ArMaTeC
Community@ArMaTeC · United kingdom
ArMaTeC maintains a 91-skill registry of specialist coding agents covering full-stack frameworks, cloud infrastructure, databases, security, and ML engineering.
Agent Skills by ArMaTeC
Showing 91 vetted skills indexed across 1 GitHub repositories.
ArMaTeCredball-deployment-guide
Guides building, signing, and deploying the Redball WPF application on Windows.
ArMaTeCspeckit-checklist
Generate requirements-quality checklists for spec-kit feature specifications.
ArMaTeCnextjs-developer
Implements Next.js 14+ applications with App Router, Server Components, and Server Actions.
ArMaTeCplanning-with-files
Maintains persistent markdown planning files on disk so agent work survives context loss.
ArMaTeCdatabase-optimizer
Analyzes execution plans and optimizes query performance for PostgreSQL and MySQL databases.
ArMaTeCfullstack-guardian
Implements security-focused full-stack features spanning frontend, backend, and database layers.
ArMaTeCgit-commit
Analyzes staged changes and creates conventional git commits with structured messages.
ArMaTeCspark-engineer
Implements and optimizes Apache Spark pipelines for distributed data processing workloads.
ArMaTeCfine-tuning-expert
Fine-tune LLMs with LoRA, QLoRA, and PEFT using Hugging Face training workflows.
ArMaTeCwordpress-pro
Develops WordPress themes, plugins, Gutenberg blocks, and WooCommerce stores with security hardening.
ArMaTeCplanning-and-task-breakdown
Decomposes features into vertical slices with dependency graphs, checkpoint gates, and risk registers.
ArMaTeCcode-documenter
Generates docstrings, OpenAPI specs, JSDoc annotations, and developer guides for codebases.
ArMaTeCmicroservices-architect
Designs distributed system architectures with service boundaries, resilience patterns, and observability strategies.
ArMaTeCincremental-implementation
Implements feature plans one verified task at a time with thin vertical slices.
ArMaTeCkotlin-specialist
Implements idiomatic Kotlin code using coroutines, Flow, Compose, Ktor, and multiplatform patterns.
ArMaTeCspec-miner
Extracts specifications and requirements from existing codebases using code analysis.
ArMaTeCfastapi-expert
Builds async FastAPI endpoints with Pydantic V2 schemas, JWT authentication, and SQLAlchemy database operations.
ArMaTeCatlassian-mcp
Integrates Jira and Confluence operations through MCP servers using JQL and CQL queries.
ArMaTeCgolang-pro
Implements concurrent Go patterns, microservices, and performance-optimized code with idiomatic error handling.
ArMaTeCshopify-expert
Builds Shopify themes, apps, checkout extensions, and Storefront API integrations.
ArMaTeCcli-developer
Implements command-line tools with argument parsing, prompts, and shell completions across Node.js, Python, and Go.
ArMaTeCpandaos-design
Designs UI prototypes and mockups on the PandaOS Design canvas with versioned, revertable output.
ArMaTeCsalesforce-developer
Writes and debugs Apex code, Lightning Web Components, and SOQL queries for Salesforce applications.
ArMaTeCdotnet-core-expert
Implements .NET 8 applications with minimal APIs, clean architecture, and CQRS patterns.
Frequently Asked Questions About ArMaTeC
FAQPage SchemaWhat tasks can I accomplish with ArMaTeC's skill registry?▼
You can implement features across 20+ languages and frameworks (React, Next.js, Django, Spring Boot, Laravel, Rails, Flutter), optimize databases, design microservices and GraphQL schemas, configure Kubernetes/Terraform infrastructure, run security audits, write E2E tests, fine-tune models with LoRA/QLoRA, and build RAG retrieval pipelines.
Who are these skills designed for?▼
The registry targets software engineers, DevOps and SRE practitioners, data engineers, security reviewers, and architects. Each skill declares a role (specialist, expert, architect) and scope (implementation, design, review, testing), letting teams invoke domain-matched expertise for coding, infrastructure, or audit tasks.
How are the skills installed and invoked at runtime?▼
Skills are folder-based packages with YAML frontmatter defining name, description, triggers, and allowed-tools. Many are user-invocable via slash-style commands; some (like planning-with-files) register hooks on UserPromptSubmit, PreToolUse, and Stop events. Spec-kit skills require a .specify/ project directory.
Are ArMaTeC's skills open source and free to use?▼
Yes. The majority of skills carry an explicit MIT license in their frontmatter, authored primarily by github.com/Jeffallan with contributions from github-spec-kit and pandaos sources. No paid tiers, subscriptions, or usage fees are indicated anywhere in the manifest.
What prerequisites or dependencies do the skills require?▼
Most skills are self-contained prompt/instruction packages needing only a compatible agent runtime. Spec-kit skills require a .specify/ directory structure; pandaos skills require the PandaOS Design canvas and its MCP automation endpoints; planning-with-files uses shell/PowerShell hook scripts for session persistence.