How does it help with over-engineered code?

It identifies symptoms of high complexity and directs the user to the Simplification Cascades technique to streamline implementation and eliminate redundant logic.

What is the Problem-Solving Dispatch skill?

It is a diagnostic tool for Claude Code that helps users identify the specific reason they are stuck and recommends a tailored problem-solving methodology to resolve the issue.

Can I use multiple techniques simultaneously?

Yes, the skill provides specific guidance on combining methods, such as pairing Scale Game with Simplification to identify which elements to eliminate for production-ready code.

When is the best time to trigger this skill?

Use this skill whenever you encounter a technical obstacle and are unsure whether you need to debug existing code, rethink your architectural premise, or simplify your current approach.

Problem-Solving Dispatch

Name: Problem-Solving Dispatch
Author: BbgnsurfTech

byBbgnsurfTech

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Productivity & Workflow

Diagnoses technical roadblocks and directs users to the most effective problem-solving methodology based on the specific type of obstacle.

About

Problem-Solving Dispatch acts as a strategic navigator for developers and AI agents facing technical deadlocks. Instead of relying on trial and error, it uses a diagnostic framework to match specific symptoms—such as spiraling code complexity, innovation plateaus, or scaling uncertainties—with proven cognitive frameworks like inversion exercises, meta-pattern recognition, and simplification cascades. This skill is essential for breaking through mental blocks and selecting the optimal architectural or debugging approach when standard methods fail to produce results.

Key Features

Diagnostic symptom-to-technique mapping for various types of technical debt
Support for identifying architectural complexity and scaling bottlenecks
Streamlined dispatching for systematic debugging and root cause tracing
Guidance for combining multiple problem-solving frameworks for multi-faceted issues
3 GitHub stars
Integration with advanced cognitive frameworks like inversion and collision-zone thinking

Use Cases

Simplifying over-engineered codebases with excessive special cases and if/else logic
Finding breakthrough solutions when conventional coding approaches feel forced or inadequate
Determining whether a solution will remain viable at production scale and identifying edge cases

About

Key Features

Diagnostic symptom-to-technique mapping for various types of technical debt
Support for identifying architectural complexity and scaling bottlenecks
Streamlined dispatching for systematic debugging and root cause tracing
Guidance for combining multiple problem-solving frameworks for multi-faceted issues
3 GitHub stars
Integration with advanced cognitive frameworks like inversion and collision-zone thinking

Use Cases

Simplifying over-engineered codebases with excessive special cases and if/else logic
Finding breakthrough solutions when conventional coding approaches feel forced or inadequate
Determining whether a solution will remain viable at production scale and identifying edge cases