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Remove 'opinionated' and 'baseline' qualifiers. Update rig to reflect
L2-L4 scope (was L2-L3). Add 'token-optimized' to scout agent
description. Consistent across README and adoption guide.
Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>
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@@ -23,15 +23,15 @@ The patterns were extracted from a [production-grade Telegram trading bot](docs/
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Peter Steinberger, creator of OpenClaw, has described a similar approach — managing 5-10 parallel agents, closing the feedback loop so agents verify their own work, investing heavily in planning before implementation, and treating code reviews as architecture discussions. His core insight: *"I don't think software engineering is dead with AI: in fact, quite the opposite."* Agentic development demands more engineering discipline, not less.
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Other frameworks approach similar problems from different angles. [gstack](https://github.com/garrytan/gstack) provides a skill framework with resolver pipelines. [superpowers](https://github.com/obra/superpowers) provides base skills for brainstorming, planning, TDD, and code review. [rig](https://github.com/franklywatson/claude-rig) is a baseline guardrails framework built on the L2-L3 patterns from this repo — an opinionated, configurable implementation that automates enforcement pipelines, tool routing, scout agents, and session management. Install with `rig init`. These systems informed this work — the best available ideas at the time, applied in practice.
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Other frameworks approach similar problems from different angles. [gstack](https://github.com/garrytan/gstack) provides a skill framework with resolver pipelines. [superpowers](https://github.com/obra/superpowers) provides base skills for brainstorming, planning, TDD, and code review. [rig](https://github.com/franklywatson/claude-rig) is a configurable guardrails framework built on the L2-L4 patterns from this repo — automating enforcement pipelines, tool routing, token-optimized scout agents, context eval, and session management. Install with `rig init`. These systems informed this work — the best available ideas at the time, applied in practice.
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The lineage: patterns were extracted from the reference project, organized into this library, then used to build rig — to serve as a working reference implementation and extensible toolkit for general use.
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The lineage: patterns were extracted from the reference project, organized into this library, then used to build rig — to serve as a working reference implementation and configurable toolkit for general use.
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### Reference Implementations
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| System | What it implements | Language |
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|--------|-------------------|----------|
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|[rig](https://github.com/franklywatson/claude-rig)|Baseline guardrails framework: L2 enforcement pipeline, L3 tool routing + scout agent, L4 context eval, skill chain with phase transitions, CI guardrails. Configurable via `.harness.yaml`. | TypeScript |
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|[rig](https://github.com/franklywatson/claude-rig)|Guardrails framework: L2 enforcement pipeline, L3 tool routing + token-optimized scout agent, L4 context eval, skill chain with phase transitions, CI guardrails. Configurable via `.harness.yaml`. | TypeScript |
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|[gstack](https://github.com/garrytan/gstack)| L2 skill framework with resolver pipeline, preamble system | TypeScript |
|[my-claw](docs/references/reference-my-claw-case-study.md)| L1 design rinsing reference: autonomous multi-agent system whose architecture evolved through three phases of cross-domain design rinsing — YouTube demo to architecture, academic talk + codebases to agent design, agentic-patterns + compound engineering to development approach | Python |
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