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Project MCP Server: Real-Time Orchestration & Cross-Team Alignment - MCP Implementation

Project MCP Server: Real-Time Orchestration & Cross-Team Alignment

Drive cross-team alignment and agile delivery with MCP Server – your command center for real-time project orchestration and seamless stakeholder collaboration.

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About Project MCP Server

What is Project MCP Server: Real-Time Orchestration & Cross-Team Alignment?

Project MCP Server is an advanced project management solution designed to streamline real-time coordination across distributed teams. It enables centralized tracking of tasks, milestones, risks, and resource allocation while maintaining context continuity across planning sessions. Built for agile environments, it provides actionable insights through dependency analysis, health assessments, and decision logs to ensure alignment with project objectives.

How to Use Project MCP Server: Real-Time Orchestration & Cross-Team Alignment?

  • Session Initialization: Start sessions with project-specific contexts using natural language commands.
  • Context Management: Dynamically load project details, tasks, and dependencies to maintain up-to-date visibility.
  • Task Execution Tracking: Record meeting outcomes, status updates, and new assignments directly into the system.
  • Configuration Options: Deploy via npm, Docker, or GitHub integration for seamless environment compatibility.

Project MCP Server Features

Key Features of Project MCP Server: Real-Time Orchestration & Cross-Team Alignment?

  • Dependency Orchestration: Visualize task interdependencies and critical paths to resolve bottlenecks.
  • Risk Mitigation Framework: Proactively track risks with customizable impact assessments and mitigation workflows.
  • Resource Utilization: Analyze allocation efficiency through granular visibility into team assignments and capacity.
  • Decision Audit Trail: Maintain versioned logs of strategic decisions with contextual metadata for accountability.
  • Multi-Environment Support: Deploy across cloud-native, containerized, or local setups using standardized configuration workflows.

Use Cases of Project MCP Server: Real-Time Orchestration & Cross-Team Alignment?

  • Crisis Management: Rapidly assess project impacts during unplanned disruptions through real-time dependency maps.
  • Onboarding Acceleration: Generate project-specific knowledge repositories for new team members in minutes.
  • Compliance Tracking: Maintain audit-ready records of regulatory compliance activities and approvals.
  • Scalable Collaboration: Enable cross-functional teams to work in parallel while maintaining synchronized progress views.

Project MCP Server FAQ

FAQ: Project MCP Server Implementation

  • Deployment: Supported via npm (npm), Docker (Docker Hub), and GitHub Actions workflows.
  • Customization: Extend functionality through plugin architecture and API integrations with project management tools.
  • Community Support: Contributing developers can fork repositories on GitHub and submit pull requests for review.
  • Licensing: Open-source under MIT License, permitting commercial use with attribution requirements.

Content

Project MCP Server

An MCP server implementation that provides tools for managing project knowledge graphs, enabling structured representation of projects, tasks, milestones, resources, and team members. This server helps project managers track progress, manage risks, allocate resources, and make informed decisions.

Features

  • Persistent Project Context : Maintain a structured knowledge graph of project entities and relationships across multiple sessions
  • Session Management : Track project management sessions with unique IDs and record progress over time
  • Project Status Tracking : Monitor project health, risks, and issue status in real time
  • Task Dependencies : Visualize and manage dependencies between tasks to identify bottlenecks
  • Milestone Progress : Track progress towards key project milestones
  • Resource Allocation : Monitor how resources are distributed across projects and tasks
  • Risk Assessment : Identify, monitor, and mitigate project risks
  • Decision Logging : Record important project decisions and their context
  • Team Member Management : Track assignments and workloads for team members
  • Project Timeline Analysis : Analyze project timelines including critical paths

Entities

The Project MCP Server recognizes the following entity types:

  • project : The main container for all related entities
  • task : Individual work items that need to be completed
  • milestone : Key checkpoints or deliverables in the project
  • resource : Materials, tools, or assets needed for the project
  • teamMember : People involved in the project
  • note : Documentation, ideas, or observations
  • document : Formal project documents
  • issue : Problems or blockers
  • risk : Potential future problems
  • decision : Important choices made during the project
  • dependency : External requirements or prerequisites
  • component : Parts or modules of the project
  • stakeholder : People affected by or interested in the project
  • change : Modifications to project scope or requirements

Relationships

Entities can be connected through the following relationship types:

