sherlock-holmes

Guide complex investigations through evidence collection, deduction, and documentation.

Updated Apr 1, 2026
One-click install
npx skills add https://github.com/dz07/goku-skills --skill sherlock-holmes
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: sherlock-holmes
Source: https://github.com/dz07/goku-skills/tree/main/skills/sherlock-holmes
Command: npx skills add https://github.com/dz07/goku-skills --skill sherlock-holmes

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This is a structured methodology that guides complex investigations by enforcing live evidence collection, logical deduction, abduction of hypotheses, and meticulous documentation.

Core Features & Use Cases

  • Provides a repeatable investigation protocol emphasizing observable evidence, verifiable conclusions, and traceable reasoning.
  • Supports debugging, analytical tasks, and investigative research requiring rigorous validation and artifact logging.

Quick Start

Observe live data, deduce hypotheses, abduct the best explanations, test against new evidence, and document your conclusions.

Frequently Asked Questions about sherlock-holmes

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
What is structured deduction for complex investigations?

Structured deduction is a methodology that solves complex investigations by enforcing live evidence collection, logical deduction, abduction of hypotheses, and meticulous documentation. It ensures verifiable conclusions and traceable reasoning across research and debugging workflows.

How do I test hypotheses against live evidence during a debugging investigation?

To test hypotheses during a debugging investigation, you observe live data, deduce potential explanations, abduct the best fit, and validate it against newly gathered evidence. This structured protocol prevents unverified assumptions and ensures traceable reasoning.

Can I use this structured deduction framework for analytical research?

Yes, you can use this structured deduction framework for analytical research. It supports investigative tasks requiring rigorous validation, stepwise observation, and artifact logging, making it suitable for both debugging and academic problem-solving workflows.

What is the best way to document traceable reasoning and avoid unverified assumptions?

The best way to document traceable reasoning is to follow a repeatable investigation protocol that enforces evidence standards. By logging artifacts from stepwise observations and validating deductions against live data, you avoid unverified assumptions entirely.

Does evidence-based problem solving work without external dependencies?

Yes, evidence-based problem solving works without external dependencies. The methodology operates independently by enforcing internal evidence standards, stepwise observation, and logical abduction to rigorously validate conclusions during complex investigations.

When should I not use abduction in an investigative workflow?

You should not use abduction in an investigative workflow when live evidence is unavailable or cannot be verified. The methodology strictly enforces evidence standards and requires observable data to test hypotheses, preventing conclusions based on unverified assumptions.