Learning Loop for Openclaw

Learning Loop is a structured self-improvement system that provides AI agents with persistent, compounding intelligence through a tiered knowledge promotion framework.

yoder-bawt
v1.4.0
Feb 19, 2026
0
0
0

Install & Download

1. ClawHub CLI

The fastest way to install a skill directly from the registry.

npx clawhub@latest install learning-loop

2. Manual Installation

Copy the skill folder to one of these locations

Global
~/.openclaw/skills/
Workspace
<project>/skills/

Priority: Workspace > Local > Bundled

3. Prompt Installation

Copy this prompt to OpenClaw to install it automatically.

Help me install learning-loop using Clawhub. If Clawhub is not installed, install it first (npm i -g clawhub).

Prefer to download?

Get the raw skill files in a ZIP archive.

What is Learning Loop?

The Learning Loop is a robust infrastructure designed to stop AI agents from repeating failures by preventing knowledge loss during context compaction. It functions as a persistent memory layer that captures debugging lessons, user feedback, and successes, transforming them into a structured hierarchy of knowledge. By utilizing this skill from the Openclaw Skills collection, developers can ensure their agents get measurably better at their jobs with every single session.

This system implements a sophisticated architecture involving confidence decay and cross-agent knowledge sharing. It moves beyond simple logging by providing a processing layer that detects patterns and promotes them into hard behavioral rules. This ensures that an agent's intelligence compounds over time rather than resetting every time the context window is cleared.

Learning Loop Use Cases

  • Capturing root causes and solutions immediately after complex debugging sessions.
  • Automatically logging user corrections or praise to refine agent behavior.
  • Checking persistent rules and pre-action checklists before performing risky shell operations.
  • Maintaining behavioral constraints that survive session compactions and context resets.
  • Sharing proven operational rules between different agent instances or teams.

How Learning Loop Works

  1. Raw interactions, mistakes, and feedback are captured as append-only data in an events log.
  2. Pattern detection scripts analyze raw events to extract structured lessons with associated confidence scores.
  3. Lessons that are successfully applied multiple times are promoted to the rules layer for enforcement.
  4. An exponential confidence decay is applied to rules to flag stale information for manual or automated review.
  5. The agent loads the active rule set during its boot sequence to ensure immediate compliance with learned constraints.

Learning Loop Setup

To initialize the system within your workspace, run the following command:

bash init.sh /path/to/workspace

After initialization, update your agent's boot instructions to read memory/learning/rules.json and memory/learning/BOOT.md at the start of every session to ensure this Openclaw Skills module is active.

Learning Loop Data Schema & Taxonomy

The system organizes data into a tiered structure to manage the lifecycle of a lesson:

File Type Description
events.jsonl Append-only JSON Raw logs of successes, failures, and feedback.
lessons.json Structured JSON Intermediate patterns extracted from events.
rules.json Enforced JSON Hard behavioral constraints with confidence scores.
metrics.json Snapshot Tracking of improvement trends and save rates.
pre-action-checklist.md Markdown A human-readable list for risky operation validation.

Learning Loop Advanced Features

  • Cross-agent sharing: Export and import rules between agents with SHA256 integrity verification and conflict detection.
  • Ebbinghaus-inspired confidence decay: Automatically flags rules that haven't been validated recently to prevent outdated behavior.
  • Multi-layered enforcement: Includes boot sequences, compaction flushes, and heartbeat checks to ensure learning persists.
  • Automated self-audit: Generates a health score (A-D) based on 23 distinct checks of the learning loop's integrity.
  • Write-Ahead Log (WAL) capture: Ensures critical details are saved even during unexpected context compression.

SKILL.md


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