aie-skills-installer

Detect technology signals in Python and ML repositories to recommend and install matching AIE-Skills.

17|3|Updated Apr 3, 2026
One-click install
npx skills add https://github.com/jayll1303/AIEKit --skill aie-skills-installer
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: aie-skills-installer
Source: https://github.com/jayll1303/AIEKit/tree/main/.kiro/skills/aie-skills-installer
Command: npx skills add https://github.com/jayll1303/AIEKit --skill aie-skills-installer

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

The installer removes guesswork and context bloat by analyzing a project's repository to recommend and selectively install only the AIE-Skills that match concrete project signals, preventing unnecessary skills from being added.

Core Features & Use Cases

  • Repository Analysis: Scan README, dependency files, Dockerfiles, notebooks, and source imports to build a technology profile.
  • Signal-to-Skill Matching: Map detected signals to a curated skill detection table and produce validated recommendations with evidence.
  • Safe Selective Installation: Present recommendations and optional MCP Powers for explicit user confirmation, then perform selective installs via install.sh and return JSON verification.
  • Use Case: Bootstrapping an ML project where only specific skills (e.g., hf-hub-datasets, docker-gpu-setup) are needed based on detected dependencies and files.

Quick Start

Ask the installer to analyze the target repository and present recommended AIE-Skills for your confirmation before installing.

Frequently Asked Questions about aie-skills-installer

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

FAQPage Schema
How do I detect which Python dependencies require specific ML workflow skills?

To detect ML workflow skills, scan project files like pyproject.toml, requirements.txt, and notebooks to map technology signals to curated skill recommendations, ensuring each match has concrete evidence before installation.

What's the best way to selectively install recommended skills for a repository?

The best way to selectively install recommended skills is to analyze the repository's dependency files and source imports, present an evidence-backed match table for user confirmation, and run install.sh to perform the validated selective installations.

Can I use repository analysis to recommend skills for a Docker-based ML project?

Yes, you can use repository analysis for Docker-based ML projects by scanning Dockerfiles, dependency files, and notebooks to detect technology signals and recommend relevant skills like docker-gpu-setup based on concrete project evidence.

Why do I need to confirm skill recommendations before installation?

You need to confirm skill recommendations before installation to prevent unnecessary skills from being added, ensuring only evidence-backed matches relevant to your project's detected signals are selectively installed via the install.sh script.

Does the installer support scanning Jupyter notebooks for technology signals?

Yes, the installer supports scanning Jupyter notebooks for technology signals alongside README files, dependency files, and source imports to build a comprehensive technology profile and recommend matching skills.

How to verify selective skill installations after running the installer?

To verify selective skill installations, run install.sh after user confirmation and check the returned JSON output, which provides verification details for each selectively installed skill based on the detected repository signals.