LaunchKit · 2026
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cut-your-tokens-97percent-savings-on-session-transcripts-via-observation-extraction

Claw Compactor v6.0 — 50%+ savings through rule-based compression, dictionary encoding, session observation.

0
1.1k downloads
by @aeromomo

Setup & Installation

openclaw skills install @aeromomo/cut-your-tokens-97percent-savings-on-session-transcripts-via-observation-extraction

Or with the ClawHub CLI, for registry-managed skill folders outside a full OpenClaw workspace:

npx clawhub install cut-your-tokens-97percent-savings-on-session-transcripts-via-observation-extraction

Version History

v6.0.0Feb 10, 2026 - Version note by skill developer:

- Rebranded from "OpenClaw Token Compressor" to "Claw Compactor" with version update to v6.0. - Project directory, command, and configuration file references updated for the new name. - Added a new banner image (assets/banner.png). - Minor text and credit updates throughout documentation.

What This Skill Does

Compresses AI agent workspace files, including memory, session transcripts, and sub-agent context, using 5 layered techniques: rule-based dedup, dictionary encoding, observation extraction, RLE patterns, and format optimization. All compression is deterministic and runs without LLM calls. Session transcripts compress ~97%; first-run savings typically reach 50%+.

All compression runs locally without LLM calls, so there is no additional API cost to reduce token spend.

When to use it

  • Reducing token costs on long-running Claude agent sessions
  • Compressing accumulated session transcripts before starting a new project
  • Running weekly maintenance on AI agent memory files via cron
  • Shrinking sub-agent context payloads before handoff
  • Auditing workspace token usage before a billing cycle

Example Workflow

Here's how your AI assistant might use this skill in practice.

INPUT

User asks: compress my Claude agent workspace to cut token costs

AGENT
  1. 1Run benchmark command to preview savings without modifying any files
  2. 2Execute full pipeline to apply all 5 compression layers in sequence
  3. 3Convert session JSONL transcripts to structured observation summaries
  4. 4Generate L0/L1/L2 tiered summaries for progressive context loading
  5. 5Save codebook to memory/.codebook.json for future decompression
OUTPUT

Workspace compressed 50%+ overall; session transcripts reduced ~97%; tiered summary files written to memory/