ClawK surfaces OpenClaw sessions, subagents, heartbeats, memory, crons, model usage, canvas state, settings, and direct message composition from the macOS menu bar.
The public ClawK repository screenshot shows the mission-control view for OpenClaw sessions, heartbeats, memory, and cron visibility.
Problem
Agent systems can be running, scheduled, and writing memory in the background, but the operator often lacks a compact live view of health, context, and activity.
Story
What I built
A SwiftUI menu bar app that turns a local OpenClaw installation into an inspectable operating surface.
It covers sessions, subagents, memory browsing, memory vitals, cron activity, model usage, canvas controls, and settings.
How it works
Launch ClawK, connect to the local gateway with a token, monitor active agent state, inspect memory/canvas surfaces, and send a message without leaving the menu bar workflow.
What it proves
The output is local operational visibility for an OpenClaw system: health, memory, scheduled work, and direct operator actions.
