Part of Extract Cognitive Frameworks From Any Person
Engineering Blueprint
Continuously Improve Generated Skills
Integration with Darwin.skill for autonomous iteration: skills self-improve through 8-dimensional evaluation, ratcheting mechanism, and sub-agent scoring.
What problem does this solve?
Maintains and evolves perspective skills after initial distillation. Darwin.skill uses automated experimentation loops, 8-dimensional quality scoring (clarity, applicability, edge-case resilience, etc.), a ratcheting mechanism that only preserves improvements, and independent sub-agent evaluation to prevent drift. Applied to Nuwa at Phase 5 during initial generation, and can run continuously on deployed skills to incorporate new research or correct underperforming models.
How does it work?
- Install Darwin.skill alongside Nuwa:
npx skills add alchaincyf/darwin-skill. 2. Run autonomous optimization on an existing perspective skill (Phase 5 happens automatically during Nuwa generation, or invoke manually:darwin improve [skill-name]). 3. Darwin spawns sub-agents to evaluate the skill across 8 dimensions, test against diverse prompts, score improvements. 4. Any iteration that improves net score is kept; degradations are automatically rolled back. Output: iteratively refined skills that maintain backward compatibility while improving specificity and resilience.
Included Skills
No skills in this group
What's required to run this?
Darwin.skill runs as a companion process and requires the target skill to have a properly structured SKILL.md with frontmatter (name, description, trigger_words). The improvement loop is async and can run on a schedule (hourly, daily, weekly) without blocking skill availability. Integrates with the research files in references/ directory to validate new extractions against source material. Requires Python 3.8+ and agent-based testing capability (same as Phase 4 validation).
Key Features
8-Dimensional Evaluation
Scores mental model clarity, decision heuristic specificity, expression DNA authenticity, boundary condition handling, confidence calibration, resilience to adversarial questions, use-case coverage, and consistency with source material
Autonomous Experimentation Loops
Iteratively tests skill variants, measures performance against test suite, proposes improvements, applies only improvements that increase overall score
Ratcheting Mechanism
Prevents regression: any version change that lowers score is automatically reverted, ensuring skills never degrade through iteration
Independent Sub-Agent Scoring
Avoids self-assessment bias by having specialized agents (clarity auditor, edge-case tester, authenticity checker, etc.) independently evaluate dimensions
About This Blueprint
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Account Manager at G2