{"enrichment":{"faq":[{"a":"problem-solving matches your specific type of stuck-ness to one of five systematic techniques: Simplification Cascades (for complexity), Collision-Zone Thinking (for conflicting constraints), Meta-Pattern Recognition (for recurring issues), Inversion Exercise (for assumption testing), and Scale Game (for edge cases). Identify your symptom, load the matching technique's detailed reference, and follow its step-by-step process. You can combine multiple techniques when a problem requires deeper work.","q":"When I'm blocked on a problem, what do I do with problem-solving?"},{"a":"problem-solving offers five core frameworks: Simplification Cascades eliminates multiple components through one insight; Collision-Zone Thinking navigates conflicting constraints; Meta-Pattern Recognition identifies hidden patterns across domains; Inversion Exercise tests assumptions by flipping them; Scale Game systematically tests ideas at extreme scales. Each framework includes detailed reference material and step-by-step application guidance tailored to different problem types.","q":"What structured problem solving frameworks does problem-solving provide?"},{"a":"problem-solving's Meta-Pattern Recognition technique helps you identify hidden patterns and meta-principles across multiple problem domains, shifting how you perceive the challenge. The Inversion Exercise lets you flip your assumptions to uncover blind spots. Collision-Zone Thinking reframes conflicting constraints as productive tensions rather than dead ends, opening breakthrough solutions when conventional approaches aren't working.","q":"How can problem-solving help me think differently about hard problems?"},{"a":"Yes. problem-solving is designed for layered application\u2014you can combine multiple techniques when a single approach isn't sufficient. For example, use Meta-Pattern Recognition to surface hidden connections, then apply Inversion Exercise to test the assumptions those patterns revealed, followed by Scale Game to validate edge cases. The skill guides you on when and how to stack techniques for maximum insight.","q":"Can problem-solving techniques be combined for complex issues?"},{"a":"problem-solving's Meta-Pattern Recognition technique specifically targets recurring issues by helping you identify the underlying patterns that repeat across contexts. The Simplification Cascades method then breaks those patterns into their essential components, often revealing that one core insight eliminates multiple manifestations of the problem. This transforms recurring stuck-ness into a single, solvable root cause.","q":"How does problem-solving handle recurring or systematic issues?"},{"a":"problem-solving's Scale Game technique systematically tests your assumptions and ideas at extreme scales\u2014both very large and very small\u2014before you commit to a solution. This reveals edge cases and hidden constraints that normal-range thinking misses, ensuring your solution is robust across the full spectrum of real-world conditions.","q":"What's the purpose of the Scale Game technique in problem-solving?"}],"shadow_tags":["decision-unblocking","breakthrough-thinking","pattern-abstraction","assumption-flipping","complexity-reduction","metaphor-collision","edge-case-discovery","systematic-reasoning","creative-problem-solving","scale-testing"],"summary_rewrite":"problem-solving guides you through five systematic techniques\u2014Simplification Cascades, Collision-Zone Thinking, Meta-Pattern Recognition, Inversion Exercise, and Scale Game\u2014each designed to address specific types of stuck-ness. Match your symptom to the right technique, load its detailed reference, and apply the process step-by-step; combine multiple techniques when a problem requires it."},"files":[{"bytes":27809,"path":".agents/skills/problem-solving/SKILL.md","sha256":"a75ee16fea941ed0f6b03244a0542aa0f6428f5cea3ee55007ad14bc97cf2302","url":"https://skillfed.io/files/duc01226/EasyPlatform/problem-solving/d9a58f85/SKILL.md"}],"id":"duc01226/EasyPlatform/problem-solving","links":{"html":"https://skillfed.io/duc01226/EasyPlatform/problem-solving","md":"https://skillfed.io/duc01226/EasyPlatform/problem-solving.md","repo":"https://github.com/duc01226/EasyPlatform"},"meta":{"agents_supported":["claude-code"],"first_seen":"2026-07-28","forks":1,"language":"C#","last_updated":"2026-06-18","license":"MIT","name":"problem-solving","publisher":"duc01226","stars":7},"relations":{"categories":["decision-making","systems-thinking","product-development"],"similar":[{"id":"duc01226/EasyPlatform/quality-gate-review"},{"id":"duc01226/EasyPlatform/product-owner"},{"id":"duc01226/EasyPlatform/business-analyst"},{"id":"duc01226/EasyPlatform/idea"},{"id":"duc01226/EasyPlatform/plan-analysis"},{"id":"duc01226/EasyPlatform/plan-validate"},{"id":"duc01226/EasyPlatform/sequential-thinking"},{"id":"duc01226/EasyPlatform/refine"},{"id":"duc01226/EasyPlatform/brainstorm"},{"id":"duc01226/EasyPlatform/pbi-challenge"}]},"slug":{"owner":"duc01226","repo":"EasyPlatform","skill":"problem-solving"},"version":"d9a58f85"}