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Learning Loop

by ClawMage · GitHub ↗ · v1.0.0 · MIT-0
linuxdarwinwin32 ✓ Security Clean
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Install in OpenClaw
/install clawmage-learning-loop
Description
Proactive learning engine that makes your agent smarter every day. Combines daily journaling, decision tracking with categories, lesson extraction with lifec...
README (SKILL.md)

Learning Loop

A proactive learning engine. Your agent reflects, journals, tracks decisions, extracts lessons, and gets smarter every day — without being told to.

What Makes This Different

Most self-improvement skills are reactive — they only learn when corrected. Learning Loop is proactive:

  • Journals daily — synthesizes what happened, not just what went wrong
  • Tracks decisions with categories — analyze accuracy by type over time
  • Generalizes lessons — asks "where else does this apply?" before saving
  • Manages lesson lifecycle — ACTIVE → VALIDATED → CHALLENGED → ARCHIVED
  • Tiers memory automatically — hot/warm/cold based on recency and usage
  • Staggered review chain — nightly → monthly → quarterly → year-end
  • Correction tracking — counts repetitions, promotes to rules after 3x
  • Quiet day protocol — idle time becomes maintenance time

Setup

On first use, create the workspace structure (only missing dirs):

brain/
├── journal/        # Daily logs (YYYY-MM-DD.md)
├── decisions/      # Decision log with categories
├── lessons/        # Extracted insights with lifecycle
├── inbox/          # Quick captures, filed later
├── knowledge/
│   ├── domains/    # By field (code, writing, ops)
│   ├── people/     # Notes about people
│   └── concepts/   # Mental models
├── projects/       # Active work
└── archive/        # Completed/inactive items

Also ensure memory/ exists at workspace root. Never overwrite existing files.

Core Loop

1. Capture (Real-Time)

During normal work, write immediately:

Journalbrain/journal/YYYY-MM-DD.md

  • One line per significant event, with timestamps

Decisionsbrain/decisions/NNN-short-name.md

  • Only decisions with real consequences (see format below)

Corrections → Journal + corrections count

  • Human correction = high-priority learning signal
  • Flag for nightly reflection
  • Track repetition count for promotion

Quick capturebrain/inbox/

  • Anything worth saving without a clear home — file it during reflection

2. Reflect (Nightly)

Run at end of day. Write findings to journal.

  1. Read today's journal
  2. Review new decisions, update any OPEN → RESOLVED
  3. Extract lessons (see Lesson Extraction)
  4. Process inbox — file items or discard
  5. Check correction counts — promote any hitting 3x threshold
  6. Update MEMORY.md if hot items changed
  7. Write end-of-day summary (2-3 sentences: what mattered, what to carry forward)

If nothing happened: Run Quiet Day Protocol instead.

3. Review (Staggered Chain)

Each level reads the level below:

Cycle Frequency Reads Produces
🌙 Nightly Daily Today's journal + inbox Journal summary, lesson extraction
📊 Monthly 1st of month All journals from past month Monthly summary, decision accuracy by category
📅 Quarterly Jan/Apr/Jul/Oct Monthly summaries Quarterly patterns, lesson validation sweep
🎆 Year-End Jan 1 Quarterly reports Annual review, archive stale items

Quiet Day Protocol

On days with zero activity, use reflection for:

  • Memory maintenance (tier hot/warm/cold items)
  • Lesson review (validate or challenge existing lessons)
  • Cross-referencing old journals for missed patterns
  • Inbox processing
  • Documentation cleanup

Idle time is maintenance time, not wasted time.

Correction Tracking

When the user corrects you:

  1. Log in journal with timestamp
  2. Increment correction counter for that pattern
  3. Flag for nightly reflection

Promotion rules:

  • Same correction 1x → tentative, watch for repetition
  • Same correction 2x → emerging pattern
  • Same correction 3x → ask user: "Should I always do X? (Yes always / Only in [context] / Case by case)"
  • User confirms → promote to permanent rule
  • User says case-by-case → keep as contextual note

Learning signals (phrases that trigger logging):

  • "No, that's not right..." / "Actually, it should be..."
  • "I prefer X, not Y" / "Always do X" / "Never do Y"
  • "I told you before..." / "Stop doing X" / "Why do you keep..."

Ignore (don't log):

  • One-time instructions ("do X now")
  • Hypotheticals ("what if...")
  • Context-specific ("in this file...")

