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AIMS

Official

@aimskr

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27Published Skills

AIMS Develop

Skills Distribution
DomainDeveloper To...Software Architect.. (30%)Quality Assurance .. (30%)Codebase Maintenan.. (25%)Technical Document.. (15%)

Agent Skills by AIMS

Showing 27 vetted skills indexed across 1 GitHub repositories.

aimskraimskr

research

Coordinate parallel expert sub-agents to synthesize research reports from diverse sources.

Official
Advanced
aimskraimskr

learning-research

Coordinate parallel sub-agents to collect learning resources and generate structured Obsidian notes.

Official
Advanced
aimskraimskr

ui-ux-design

Design UI/UX workflows from spec intake to Playwright-driven live testing.

Official
Advanced
aimskraimskr

doc-coauthoring

Coordinates collaborative document drafting through three stages: context gathering, iterative refinement, and reader testing.

Official
Advanced
aimskraimskr

auto-documenter

Generate and update project documentation after development tasks.

Official
Advanced
aimskraimskr

market-research

Size markets, map competitors, and extract user needs from public sources.

Official
Advanced
aimskraimskr

codex

Automate Codex CLI exec commands with model, reasoning, and sandbox flags.

Official
Advanced
aimskraimskr

e2e-runner

Generate, run, and maintain Playwright end-to-end tests across browsers.

Official
Intermediate
aimskraimskr

prd-strategist

Transform abstract ideas into PRD documents and MVP roadmaps.

Official
Advanced
aimskraimskr

harness

Convert feature specs into executable agent tasks with phase management.

Official
Advanced
aimskraimskr

review-claudemd

Analyze conversation history to propose improvements for global and project CLAUDE.md files.

Official
Advanced
aimskraimskr

github-operator

Automate Git operations with branch naming and conventional commits.

Official
Advanced
aimskraimskr

architect

Generate architecture blueprints with module boundaries, layer layouts, and integration points.

Official
Advanced
aimskraimskr

brainstorming

Guide teams through structured questioning to turn ideas into design directions.

Official
Advanced
aimskraimskr

code-conventions

Enforces coding conventions for TypeScript, Python, and Java projects.

Official
Intermediate
aimskraimskr

testing-strategy

Design test strategies and QA plans for software features.

Official
Intermediate
aimskraimskr

tdd-workflow

Guide teams through the Red-Green-Refactor cycle with failing tests first.

Official
Intermediate
aimskraimskr

writing-plans

Generate implementation plans with tasks and TDD steps as Markdown.

Official
Advanced
aimskraimskr

code-reviewer

Coordinate seven specialized agents to review code changes and generate prioritized reports.

Official
Advanced
aimskraimskr

code-explorer

Trace code execution paths and map architecture using LSP tooling.

Official
Advanced
aimskraimskr

refactor-cleaner

Remove dead code and unused imports while preserving program behavior.

Official
Advanced
aimskraimskr

debug-specialist

Reproduce runtime bugs by collecting logs, traces, and environment context.

Official
Advanced
aimskraimskr

build-error-resolver

Diagnose and fix build errors across JavaScript, Python, and Java projects.

Official
Advanced
aimskraimskr

code-simpler

Reduce code complexity by removing nesting and premature abstractions.

Official
Intermediate

Frequently Asked Questions About AIMS

FAQPage Schema
What specific engineering tasks can AIMS perform?β–Ό

AIMS executes end-to-end testing via Playwright, enforces coding conventions across TypeScript and Java, performs OWASP security audits, and manages the full feature development lifecycle from PRD creation to final documentation.

Which technical personas benefit most from these capabilities?β–Ό

Software engineers, QA leads, and technical architects benefit from these capabilities. The system is designed for teams requiring structured, multi-phase coordination for complex refactoring, bug reproduction, and consistent documentation standards.

What are the primary prerequisites for integrating these capabilities?β–Ό

Integration requires a codebase utilizing standard languages like TypeScript, Java, or Python. Users must provide access to project repositories and maintain clear CLAUDE.md files to enable the system to map architecture and enforce specific project conventions.