automazeio/ccpm

Features

• Agent Orchestrators - Orchestrates multiple independent AI agents across separate worktrees to execute concurrent development streams.
• Requirement Traceability Frameworks - Functions as a requirement traceability tool linking product requirements and technical epics to specific tasks and commits.
• Agent Delegation Systems - Assigns specialized agents to implement specific tasks while tracking progress and maintaining audit trails.
• Concurrent Agent Execution - Distributes scoped workstreams across multiple specialized agents executing concurrently in isolated environments.
• AI Agent Orchestrators - Coordinates groups of specialized agents using isolated worktrees to implement scoped development tasks.
• Worktree Isolation - Launches independent git worktrees to run concurrent agents on separate files, preventing merge conflicts.
• Task Planners - Implements a local-first planning engine to decompose high-level objectives into executable technical tasks.
• GitHub Integration Tools - Synchronizes hierarchical epics and tasks to GitHub issues using labels to maintain relationships.
• Local-First Development - Enables requirement parsing and epic decomposition to be performed locally without an internet connection.
• Offline Development Tools - Provides a workflow for requirement parsing and epic decomposition that operates without internet connectivity.
• Agent Session Parallelization - Launches multiple agents to work concurrently on independent scoped files based on task stream analysis.
• Task-to-Issue Mappings - Links local task files to remote identifiers using structured metadata and labels for traceability.
• Requirement-to-Code Mappings - Implements a system for tracing the path from a product document through epics and issues to the resulting code.
• Bidirectional State Synchronizations - Maintains a consistent source of truth by importing remote issue records and pushing local state updates.
• Issue Tracking Integrations - Provides bidirectional synchronization between local project plans and remote GitHub issue states.
• Requirement to Task Decomposition - Transforms high-level product requirements into technical epics and discrete task files with acceptance criteria.
• Implementation Planning - Transforms product requirements into architectural plans that map technical approaches and dependencies.
• Traceability Frameworks - Maintains a complete development audit trail by linking requirements through epics and tasks to final commits.
• Context Integrity Validations - Uses self-verification checkpoints during data analysis to prevent hallucinations and ensure context accuracy.
• Automated Status Reports - Ships a bash-scripting utility that scans local project files to generate automated status reports on progress and blockers.
• Project Progress Tracking - Analyzes local task files and remote issue states to track development velocity and identify blockers.
• Requirement-to-Epic Conversions - Captures problem statements and constraints to generate structured requirements documents and technical epics.
• Product Requirements Generation - Offers a guided brainstorming process to capture project scope, user needs, and success criteria in structured documents.
• Task Management - Project management tool for Claude Code using GitHub Issues and worktrees.

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