10x-stack-assess

Detect software project technologies and score them for AI agent readiness.

Updated Aug 27, 2026
One-click install
npx skills add https://github.com/Skaz7/10xDevs --skill 10x-stack-assess-skaz7
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: 10x-stack-assess
Source: https://github.com/Skaz7/10xDevs/tree/main/10xdevs3-artifacts-m1/claude-code/m1l2/skills/10x-stack-assess
Command: npx skills add https://github.com/Skaz7/10xDevs --skill 10x-stack-assess-skaz7

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes references (resource) components.

What problem does it solve?

This Skill helps teams evaluate how well an existing software stack supports AI-assisted development. It turns a broad question about agent-friendliness into a structured assessment of the project’s language, framework, tooling, and surrounding conventions, with concrete guidance for reducing friction.

Core Features & Use Cases

  • Project Stack Detection: Inspects the current codebase for language, framework, build tool, test runner, package manager, CI/CD, deployment setup, and existing instruction files.
  • Quality Gate Scoring: Assesses each detected component against four criteria: type safety, convention strength, ecosystem popularity within its language family, and documentation quality.
  • Compensation Guidance: Produces ready-to-paste instruction file rules for stacks that fall short, so teams can improve agent effectiveness without replacing their technology choices.
  • Use Case: A team inheriting a brownfield application can use this Skill to understand where AI agents will work smoothly, where extra steering is needed, and what project instructions should be added before deeper maintenance or health checks.

Quick Start

Ask the AI to assess the current project stack for agent-friendliness and generate a stack assessment for the brownfield codebase.

Frequently Asked Questions about 10x-stack-assess

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I check if my existing codebase is ready for AI agent development?

To check codebase readiness for AI agent development, evaluate your stack's type safety, convention strength, ecosystem popularity, and documentation quality. This stack assessment detects core technologies and scores them to identify where agents need extra steering.

What is stack assessment for AI agent readiness in a brownfield project?

Stack assessment for AI agent readiness evaluates an existing software project's language, framework, and tooling to determine how well it supports AI-assisted development. It scores components against type safety and convention strength to produce evidence-based guidance.

How do I generate CLAUDE.md or AGENTS.md instruction files for my tech stack?

To generate CLAUDE.md or AGENTS.md instruction files, assess your tech stack's gaps in convention strength and documentation quality. The evaluation produces ready-to-paste compensation guidance and rules to improve agent effectiveness without replacing your technology choices.

Can I evaluate my project's tech stack without migrating to a new framework?

Yes, you can evaluate your tech stack without migrating to a new framework. The assessment provides compensation strategies and ready-to-paste instruction file rules for stacks that fall short, allowing teams to improve agent effectiveness while keeping existing technology choices.

What limitations exist when assessing a codebase for agent-friendliness?

A key limitation is that stack assessment applies only to brownfield repositories containing recognizable project markers like PRD context, CI configuration, or framework-specific tooling. Projects lacking these identifiable components cannot be scored for agent readiness.

Does stack assessment work with any programming language or framework?

Stack assessment works with programming languages and frameworks that have recognizable project markers within the codebase. It evaluates detected components by scoring their ecosystem popularity within their language family, type safety, and documentation quality.