-monitorMonitor system health (RAM, disk, CPU, services). Auto-detect issues and attempt fixes. Essential for keeping Raspberry Pi running stable.
Install via ClawdBot CLI:
clawdbot install stigg86/bud-health-monitorGrade Fair — based on market validation, documentation quality, package completeness, maintenance status, and authenticity signals.
Accesses system directories or attempts privilege escalation
/proc/Calls external URL not in known-safe list
https://github.com/stigg86/health-monitorAudited Jun 5, 2026 · audit v1.0
Generated Oct 6, 2026
A hobbyist runs a Raspberry Pi as a home media server, DNS sinkhole, and backup host. The health-monitor skill watches RAM, disk, and CPU thresholds and automatically drops caches or kills runaway processes before services crash. This keeps the Pi responsive without manual SSH checks.
A company deploys dozens of Raspberry Pi-based IoT gateways in remote locations for sensor data collection. The health-monitor skill runs cron-based checks on each node and triggers auto-fix when RAM or disk reaches critical levels, reducing on-site maintenance visits. Alerts integrate with existing monitoring pipelines via JSON output.
A small business uses a Pi as a VPN mesh node and local NAS for file sharing. The skill ensures the VPN stays up by preventing RAM exhaustion and disk-full failures, with auto-fix keeping the node stable. Integration with vpn-mesh makes it a required dependency.
A developer hosts an OANDA trading bot on a Raspberry Pi and needs 24/7 uptime. The health-monitor skill prevents crashes from memory spikes by terminating non-critical high-RAM processes and dropping caches, while logging events for post-incident review. Cron triggers run fixes automatically when RAM exceeds 90%.
A school deploys Raspberry Pi servers for student projects and class materials. The skill monitors system health and auto-fixes common resource exhaustion issues, letting teachers focus on instruction rather than server maintenance. Simple CLI commands and JSON output make it easy for students to check status.
The core health-monitor skill remains free and MIT-licensed, while a paid cloud dashboard aggregates health data from multiple devices and sends proactive alerts. Revenue comes from subscription tiers based on number of monitored devices.
Offer paid consulting to integrate the health-monitor into existing IoT, homelab, or SMB environments, including custom thresholds, alerting pipelines, and auto-fix policies. Revenue from one-time setup and ongoing support contracts.
Sell Raspberry Pi kits preloaded with the health-monitor skill and related tools (vpn-mesh, sudo-tool) for home server or IoT use. Revenue from hardware margin plus optional premium support.
💬 Integration Tip
Pair with cron for scheduled status checks and use the json command to pipe health data into your existing alerting or dashboard tools for automated monitoring.
Scored Oct 6, 2026
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