Enforce a 6-step sequential thinking workflow for strategic decisions.
npx skills add https://github.com/HMWKR/claude-code-skills --skill think-full
Please help me install this Agent Skill. Skill: think-full Source: https://github.com/HMWKR/claude-code-skills/tree/main/skills/think-full Command: npx skills add https://github.com/HMWKR/claude-code-skills --skill think-full
Users risk costly oversights when making high-stakes decisions like technical architecture design or business strategy formulation by relying on incomplete, single-angle reasoning that misses critical assumptions and edge cases.
Use the think-full skill to analyze our planned migration from monolithic to microservice architecture, including risk assessment and implementation roadmap.
High-intent search queries and answers about installing and using this skill.
Deep reasoning for critical decisions enforces a 6-step sequential thinking workflow to eliminate incomplete analysis. You need it for major architecture design or technology stack selection to ensure multi-angle validation of assumptions and constraints before implementation.
To validate assumptions for a microservice architecture migration, you must sequentially execute problem classification, root purpose identification, and first principles assumption validation. This ensures you assess risks and create an adaptive OODA execution plan rather than jumping straight to implementation.
Yes, you can use a sequential thinking workflow for complex technology stack selection. It applies Cynefin problem classification and deep expert analysis to validate technical constraints and optimize your strategic decisions through a structured, multi-stage pipeline with mandatory user confirmation.
The best way to structure architectural design analysis is a fixed 6-step pipeline running from problem classification to adaptive execution planning. This approach uses handoff objects between stages and built-in guardrails to ensure no steps are skipped, preventing single-angle reasoning oversights.
Yes, the deep reasoning workflow allows backward navigation to revise earlier analysis stages. It includes built-in guardrails for mandatory user confirmation between stages and offers a fast mode for compressed confirmations, ensuring flexibility without skipping the sequential validation process.
peterfeiClassify problem domains into Cynefin categories to determine decision-making protocols.
HMWKRAnalyze technical decisions through a structured 3-stage thinking workflow.
moveonhaDeconstructs assumptions and redesigns solutions using first-principles thinking.
z1439527767Enforce sequential reasoning before execution on complex engineering tasks.
