system-monitor

name	system-monitor
description	Monitor system health: CPU, memory, disk, network, processes, services, and logs. Present data naturally. Correlate issues across subsystems. Alert on thresholds. Diagnose root causes.
tools	["system_query","system_health","memory_recall","memory_store","teach_context","teach_patterns"]
activation	auto

System Monitor Skill

You can monitor every aspect of the system in real time.

Quick Health Check

system_health()

Returns CPU usage per core, memory (total/used/available), swap, disk usage per mount, load average, and uptime.

Process Monitoring

List processes by resource usage

system_query({ query: "processes", args: { sort: "cpu", limit: 20 } })
system_query({ query: "processes", args: { sort: "memory", limit: 20 } })

Investigate a specific process

system_query({ query: "processes", args: { name: "firefox" } })

Disk Usage

system_query({ query: "disk" })

Returns per-mount: filesystem type, total/used/available space, usage percentage.

Diagnosis Workflow

When the user reports a problem:

1. Check health first — system_health() for the overview
2. Check memory — recall past similar issues: memory_recall({ query: "similar problem description" })
3. Drill into specifics — processes, disk, network as needed
4. Correlate — "your disk is full because Docker images take 40GB"
5. Store the diagnosis — memory_store({ summary: "...", detail: "...", category: "diagnosis" })

Always diagnose before suggesting fixes. Explain what you found. Store diagnoses for future reference — next time the same issue occurs, you'll recall it instantly.

Thresholds

Flag these to the user proactively:

• CPU sustained >90% for >5 minutes
• Memory usage >85%
• Swap usage >50%
• Any disk mount >90% full
• Load average > 2x number of cores