Supports containerized deployment and execution of the MCP server through Docker
Implied integration through source code management for building the server from source
Allows installation and usage of the MCP server directly from a GitHub repository
Referenced as a technology choice for API implementation that can be tracked and explained through the system's decision history capabilities
Supports installation and package management of the MCP server
Developer MCP Server
A powerful context management system designed specifically for software development teams. The Developer MCP Server maintains persistent context across your coding sessions, ensuring you never lose track of your project's structure, dependencies, and progress.
Features
Persistent Development Context: Pick up exactly where you left off in your last session, with complete context about the components, issues, and tasks you were working on.
Session Management: Start new development sessions and record your achievements, task updates, and project status changes when you finish, creating a persistent record of your development activities.
Dependency Tracking: Understand how components, features, and technologies relate to each other with a comprehensive dependency model.
Project Status Insights: Get immediate visibility into project progress, including status of components, features, issues, and milestones.
Component Context Retrieval: Understand any component's purpose, implementation details, dependencies, and related issues at a glance.
Decision History: Track why architectural and implementation decisions were made, when, and by whom—no more guessing why something was built a certain way.
Milestone Progress Tracking: Monitor progress toward project milestones and identify potential bottlenecks before they derail your timeline.
Related Entity Discovery: Quickly find all related entities for any component, feature, or task to understand its complete context.
Entities
The Developer MCP Server recognizes the following types of entities in your software development context:
Project: Overall software project or product
Component: Module, service, package, or logical unit within a project
Feature: Specific functionality being developed
Issue: Bug, problem, or defect to be addressed
Task: Work item or activity needed for development
Developer: Team member working on the project
Technology: Programming language, framework, library, or tool
Decision: Important technical or architectural decision
Milestone: Key project deadline or phase
Environment: Development, staging, or production environment
Documentation: Project documentation resource
Requirement: Project requirement or specification
Relationships
The Developer MCP Server models the following relationships between entities, mirroring real-world software development dynamics:
depends_on: Entity A requires Entity B to function
implements: Component implements a feature
assigned_to: Task is assigned to a developer
blocked_by: Task is blocked by an issue
uses: Component uses a technology
part_of: Component is part of a project
contains: Project contains a component
works_on: Developer works on a project/component
related_to: General relationship between entities
affects: Issue affects a component
resolves: Task resolves an issue
created_by: Entity was created by a developer
documented_in: Component is documented in documentation
decided_in: Decision was made in a meeting
required_by: Feature is required by a requirement
has_status: Entity has a particular status
depends_on_milestone: Task depends on reaching a milestone
precedes: Task precedes another task (sequencing)
reviews: Developer reviews a component
tested_in: Component is tested in an environment
Available Tools
The Developer MCP Server provides the following tools:
startsession: Starts a new development session and provides information about recent sessions, active projects, high-priority tasks, and upcoming milestones.
loadcontext: Loads detailed context for an entity (project, component, feature, task, etc.) and tracks this context loading as part of the current session.
endsession: Performs a structured analysis of the development session through multiple stages (summary, achievements, task updates, new tasks, project status) and records this information in the persistent knowledge graph.
buildcontext: Creates new entities, relations, or observations in the knowledge graph.
deletecontext: Removes entities, relations, or observations from the knowledge graph.
advancedcontext: Retrieves information from the knowledge graph with different query types (graph, search, nodes, related, decisions, milestone).
Prompts
Here are some example prompts to use with the Developer MCP Server:
Starting a Session
Loading Context
Recording Session Progress
Knowledge Graph Management
Usage
The Developer MCP Server excels in scenarios like:
Context Continuity
The server retrieves your most recently accessed components along with their dependencies, issues, and related tasks, allowing you to instantly resume work without spending time reconstructing context.
Onboarding New Team Members
New developers can quickly understand the project structure, key components, and their relationships—dramatically reducing the time needed to become productive on a new codebase.
Session Recording
The server guides you through a structured process to document your achievements, task updates, and project status changes, preserving this context for future sessions and team members.
Architectural Decision Context
The server retrieves the decision entity along with related meetings, developers involved, and the context in which the decision was made—preserving organizational knowledge that would otherwise be lost.
Dependency Analysis
Before making changes, developers can understand all components, features, and tasks that depend on a particular component, reducing the risk of unexpected breakages.
Project Progress Tracking
Project leads can instantly see the status of all tasks and features associated with a milestone, identifying at-risk items before they jeopardize the timeline.
Configuration
Usage with Claude Desktop
Add this to your claude_desktop_config.json
:
Install from GitHub and run with npx
Install globally and run directly
First, install the package globally:
Then configure Claude Desktop:
docker
Building
From Source
Docker:
License
This MCP server is licensed under the MIT License. This means you are free to use, modify, and distribute the software, subject to the terms and conditions of the MIT License. For more details, please see the LICENSE file in the project repository.
A powerful context management system that maintains persistent context across coding sessions, helping development teams track project structure, dependencies, and progress.
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