What problem does it solve? Product teams often develop technology disconnected from user needs, scatter R&D resources across too many technical points, and build weak patent portfolios. This Skill bridges user-perceptible experience and technology strategy by systematically deriving the minimum controllable technology point (TSCP triad: technical means, benefit, control mechanism) that deserves focused investment. ## Core Features & Use Cases - 9-Step Derivation Workflow: Traces from perceptible experience parameters through function, principle, technical parameters, and technical problems down to the minimum controllable technology point, technical solution, evolution path, roadmap, and patent layout. - TRIZ Integration: Applies the TRIZ contradiction matrix, 40 inventive principles, and technology evolution trends to design solutions and plan technology roadmaps. - Quantified Scoring & Validation: Scores each technology point on benefit value, control strength, and complexity, with a self-consistency checklist covering all 10 output fields. - Use Case: Given a high-speed hair dryer concept targeting 3-minute drying with low noise, the Skill outputs a 10-field table identifying the magnetic-levitation motor as the core technology point, four TRIZ-based solution options, a 24-month phased R&D plan, and a defensive patent cluster strategy. ## Quick Start Analyze the minimum controllable technology point for my product concept, deriving the experience parameters, TRIZ-based technical solutions, technology roadmap, and patent layout from my product and user insight inputs.
