By rivit-studio
Core Claude Code productivity system — agents, auto-delegation, workflows, and best practices
npx claudepluginhub rivit-studio/gir --plugin gir-coreExpert code review with focus on security, performance, and best practices
Debugging specialist for errors, test failures, and unexpected behavior. Use PROACTIVELY when encountering issues.
Plans and architects new features with comprehensive implementation strategy
Analyzes specifications, PRDs, and feature descriptions to extract structured requirements, acceptance criteria, and technical constraints. Use before feature planning when requirements are vague or complex.
Orchestrates agent teams for complex, multi-part work. Delegates tasks, enforces quality gates, and coordinates teammates so nothing falls through the cracks.
Auto-delegation and task prioritization rules for Claude Code. Determines when to use subagents, which agent to delegate to, and how to break down complex tasks. Apply when planning work, starting new tasks, or when a task involves multiple concerns.
Universal Claude Code best practices for any coding task. Covers tool usage patterns, anti-patterns, code review standards, commit conventions, and workflow quality standards. Apply to ALL software engineering tasks.
Assess whether the `.gir/` memory bank is stale and recommend what to update.
Scaffold the `.gir/` memory bank directory in the current project with all 5 template files.
Generate a `CLAUDE-project.md` for the current project by detecting its tech stack and prompting for key configuration values.
Migrate an existing GIR-v1 project to the GIR-v2 modular plugin system. Preserves all memory bank data, converts configuration files, removes v1 artifacts, and guides through v2 plugin installation.
List installed GIR modules and discover available ones.
Continuous autonomous iteration patterns (Ralph Loops) for Claude Code. Enables self-directed build-test-fix cycles, progressive refinement, and autonomous quality improvement. Use when the user wants Claude to iterate autonomously on a task until completion.
Spec-driven quality gates (SpecKit) for Claude Code. Enforces specification verification before implementation, test coverage requirements, and acceptance criteria checks. Use when building features that require formal specifications or quality assurance workflows.
State machine templates and patterns for Claude Code. Provides structured state management for workflows, UI components, and process orchestration. Use when implementing stateful logic, workflow engines, or multi-step processes.
Show an overview of the user's GIR configuration — what's installed, what's configured, and what's missing.
Advanced workflow patterns for Claude Code including Explore-Plan-Code-Commit (E-P-C-C), multi-Claude coordination, parallel development, and iterative refinement loops. Use when planning multi-step implementations or complex engineering tasks.
This skill should be used when the model's ROLE_TYPE is orchestrator and needs to delegate tasks to specialist sub-agents. Provides scientific delegation framework ensuring world-building context (WHERE, WHAT, WHY) while preserving agent autonomy in implementation decisions (HOW). Use when planning task delegation, structuring sub-agent prompts, or coordinating multi-agent workflows.
Uses power tools
Uses Bash, Write, or Edit tools
Share bugs, ideas, or general feedback.
Multi-agent orchestrator for Claude Code. Track work with convoys, sling to polecats. The Cognition Engine for AI-powered software factories.
Reference skills for Claude Code Tasks and Agent Teams features
The development-workflow plugin for Claude Code — 35 skills organized around a 6-phase workflow (Think → Review → Build → Ship → Maintain → Setup), 24 agents, and an interactive setup wizard for rules, modes, hooks, and MCP servers.
Installer for TÂCHES' Get-Shit-Done workflow system - meta-prompting, context engineering and spec-driven development
Context-Driven Development plugin that transforms Claude Code into a project management tool with structured workflow: Context → Spec & Plan → Implement