Automate MCP-backed system patrols and maintenance decisions across eight inspection areas.
npx skills add https://github.com/cloga/optimus-code --skill daily-ops
Please help me install this Agent Skill. Skill: daily-ops Source: https://github.com/cloga/optimus-code/tree/main/optimus-plugin/skills/daily-ops Command: npx skills add https://github.com/cloga/optimus-code --skill daily-ops
Autonomous patrol and maintenance decision framework for system stewards. Provides a structured inspection protocol across eight areas (task health, agent hygiene, VCS hygiene, memory hygiene, role health, release readiness, issue triage, failed task analysis) with a decision matrix mapping findings to actions. Use when awakened by Meta-Cron for routine system maintenance.
Trigger the daily-ops patrol to perform an automated system health check and generate a patrol report.
High-intent search queries and answers about installing and using this skill.
Automated system health checks are performed through an autonomous patrol protocol covering eight inspection areas like task health, agent hygiene, and release readiness. The workflow observes system state, applies a decision matrix, executes budgeted actions, and generates structured reports.
Autonomous patrol is a phased maintenance decision framework that automates issue triage across MCP-backed environments. It evaluates findings across eight inspection areas and maps them to actionable decisions using a structured Observe, Decide, Act, and Report workflow.
Yes, dry-run support is built into the patrol workflow for incident triage and release readiness assessment. This allows you to simulate maintenance decisions and observe potential actions without executing them, ensuring safe system patrols.
The patrol workflow supports action budgeting to limit automated maintenance operations and cross-patrol reporting to maintain continuity. It logs health updates and outputs structured patrol reports directly to the .optimus/reports directory.
The patrol inspects eight specific areas: task health, agent hygiene, VCS hygiene, memory hygiene, role health, release readiness, issue triage, and failed task analysis. These inspections ensure comprehensive system maintenance and structured incident triage.
Use an autonomous patrol when triggered by routine system maintenance schedules, such as Meta-Cron awakenings, to perform continuous health checks. It is ideal for maintaining MCP-backed environments requiring structured inspection, issue triage, and release readiness assessment.
tangzheng202202Schedule cron-like tasks with timezone-aware specific-time, duration-based, and one-time patterns.
rioX432Analyze crash reports, store reviews, and usage metrics to prioritize next actions.
knowledgeislandsAudit and clean Claude state across desktop, code, and chat surfaces.
tomzxEvaluate deployed service health using SLOs, error rates, latency, throughput, and alerts.
