status

Report active task phase and canonical memory health in Yoke.

2|Updated Apr 25, 2026

Search Tags:#memory #diagnostics #status #read-only #healthcheck #yoke

Ready to run

npx skills add https://github.com/iurykrieger/claude-yoke --skill status-iurykrieger

💬 Prompt for ChatGPT / Claude Chat▼

Please help me install this Agent Skill.
Skill: status
Source: https://github.com/iurykrieger/claude-yoke/tree/main/skills/status
Command: npx skills add https://github.com/iurykrieger/claude-yoke --skill status-iurykrieger

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

The skill provides a quick, read-only view of the current task's phase and the health of the active canonical memory, enabling teams to monitor progress without altering state.

Core Features & Use Cases

Read-only status reporting of the active task slug, phase, runtime counters, and drift findings.
Canonical-memory health surface integration to surface the 5 bedrock health checks.
Safe, high-frequency monitoring that degrades gracefully when no memory is registered.

Quick Start

Run /yoke:status to view the current task phase, working-memory presence, and canonical-memory health.

Frequently Asked Questions about status

High-intent search queries and answers about installing and using this skill.

FAQPage Schema

How do I check the health of my canonical memory and active task phase?▼

To check canonical memory health and active task phase, run a read-only status report in the live Yoke environment. This diagnostic returns the current task slug, runtime counters, drift findings, and the five bedrock health checks without modifying state.

What is a read-only memory healthcheck in a live Yoke environment?▼

A read-only memory healthcheck in a live Yoke environment is a diagnostic process that surfaces working-memory presence, task phase progress, and canonical memory health. It safely monitors system status without applying any state modifications.

Can I monitor task phase progress without modifying working-memory state?▼

Yes, you can monitor task phase progress without modifying working-memory state by using a read-only diagnostic skill. It applies safely to the live Yoke environment, returning runtime counters and drift findings while ensuring no state modification occurs.

Does the canonical memory healthcheck degrade gracefully when no memory is registered?▼

The canonical memory healthcheck does degrade gracefully when no memory is registered. This allows for safe, high-frequency monitoring of the working-memory status and task phase without causing errors or requiring prior memory initialization.

How do I get diagnostic details for containment and monitoring of task progress?▼

To get diagnostic details for containment and monitoring, you report the working-memory status from the live Yoke environment. This read-only process surfaces the active task slug, current phase, runtime counters, and canonical memory drift findings.