Ibm Storageinsights Mcpserver

IBM Storage Insights MCP Server

> DISCLAIMER: This is a community-maintained project and is not officially affiliated with, endorsed by, or supported by IBM. This MCP server utilizes the IBM Storage Insights External APIs.

This open-sourced Model Context Protocol (MCP) server will help IBM Storage Insights to integrate in the Agentic-AI ecosystem. It will help users to bring their AI-Agents for seamless observability and diagnosis of their Storage Assets registered with IBM Storage Insights .

🚀 Features

• Observability Tools: Leverage key IBM Storage Insights monitoring capabilities via an MCP interface.
• Extensible Design: Easily integrate additional Storage Insights APIs for future expansions.
• Pythonic: Allowing ease of use and extension for AI developers

🛠️ Tools

Listed below are the tools which are presently exposed thought the MCP server:

1. fetch_tenant_alerts

• Description: Retrieve a list of alerts for a tenant.
• Inputs:
• tenant_id_input (optional string): Storage Insights Tenant id.
• Returns: List of alerts present for the tenant.
• Examples:

``` # Example 1: Fetch alerts using default tenant ID from .env "Get all alerts for my tenant"

# Example 2: Fetch alerts for a specific tenant "Show me alerts for tenant ID 01f13d45-27fd-1e2d-1234-66e2fdea0987"

# Example 3: Check critical alerts "What are the current alerts on my storage systems?" ```

2. fetch_tenant_notifications

• Description: Retrieve a list of notifications for a tenant.
• Inputs:
• tenant_id_input (optional string): Storage Insights Tenant id.
• Returns: List of notifications present for the tenant.
• Examples:

``` # Example 1: Get all notifications using default tenant "Show me all notifications for my tenant"

# Example 2: Fetch notifications for specific tenant "Get notifications for tenant 01f13d45-27fd-1e2d-1234-66e2fdea0987"

# Example 3: Check recent notifications "What notifications do I have on my storage infrastructure?" ```

3. fetch_storage_systems

• Description: Get all storage systems added to the tenant for monitoring tenant.
• Inputs:
• tenant_id_input (optional string): Storage Insights Tenant id.
• Returns: List of storage systems present on the tenant.
• Examples:

``` # Example 1: List all storage systems "Show me all storage systems in my tenant"

# Example 2: Get storage systems for specific tenant "List storage systems for tenant 01f13d45-27fd-1e2d-1234-66e2fdea0987"

# Example 3: Check available systems "What storage systems are being monitored?" ```

4. fetch_system_notifications

• Description: Get notifications of system under the tenant.
• Inputs:
• system_id (string): Unique system id for the system.
• tenant_id_input (optional string): Storage Insights Tenant id.
• Returns: List of notifications for a system represented by unique system id.
• Examples:

``` # Example 1: Get notifications for a specific system "Show notifications for system 5249e140-3d44-11f1-8e40-a94d2a0672fd"

# Example 2: Check system-specific notifications "What notifications exist for storage system 5249e140-3d44-11f1-8e40-a94d2a0672fd?"

# Example 3: Get notifications for system in specific tenant "Get notifications for system 5249e140-3d44-11f1-8e40-a94d2a0672fd in tenant 01f13d45-27fd-1e2d-1234-66e2fdea0987" ```

5. fetch_system_details

• Description: Get details for given system present on the tenant.
• Inputs:
• system_id (string): Unique system id for the system.
• tenant_id_input (optional string): Storage Insights Tenant id.
• Returns: Details of a system represented by unique system id.
• Examples:

``` # Example 1: Get complete details of a system "Show me details for storage system 5249e140-3d44-11f1-8e40-a94d2a0672fd"

# Example 2: Check system configuration "What are the details of system 5249e140-3d44-11f1-8e40-a94d2a0672fd?"

# Example 3: Get system info for specific tenant "Get details for system 5249e140-3d44-11f1-8e40-a94d2a0672fd in tenant 01f13d45-27fd-1e2d-1234-66e2fdea0987" ```

6. fetch_system_io_rate

• Description: Get io rate for a system present on the tenant.
• Inputs:
• system_id (string): Unique system id for the system.
• tenant_id_input (optional string): Storage Insights Tenant id.
• metric_types (optional list of strings): performance metric types
• duration (optional string): duration for the data fetch (e.g. 20m, 1h, 1d)
• Returns: Requested IO Rate for the given system represented by unique system id.
• Supported IO rate metrics
• volume_overall_read_io_rate
• volume_overall_write_io_rate
• volume_overall_total_io_rate
• Examples:

``` # Example 1: Get IO rate for last hour "Show me IO rate for system 5249e140-3d44-11f1-8e40-a94d2a0672fd for the last 1 hour"

