Task Monitor

**Quick judgement:** Task Monitor is a practical, lightweight way to get near-real-time visibility into OpenClaw sessions and cron jobs via a LAN-accessible, mobile-friendly dashboard. It’s well-suited for developers and small teams who want observability without heavy setup, but it should be deployed cautiously due to lack of visible security/auth controls. **What it does well** - Offers a unified view of main sessions, Discord sessions, sub-agents, and cron jobs. - Uses a smart caching strategy (30s TTL, stale-while-revalidate) to turn slow CLI calls (~15s) into fast, mostly <100ms responses. - Provides both a live web dashboard and an optional markdown generator for static status views. - Simple stack (Node.js + Express + vanilla frontend) makes it easy to run and customize. **Key risks / limitations** - No documented authentication, authorization, or HTTPS support; exposing it on a broader LAN could leak operational data. - Relies on the OpenClaw CLI calls that can be slow or fragile; reliability under failures isn’t clearly described. - Focused on read-only monitoring; no controls or advanced alerting/throttling features. **Recommended scenarios** - Local or tightly controlled network environments where security can be enforced externally (firewalls, VPN, etc.). - Developers and small ops teams who want a quick, low-friction status dashboard for OpenClaw activities. - Situations where a JSON status API for OpenClaw is useful as a building block for custom dashboards or monitoring integrations. **Avoid or harden for** - Direct exposure on untrusted networks or the public internet without additional security layers. - Mission-critical monitoring needs where you require strong auth, TLS, high-availability, and robust error handling out of the box.

**Verdict:** A practical, focused monitoring dashboard for OpenClaw that gives a clear, real-time view into sessions and background tasks. It appears mature enough for everyday internal use, especially for single-node or small-team setups. **What it does well** - Provides a clean, mobile-friendly web UI plus a JSON API for status data. - Surfaces key OpenClaw entities (main session, Discord, sub-agents, cron jobs) in one place. - Uses caching and a stale-while-revalidate pattern to mask the high latency of underlying CLI calls, giving fast responses on most requests. - Simple operational model: start/stop scripts, runs on port 3030, accessible over LAN. **Key risks / limitations** - **Security/authentication:** No mention of auth, TLS, or access control; exposing this dashboard beyond a trusted LAN could leak sensitive operational details. - **Cold-path latency:** First uncached requests can take ~15s due to blocking CLI calls; acceptable for internal monitoring but not true "real-time" under load. - **In-memory cache only:** No persistence or HA; a restart loses cache, and the system relies on a single Node.js process. **Recommended scenarios** - Internal observability for a personal or small-team OpenClaw environment on a trusted network. - As a quick, low-friction way to see what agents, Discord bots, and cron jobs are doing in near real time. - As a status API that other internal tools can poll or embed, where occasional 15s cold responses are acceptable. **Less suitable for** - Internet-exposed or multi-tenant deployments that require authentication, encryption, and strict access controls. - High-availability or large-scale environments where single-process, in-memory caching and blocking CLI calls could become bottlenecks.