Run staff-engineer style peer discussions to challenge assumptions and refine technical approaches.
npx skills add https://github.com/niconiahi/ethernauta --skill staff
Please help me install this Agent Skill. Skill: staff Source: https://github.com/niconiahi/ethernauta/tree/main/.claude/skills/staff Command: npx skills add https://github.com/niconiahi/ethernauta --skill staff
It helps you pressure-test technical ideas in a fast, collaborative way by simulating a senior staff engineer who will challenge assumptions, clarify trade-offs, and drive toward concrete alignment.
Tell the assistant to use chat mode for your problem and ask it to propose an approach while challenging your assumptions first.
High-intent search queries and answers about installing and using this skill.
A staff-level technical debate simulates a senior staff engineer challenging assumptions and clarifying trade-offs to drive toward concrete alignment. It proactively surfaces risks and edge cases to pressure-test architecture reviews before implementation begins.
Run a design trade-off exploration by engaging in a collaborative technical discussion that forces agreement on approach and constraints. The staff-level peer review challenges assumptions and probes edge-case scenarios to reach alignment before any code is written.
Yes, you can use this for API contract design and system trade-off discussions. It applies to architecture reviews and resolves ambiguous technical decisions by running a staff-engineer style peer discussion that refines the approach.
No, this approach has a hard constraint to avoid writing code until alignment is reached. It focuses entirely on design alignment, risk analysis, and clarifying trade-offs within a concise, senior-level technical discussion.
The best way to resolve ambiguous technical decisions is to simulate a staff engineer who challenges assumptions and clarifies trade-offs. This pre-implementation alignment process uses direct, opinionated feedback to reduce downstream surprises.
You need pre-implementation alignment for technical planning when facing complex engineering work with ambiguous decisions. It forces agreement on constraints and approach through risk analysis and edge-case probing before development starts.
proyecto26Structure ambiguous system design prompts into functional requirements, non-functional constraints, and out-of-scope boundaries.
gl11tchyTranslate requirements into a design blueprint with architecture, data models, and API contracts.
jungmini0601Plan technical implementations and design system architectures with roadmaps.
tmcfarlaneCreates architecture decision records, component diagrams, and risk assessments.