Decision Format

# DEC-NNN: [Short Title]

**Date:** YYYY-MM-DD
**Category:** tool-selection | strategy | communication | architecture | spending | creative | process
**Status:** OPEN | RESOLVED

## What was decided
[One sentence]

## Why
[Brief reasoning]

## Alternatives considered
- Option A — rejected because...

## Outcome
[Fill in when known]

## Lesson
[Fill in when outcome is clear]

Category tracking enables: "I'm 90% accurate on tool-selection but 60% on strategy." Monthly reviews surface this. That's where real growth happens.

Lesson Extraction

Create in brain/lessons/:

# LESSON-NNN: [Title]

**Date:** YYYY-MM-DD
**Status:** ACTIVE | VALIDATED | CHALLENGED | ARCHIVED
**Source:** [correction, reflection, or decision outcome]

## The Lesson
[One actionable statement]

## Generalization
[The CLASS of problem this applies to]
[Ask: "Where else does this pattern show up?"]

## Evidence
- [First instance — date, context]

Lifecycle

Status Meaning Transition
ACTIVE New, believed true Default
VALIDATED Confirmed by 2+ experiences When applied successfully again
CHALLENGED Contradicted by new evidence When counter-evidence appears
ARCHIVED Outdated or superseded After 90+ days unused

Nothing is ever deleted — archived items move to brain/archive/.

Generalization Quality

Before saving, ask:

  1. Specific enough to act on? ("Be careful" = useless. "Verify API responses before parsing" = actionable.)
  2. General enough to reuse? ("Fix line 47" = too narrow. "Validate input at boundaries" = transferable.)
  3. What's the CLASS of mistake? (Not "forgot return code" but "Assumptions about external systems.")

Anti-patterns: over-correcting from one data point, confirmation bias, correlation ≠ causation.

Memory Tiering

MEMORY.md is the boot file — loaded every session. Keep it lean.

Temp Location Rule
🔥 Hot MEMORY.md Used in last 7 days. Target \x3C50 lines.
🌡️ Warm brain/ 8-30 days unused. Condense or demote.
❄️ Cold brain/archive/ 30+ days unused. Move out entirely.

Rules:

  • Tiering happens during nightly reflection
  • Cold items promote back when relevant again
  • If MEMORY.md exceeds 50 lines → ask user what to deprioritize (don't auto-demote confirmed rules)
  • Nothing is deleted — cold moves to archive

Namespace Isolation

Knowledge inherits down this chain:

Global (MEMORY.md, brain/lessons/)
  └── Domain (brain/knowledge/domains/)
       └── Project (brain/projects/)

Conflict resolution: Most specific wins. Project overrides domain, domain overrides global. Same level: most recent wins. If ambiguous: ask user.

Security Boundaries

Never Store

Credentials, API keys, financial data, medical info, biometrics, third-party personal info, location routines.

Store with Caution

Work context (decay after project ends), emotional states (only if explicitly shared), relationships (roles only, no personal details).

Transparency

  • Every action from memory → cite source
  • User asks "what do you know?" → full export
  • No hidden state — if it affects behavior, it must be visible

Journal Format

brain/journal/YYYY-MM-DD.md:

# YYYY-MM-DD

## Events
- [HH:MM] Description

## Decisions Made
- DEC-NNN: [title]

## Lessons Extracted
- LESSON-NNN: [title]

## Corrections Received
- [What was corrected → what was learned]

## End of Day
[2-3 sentences: what mattered, what to carry forward]

Quick Commands

User says Action
"What did you learn today?" Today's journal lessons
"Decision log" Recent decisions with status
"Lesson stats" Count by ACTIVE/VALIDATED/CHALLENGED/ARCHIVED
"What decisions am I bad at?" Accuracy by category from resolved decisions
"Reflect now" Run nightly reflection
"What's in the inbox?" Unprocessed captures
"Memory stats" Tier sizes, last reflection, MEMORY.md line count
"Forget X" Archive from all locations (confirm first)
"Export memory" Archive all brain/ files

Integration

Works alongside existing workspace files:

  • AGENTS.md — Add: "Use brain/ for structured knowledge. See learning-loop skill."
  • HEARTBEAT.md — Add: "Run nightly reflection per learning-loop skill if work was done today."
  • MEMORY.md — Learning Loop keeps this lean via automatic tiering.

Everything stays in brain/ within the workspace. No external directories, no network calls.

