mcpField
C
Cisco ACI MCP Server

Cisco ACI MCP Server

Local
github.com/jim-coyneCloud & Infra2Updated 49w ago

About Cisco ACI MCP Server

Cisco ACI MCP Server manages Cisco ACI fabrics through the APIC REST API for network operators. It offers tools spanning tenants, network objects, nodes, interfaces, and fabric health monitoring.

Key features

  1. 01Manage tenants and application profiles
  2. 02Configure endpoint groups and bridge domains
  3. 03Manage VRFs and security contracts
  4. 04Inspect fabric health and faults
  5. 05Manage nodes and interfaces

Use cases

  1. 01Create or update tenants and network objects
  2. 02Check fabric health and review faults
  3. 03Query nodes, interfaces, and statistics

MCP support

As an MCP server, it exposes Cisco ACI fabric management and monitoring tools to clients, operating the controller through the APIC REST API.

Configuration

Local server config is the same for every client. Copy it into your client’s MCP config file.

No install method listed yet

We haven’t collected a package or remote endpoint for this server. Follow the instructions in the project README.

Repository

Tools

No tool list yet

Local servers expose tools only once running on your machine, and the maintainer has not provided a tool list.

Details

From the project README

ACI Model Context Protocol (MCP) Server

A comprehensive MCP server for configuring and managing Cisco ACI (Application Centric Infrastructure) fabrics through the APIC REST API.

Overview

This MCP server provides 35+ tools for complete ACI fabric management, including:

  • Tenant Management: Create, list, get, update, and delete tenants
  • Application Profiles: Manage application profiles within tenants
  • Endpoint Groups (EPGs): Configure and manage endpoint groups
  • Bridge Domains: Create and manage Layer 2 domains
  • VRFs: Manage Virtual Routing and Forwarding instances
  • Contracts: Define and manage security policies
  • Health Monitoring: Monitor fabric health and faults
  • Node Management: Manage fabric nodes and interfaces

Installation

Prerequisites
  • Node.js 18+ and npm
  • Access to a Cisco APIC controller
  • Valid APIC credentials (username/password or certificate)
Setup
  1. Clone and Install:

    cd aci-mcp-server
    npm install
    
  2. Configure Authentication:

    Option A: Environment Variables

    cp .env.example .env
    # Edit .env with your APIC details
    export ACI_APIC_URL="https://your-apic.domain.com"
    export ACI_USERNAME="admin"
    export ACI_PASSWORD="your_password"
    

    Option B: Configuration Files

    cp aci-config.json.example aci-config.json
    # Edit aci-config.json with your settings
    

    Option C: Certificate Authentication

    export ACI_APIC_URL="https://your-apic.domain.com"
    export ACI_USERNAME="admin"
    export ACI_CERT_NAME="your-cert-name"
    export ACI_PRIVATE_KEY_PATH="/path/to/private.key"
    
  3. Build the Server:

    npm run build
    
  4. Test Connection:

    npm start
    # Should connect to APIC and display available tools
    

Configuration

Authentication Methods

The server supports two authentication methods:

  1. Username/Password: Standard APIC login
  2. Certificate: X.509 certificate-based authentication (recommended for production)
Tool Configuration

Configure which tools are available using aci-mcp-config.json:

{
  "serverConfig": {
    "name": "aci",
    "toolSelectionMode": "whitelist",
    "enableAllTools": false,
    "tenantFocus": "production"
  },
  "toolConfiguration": {
    "enabledTools": ["list_tenants", "get_fabric_health", ...],
    "disabledTools": []
  }
}

Tool Modes:

  • core: Essential tools (35 tools) - Default
  • all: All available tools (50+ tools)

Environment Variable Configuration:

export ACI_TOOL_MODE=core          # or 'all'
export ACI_TENANT_FOCUS=production # Focus on specific tenant

Available Tools

Tenant Management (5 tools)
  • list_tenants - List all tenants
  • get_tenant - Get specific tenant details
  • create_tenant - Create new tenant
  • update_tenant - Update tenant configuration
  • delete_tenant - Delete tenant
Application Profile Management (5 tools)
  • list_application_profiles - List application profiles
  • get_application_profile - Get specific application profile
  • create_application_profile - Create new application profile
  • update_application_profile - Update application profile
  • delete_application_profile - Delete application profile
Endpoint Group Management (6 tools)
  • list_endpoint_groups - List endpoint groups
  • get_endpoint_group - Get specific EPG details
  • create_endpoint_group - Create new EPG
  • update_endpoint_group - Update EPG configuration
  • delete_endpoint_group - Delete EPG
  • get_endpoint_group_stats - Get EPG statistics
Bridge Domain Management (5 tools)
  • list_bridge_domains - List bridge domains
  • get_bridge_domain - Get specific bridge domain
  • create_bridge_domain - Create new bridge domain
  • update_bridge_domain - Update bridge domain
  • delete_bridge_domain - Delete bridge domain
VRF Management (5 tools)
  • list_vrfs - List VRFs
  • get_vrf - Get specific VRF details
  • create_vrf - Create new VRF
  • update_vrf - Update VRF configuration
  • delete_vrf - Delete VRF
Contract Management (8 tools)
  • list_contracts - List contracts
  • get_contract - Get contract details
  • create_contract - Create new contract
  • update_contract - Update contract
  • delete_contract - Delete contract
  • list_filters - List filters
  • create_filter - Create new filter
  • delete_filter - Delete filter
Health & Monitoring (8 tools)
  • get_fabric_health - Get overall fabric health
  • list_faults - List fabric faults
  • get_fault_summary - Get fault summary by severity
  • list_nodes - List fabric nodes
  • get_node_health - Get node health status
  • list_interfaces - List fabric interfaces
  • get_interface_stats - Get interface statistics
  • get_system_info - Get APIC system information

Comments

Markdown supported

New to MCP?

From what the protocol is to installing your first server, these answers cover most first questions.

An open protocol that defines how AI applications connect to external tools and data in a uniform way. Clients talk to the model; MCP servers provide tools, resources and prompt templates. They exchange standard messages, so one server can be reused by many clients.