What kind of questions does this skill ask during the interview?

It avoids surface-level questions, instead focusing on challenging assumptions, exploring 'what if' scenarios, probing for edge cases, and evaluating trade-offs in your architecture.

What is the final output of the interview process?

Once the interview is complete, the skill produces a detailed specification document containing finalized requirements, technical decisions, and an implementation checklist.

How does the Interview skill find my implementation plan?

The skill automatically searches for common plan locations such as .claude/plan.md, docs/plan.md, or references the most recent plan discussed in your current conversation.

When is the best time to trigger this skill?

You should use it after creating an implementation plan but before exiting 'plan mode' to ensure your design is robust and fully vetted.

Does this skill write the code for me?

No, this skill is designed for the planning phase. It ensures your logic is sound and your plan is complete before you move into the implementation phase.

Technical Plan Validator

Name: Technical Plan Validator
Author: VinniZP

byVinniZP

协作工具

Validates technical implementation plans and architecture decisions through deep, probing interviews before coding begins.

关于

The Technical Plan Validator skill empowers Claude to act as a senior technical architect by conducting rigorous deep-dive interviews to scrutinize implementation plans and design patterns. By challenging assumptions and exploring edge cases, it ensures that your technical strategy is sound, risks are mitigated, and a comprehensive specification is produced before a single line of code is written. This proactive approach helps identify architectural flaws, security risks, and performance bottlenecks early in the development lifecycle, preventing costly rework and ensuring higher quality software delivery.

主要功能

Probing technical analysis covering architecture, security, and performance
Comprehensive risk assessment and external dependency mapping
0 GitHub stars
Challenge-based questioning to identify unstated requirements and edge cases
Automated plan discovery across common project directories and documentation files
Automated generation of finalized technical specifications and implementation checklists

使用场景

Validating implementation plans for mission-critical security or data integrity features
Stress-testing design decisions to identify potential performance bottlenecks and tradeoffs
Reviewing complex architectural changes before starting a major development sprint

关于

主要功能

Probing technical analysis covering architecture, security, and performance
Comprehensive risk assessment and external dependency mapping
0 GitHub stars
Challenge-based questioning to identify unstated requirements and edge cases
Automated plan discovery across common project directories and documentation files
Automated generation of finalized technical specifications and implementation checklists

使用场景

Validating implementation plans for mission-critical security or data integrity features
Stress-testing design decisions to identify potential performance bottlenecks and tradeoffs
Reviewing complex architectural changes before starting a major development sprint