Scope

This skill ONLY:

  • Writes to brain/ and memory/ within the workspace
  • Reads its own files for reflection and review
  • Suggests edits to MEMORY.md, AGENTS.md, HEARTBEAT.md (with user confirmation)

This skill NEVER:

  • Creates files outside the workspace
  • Makes network requests
  • Accesses email, calendar, or external services
  • Deletes files (archive only)
  • Modifies its own SKILL.md
  • Infers preferences from silence

Built by ClawMage — the setup guide for brilliant AI agents. This is the learning engine from the ClawMage 10-Phase System. Want the full system? → clawmage.ai

Usage Guidance
This skill appears to do what it says: manage local journaling, decision-tracking, and lesson files. Before installing, decide and control where the workspace lives — do not point it at /, your whole home directory, or other sensitive folders. Expect the agent to write potentially sensitive content (journals may contain PII, credentials, or proprietary info); keep that workspace access-restricted and back it up appropriately. Verify how nightly reflections are triggered in your agent runtime (manual invocation vs scheduler) so it doesn't run unexpectedly. Confirm the agent enforces the 'Never overwrite existing files' rule and that promotions to permanent rules require explicit user confirmation (the SKILL.md describes asking the user, but verify your agent prompts and records that interaction). Finally, if you want remote backups or integrations, review and restrict any added connectors before enabling them.
Capability Analysis
Type: OpenClaw Skill Name: clawmage-learning-loop Version: 1.0.0 The 'clawmage-learning-loop' skill is a framework for agent self-improvement through structured journaling, decision tracking, and memory management. It operates entirely within the local workspace (using the 'brain/' and 'memory/' directories) and includes explicit security boundaries prohibiting the storage of credentials or sensitive data. The instructions (SKILL.md) focus on internal organizational tasks and maintenance without any evidence of data exfiltration, malicious execution, or unauthorized network activity.
Capability Assessment
Purpose & Capability
The name/description (proactive learning, journaling, lesson extraction) matches the runtime instructions: creating a workspace tree, writing/reading journal, decision, lesson files, and running periodic reflections. It does not ask for unrelated credentials, external services, or binaries.
Instruction Scope
SKILL.md instructs the agent to create and operate on a local workspace (brain/, memory/) and to read/write files within that workspace (journals, decisions, lessons, inbox, archive). It does not instruct reading system config, home directories outside the workspace, environment variables, or exfiltrating data to external endpoints. The only minor ambiguity is how nightly runs are triggered (no scheduler described), but that is an operational gap, not a scope creep or secret access.
Install Mechanism
There is no install spec and no code files; the skill is instruction-only with zero dependencies. This is the lowest-risk install model and matches the claim 'Zero dependencies. Works immediately after install.'
Credentials
The skill declares no required environment variables, no credentials, and no config paths. The instructions only reference local workspace files that the skill itself creates — there are no disproportionate or unrelated secrets requested.
Persistence & Privilege
always:false (default) and autonomous invocation is allowed (also default). The skill does not request forced permanent presence or modify other skills. It writes its own workspace files, which is expected for this purpose.
How to Use
  1. Make sure OpenClaw is installed (local or Docker)
  2. Run the install command in chat: /install clawmage-learning-loop
  3. After installation, invoke the skill by name or use /clawmage-learning-loop
  4. Provide required inputs per the skill's parameter spec and get structured output
Version History
v1.0.0
Initial release: proactive learning engine with journaling, decision tracking, lesson lifecycle, staggered review chains, and automatic memory tiering.
Metadata
Slug clawmage-learning-loop
Version 1.0.0
License MIT-0
All-time Installs 0
Active Installs 0
Total Versions 1
Frequently Asked Questions

What is Learning Loop?

Proactive learning engine that makes your agent smarter every day. Combines daily journaling, decision tracking with categories, lesson extraction with lifec... It is an AI Agent Skill for Claude Code / OpenClaw, with 315 downloads so far.

How do I install Learning Loop?

Run "/install clawmage-learning-loop" in the OpenClaw or Claude Code chat to install it in one step — no extra setup required.

Is Learning Loop free?

Yes, Learning Loop is completely free, licensed under MIT-0. You can download, install and use it at no cost.

Which platforms does Learning Loop support?

Learning Loop is cross-platform and runs anywhere OpenClaw / Claude Code is available (linux, darwin, win32).

Who created Learning Loop?

It is built and maintained by ClawMage (@clawmage); the current version is v1.0.0.

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