# Example 2: Get read and write IO rates for last day "Get read and write IO rates for system 5249e140-3d44-11f1-8e40-a94d2a0672fd over the last day"

# Example 3: Check total IO rate for last 20 minutes "What is the total IO rate for system 5249e140-3d44-11f1-8e40-a94d2a0672fd in the last 20 minutes?" ```

7. fetch_system_data_rate

• Description: Get data rate for a system present on the tenant.
• Inputs:
• system_id (string): Unique system id for the system.
• tenant_id_input (optional string): Storage Insights Tenant id.
• metric_types (optional list of strings): performance metric types
• duration (optional string): duration for the data fetch (e.g. 20m, 1h, 1d)
• Returns: Requested Data Rate for the given system represented by unique system id.
• Supported IO rate metrics
• volume_read_data_rate
• volume_write_data_rate
• volume_total_data_rate
• Examples:

``` # Example 1: Get data rate for last hour "Show me data rate for system 5249e140-3d44-11f1-8e40-a94d2a0672fd for the past hour"

# Example 2: Get read data rate for last day "What is the read data rate for system 5249e140-3d44-11f1-8e40-a94d2a0672fd over the last 24 hours?"

# Example 3: Check total data throughput "Get total data rate for system 5249e140-3d44-11f1-8e40-a94d2a0672fd in the last 30 minutes" ```

8. fetch_system_response_time

• Description: Get response time for a system present on the tenant.
• Inputs:
• system_id (string): Unique system id for the system.
• tenant_id_input (optional string): Storage Insights Tenant id.
• metric_types (optional list of strings): performance metric types
• duration (optional string): duration for the data fetch (e.g. 20m, 1h, 1d)
• Returns: Requested Response time for the given system represented by unique system id.
• Supported IO rate metrics
• volume_read_response_time
• volume_write_response_time
• volume_total_response_time
• Examples:

``` # Example 1: Get response time for last hour "Show me response time for system 5249e140-3d44-11f1-8e40-a94d2a0672fd for the last hour"

# Example 2: Check read response time "What is the read response time for system 5249e140-3d44-11f1-8e40-a94d2a0672fd over the last day?"

# Example 3: Get total response time metrics "Get total response time for system 5249e140-3d44-11f1-8e40-a94d2a0672fd in the last 20 minutes" ```

9. fetch_system_transfer_size

• Description: Get transfer size for a system present on the tenant.
• Inputs:
• system_id (string): Unique system id for the system.
• tenant_id_input (optional string): Storage Insights Tenant id.
• metric_types (optional list of strings): performance metric types
• duration (optional string): duration for the data fetch (e.g. 20m, 1h, 1d)
• Returns: Requested transfer size for the given system represented by unique system id.
• Supported IO rate metrics
• volume_read_transfer_size
• volume_write_transfer_size
• volume_total_transfer_size
• Examples:

``` # Example 1: Get transfer size for last hour "Show me transfer size for system 5249e140-3d44-11f1-8e40-a94d2a0672fd for the last hour"

# Example 2: Check write transfer size "What is the write transfer size for system 5249e140-3d44-11f1-8e40-a94d2a0672fd over the last day?"

# Example 3: Get total transfer size metrics "Get total transfer size for system 5249e140-3d44-11f1-8e40-a94d2a0672fd in the last 30 minutes" ```

10. fetch_system_cpu_utilization

• Description: Get cpu utilization for a system present on the tenant.
• Inputs:
• system_id (string): Unique system id for the system.
• tenant_id_input (optional string): Storage Insights Tenant id.
• metric_types (optional list of strings): performance metric types
• duration (optional string): duration for the data fetch (e.g. 20m, 1h, 1d)
• Returns: Requested cpu utilization for the given system represented by unique system id.
• Supported IO rate metrics
• cpu_utilization
• Examples:

``` # Example 1: Get CPU utilization for last hour "Show me CPU utilization for system 5249e140-3d44-11f1-8e40-a94d2a0672fd for the last hour"

# Example 2: Check CPU usage over last day "What is the CPU utilization for system 5249e140-3d44-11f1-8e40-a94d2a0672fd over the last 24 hours?"

