Cycle through eight cognitive lenses to surface requirements, risks, and insights.
npx skills add https://github.com/jwm-axoni/auggie-pai --skill iterative-depth
Please help me install this Agent Skill. Skill: iterative-depth Source: https://github.com/jwm-axoni/auggie-pai/tree/main/skills/iterative-depth Command: npx skills add https://github.com/jwm-axoni/auggie-pai --skill iterative-depth
Iterative Depth addresses the limitation of single-pass analysis by enabling structured, multi-angle exploration of the same problem, surfacing requirements, edge cases, and insights that are invisible from a single viewpoint.
Run Iterative Depth by selecting the depth and executing passes through all eight lenses to surface insights.
High-intent search queries and answers about installing and using this skill.
Multi-angle analysis surfaces hidden requirements and risks in complex product design by cycling through eight cognitive lenses. This structured multi-pass approach reveals edge cases and insights that remain invisible from a single viewpoint.
Iterative depth analysis is a structured multi-pass workflow that progressively refines insights across cognitive lenses. You need it for requirements engineering when facing complex, ambiguous problems that require formal convergence signals and prioritized outcomes.
Execute multi-pass analysis by selecting a depth level and cycling through all eight cognitive lenses. This process progressively refines and converges insights, allowing you to prioritize key outcomes and identify constraints in strategic problem solving.
Yes, multi-angle analysis works directly on ambiguous strategic planning problems without requiring specific data formats. It applies structured cognitive lenses to the problem space to reveal hidden constraints, opportunities, and prioritized insights.
The best way to identify edge cases in requirements analysis is using structured multi-pass exploration across multiple cognitive lenses. This approach reveals hidden constraints and risks that single-pass analysis methods consistently miss.
Single-pass analysis misses hidden constraints because it evaluates product design from only one viewpoint. Structured multi-angle exploration overcomes this by applying eight cognitive lenses to surface edge cases and reveal invisible requirements.
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