  • part_of : Indicates an entity is a component/subset of another
  • depends_on : Shows dependencies between entities
  • assigned_to : Links tasks to team members
  • created_by : Tracks who created an entity
  • modified_by : Records who changed an entity
  • related_to : Shows general connections between entities
  • blocks : Indicates one entity is blocking another
  • manages : Shows management relationships
  • contributes_to : Shows contributions to entities
  • documents : Links documentation to entities
  • scheduled_for : Connects entities to dates or timeframes
  • responsible_for : Assigns ownership/responsibility
  • reports_to : Indicates reporting relationships
  • categorized_as : Links entities to categories or types
  • required_for : Shows requirements for completion
  • discovered_in : Links issues to their discovery context
  • resolved_by : Shows what resolved an issue
  • impacted_by : Shows impact relationships
  • stakeholder_of : Links stakeholders to projects/components
  • prioritized_as : Indicates priority levels

Available Tools

The Project MCP Server provides these tools for interacting with project knowledge:

startsession

Starts a new project management session, generating a unique session ID and displaying current projects, tasks, milestones, risks, and recent sessions.

loadcontext

Loads detailed context for a specific entity (project, task, etc.), displaying relevant information based on entity type.

endsession

Records the results of a project management session through a structured, multi-stage process:

  1. summary : Records session summary, duration, and project focus
  2. achievements : Documents key achievements from the session
  3. taskUpdates : Tracks updates to existing tasks
  4. newTasks : Records new tasks created during the session
  5. projectStatus : Updates overall project status and observations
  6. riskUpdates : Tracks changes to project risks
  7. assembly : Final assembly of all session data

buildcontext

Creates new entities, relations, or observations in the knowledge graph:

  • entities : Add new project-related entities (projects, tasks, milestones, etc.)
  • relations : Create relationships between entities
  • observations : Add observations to existing entities

deletecontext

Removes entities, relations, or observations from the knowledge graph:

  • entities : Remove project entities
  • relations : Remove relationships between entities
  • observations : Remove specific observations from entities

advancedcontext

Retrieves information from the knowledge graph:

  • graph : Get the entire knowledge graph
  • search : Search for nodes based on query criteria
  • nodes : Get specific nodes by name
  • related : Find related entities

Domain-Specific Functions

The Project MCP Server includes specialized domain functions for project management:

  • getProjectOverview : Comprehensive view of a project including tasks, milestones, team members, issues, etc.
  • getTaskDependencies : Analyze task dependencies to identify blocked tasks and critical paths
  • getTeamMemberAssignments : View all assignments for a specific team member
  • getMilestoneProgress : Track progress towards project milestones
  • getProjectTimeline : Analyze project timeline and key dates
  • getResourceAllocation : Examine how resources are allocated across the project
  • getProjectRisks : Identify and assess project risks
  • findRelatedProjects : Discover connections between different projects
  • getDecisionLog : Track decision history and context
  • getProjectHealth : Assess overall project health with metrics and recommendations

Example Prompts

Starting a Session

Let's start a new project management session to review the Mobile App Development project.

Loading Project Context

Load the context for the Mobile App Development project so I can see its current status.

Recording Session Results

I've just finished a project review meeting for Mobile App Development. We completed the UI design milestone, identified 2 new risks related to the backend API, and assigned 3 new tasks to the development team. The project is still on track but we need to monitor the API risks closely.

Managing Project Knowledge

Create a new task called "Implement User Authentication" that's part of the Mobile App Development project, assigned to Sarah, with high priority and due in two weeks.



Update the status of the "Database Migration" task to "completed" and add an observation that it was finished ahead of schedule.

Usage

This MCP server enables project managers to:

  • Maintain Context Continuity : Keep track of project details across multiple planning sessions
  • Onboard New Team Members : Quickly get new team members up to speed on project status
  • Record Session Results : Document the outcomes of meetings and work sessions
  • Track Dependencies : Identify and manage critical dependencies and bottlenecks
  • Monitor Risk : Keep track of project risks and implement mitigation strategies
  • Allocate Resources : Optimize resource allocation across projects and tasks
  • Make Informed Decisions : Base decisions on comprehensive project data

Configuration

Usage with Claude Desktop

Add this to your claude_desktop_config.json:

Install from GitHub and run with npx

{
  "mcpServers": {
    "project": {
      "command": "npx",
      "args": [
        "-y",
        "github:tejpalvirk/project"
      ]
    }
  }
}

Install globally and run directly

First, install the package globally:

npm install -g github:tejpalvirk/project

Then configure Claude Desktop:

{
  "mcpServers": {
    "project": {
      "command": "contextmanager-project"
    }
  }
}

docker

{
  "mcpServers": {
    "project": {
      "command": "docker",
      "args": [
        "run",
        "--rm",
        "-i",
        "mcp/project"
      ]
    }
  }
}

Building

From Source

# Clone the repository
git clone https://github.com/tejpalvirk/contextmanager.git
cd contextmanager

# Install dependencies
npm install

# Build the server
npm run build

# Run the server
cd project
node project_index.js

Docker:

docker build -t mcp/project -f project/Dockerfile .

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.

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