# Example 3: Monitor CPU performance "Get CPU utilization for system 5249e140-3d44-11f1-8e40-a94d2a0672fd in the last 20 minutes" ```

11. fetch_system_capacity

• Description: Get capacity for a system present on the tenant.
• Inputs:
• system_id (string): Unique system id for the system.
• tenant_id_input (optional string): Storage Insights Tenant id.
• metric_types (optional list of strings): performance metric types
• duration (optional string): duration for the data fetch (e.g. 20m, 1h, 1d)
• Returns: Requested capacity for the given system represented by unique system id.
• Supported IO rate metrics
• used_capacity
• available_capacity
• Examples:

``` # Example 1: Get capacity metrics for last hour "Show me capacity metrics for system 5249e140-3d44-11f1-8e40-a94d2a0672fd for the last hour"

# Example 2: Check available capacity "What is the available capacity for system 5249e140-3d44-11f1-8e40-a94d2a0672fd?"

# Example 3: Monitor used capacity over time "Get used capacity for system 5249e140-3d44-11f1-8e40-a94d2a0672fd over the last day" ```

12. fetch_system_components

• Description: Get component for a system present on the tenant.
• Inputs:
• system_id (string): Unique system id for the system.
• comp_type (string): name of the component to fetch.
• tenant_id_input (optional string): Storage Insights Tenant id.
• Returns: Requested capacity for the given system represented by unique system id.
• Supported components
• volumes
• pools
• enclosures
• drives
• fc-ports
• ip-ports
• host-connections
• io-groups
• managed-disks
• Examples:

``` # Example 1: Get volumes for a system "Show me all volumes for system 5249e140-3d44-11f1-8e40-a94d2a0672fd"

# Example 2: List storage pools "What pools are configured on system 5249e140-3d44-11f1-8e40-a94d2a0672fd?"

# Example 3: Check FC ports "Get fc-ports for system 5249e140-3d44-11f1-8e40-a94d2a0672fd" ```

13. fetch_system_alerts

• Description: Get alerts of system under the tenant.
• Inputs:
• system_id (string): Unique system id for the system.
• tenant_id_input (optional string): Storage Insights Tenant id.
• Returns: List of alerts for a system represented by unique system id.
• Examples:

``` # Example 1: Get alerts for a specific system "Show me alerts for system 5249e140-3d44-11f1-8e40-a94d2a0672fd"

# Example 2: Check system alerts "What alerts are active on system 5249e140-3d44-11f1-8e40-a94d2a0672fd?"

# Example 3: Get alerts for system in specific tenant "Get alerts for system 5249e140-3d44-11f1-8e40-a94d2a0672fd in tenant tenant123" ```

💬 Prompts

1. morning_cup_of_coffee

• Description: Fetch storage system details, alert details and notification details in sequence with the same input. Filter the result to show only systems in error status, critical alerts and notifications.
• Inputs:
• tenant_id_input (optional string): Storage Insights Tenant id.
• Returns: Prompt to execute required tools and output the result
• Examples:

``` # Example 1: Get morning summary with default tenant "Run morning cup of coffee for my tenant"

# Example 2: Get daily health check "Give me the morning cup of coffee report"

# Example 3: Get summary for specific tenant "Run morning cup of coffee for tenant 01f13d45-27fd-1e2d-1234-66e2fdea0987" ```

🧪 Setup

Set up your environment

• Install uv : Refer Installing UV section to install uv.

Storage Insights Credentials

Tools in this MCP Server invokes IBM Storage Insights APIs and hence needs Storage Insights tenant ID and API key for a working setup. Refer Generating a REST API key to generate REST API key for your tenant ID.

Add below values to src/si_mcp_server_oss/.env file:

DEFAULT_SI_TENANT_ID =  
DEFAULT_SI_API_KEY = 
ADDITIONAL_TENANT_API_MAPPING = 
LOG_FILE_PATH = 
LOG_LEVEL = 
CONFIG_FILE_PATH = 

🖥️ Usage with Claude Desktop

Add the following configuration to your claude_desktop_config.json:

MacOS: ~/Library/Application Support/Claude/claude_desktop_config.json Windows: %APPDATA%/Claude/claude_desktop_config.json

{
  "mcpServers": {
    "si_mcp_server": {
      "command": "uv",
      "args": [
        "--directory",
        "/ABSOLUTE/PATH/TO/PARENT/FOLDER/si-mcp-server-oss/src/si_mcp_server_oss",
        "run",
        "server.py"
      ]
    }
  }
}

🐞 Testing and Debugging

1. We recommend using the MCP Inspector for testing and debugging. You can run the inspector with:

```bash npx @modelcontextprotocol/inspector uv --directory /ABSOLUTE/PATH/TO/PARENT/FOLDER/si-mcp-server-oss/src/simcpserv

…

Source & license

This open-source MCP server is cataloged on AgentStack and links to its original source — we do not rehost the code.

• Author: IBM
• Source: IBM/ibm-storageinsights-mcpserver
• License: Apache-2.0

Install and usage instructions live in the source repository linked above.