MCP Server for CVDLT(Computer Vision & Deep Learning Tools)
@MRonaldo-gif
About MCP Server for CVDLT(Computer Vision & Deep Learning Tools)
The repo is based on Model Context procotol of Python SDK, including DL models in CV, and provide the abilities to the LLM or vLLM model
Config
Add this server to your MCP-compatible client using the configuration below.
{
"mcpServers": {
"mcp-server-cvdlt": {
"command": "uv",
"args": [
"sync"
]
}
}
}Tools
4Detect objects in an image using YOLOv10
Segment objects in an image using YOLOv8
Segment entire image using Ultralytics SAM
Estimate human poses in an image using YOLOv8
Overview
What is MCP Server for CVDLT(Computer Vision & Deep Learning Tools)?
A Python server implementing the Model Context Protocol (MCP) for image object detection, segmentation, and pose estimation using Ultralytics models (YOLOv10, YOLOv8, SAM). It is built on the MCP Python SDK and designed for integration with MCP-compatible clients.
How to use MCP Server for CVDLT(Computer Vision & Deep Learning Tools)?
Install dependencies with uv sync and download required model weights (yolov10b.pt, yolov8n-seg.pt, yolov8n-pose.pt, sam_b.pt) into the ./checkpoints directory. Start the server in stdio mode with python server.py or in SSE mode with python server.py sse [port]. For Claude Desktop, add an SSE entry in claude_desktop_config.json.
Key features of MCP Server for CVDLT(Computer Vision & Deep Learning Tools)
- Detect objects in images using YOLOv10
- Segment objects in images using YOLOv8
- Segment entire images using Ultralytics SAM
- Estimate human poses in images using YOLOv8
- Support for local file paths and network image URLs
- MCP tool integration with stdio and SSE transport protocols
Use cases of MCP Server for CVDLT(Computer Vision & Deep Learning Tools)
- Detect and classify objects in images with bounding box output
- Generate object-level segmentation masks for images
- Perform whole-image segmentation using SAM
- Estimate human pose keypoints from images
- Integrate computer vision capabilities into MCP-based applications
FAQ from MCP Server for CVDLT(Computer Vision & Deep Learning Tools)
What model files are required?
The server requires yolov10b.pt, yolov8n-seg.pt, yolov8n-pose.pt, and sam_b.pt placed in the ./checkpoints directory.
What types of image inputs are supported?
Both local paths (using file:// or relative paths) and network URLs (using http:// or https://) are supported.
What transport protocols does the server support?
Stdio (default) and SSE (started with python server.py sse [port]).
Is there a reference client for testing?
Yes, an MCP Playground client is available at https://github.com/MRonaldo-gif/mcp-playground-local.
Where can I download the required model weights?
Download links are provided in the Ultralytics documentation for YOLOv10, YOLOv8, and SAM‑2 models.
Frequently asked questions
What model files are required?
The server requires `yolov10b.pt`, `yolov8n-seg.pt`, `yolov8n-pose.pt`, and `sam_b.pt` placed in the `./checkpoints` directory.
What types of image inputs are supported?
Both local paths (using `file://` or relative paths) and network URLs (using `http://` or `https://`) are supported.
What transport protocols does the server support?
Stdio (default) and SSE (started with `python server.py sse [port]`).
Is there a reference client for testing?
Yes, an MCP Playground client is available at https://github.com/MRonaldo-gif/mcp-playground-local.
Where can I download the required model weights?
Download links are provided in the Ultralytics documentation for YOLOv10, YOLOv8, and SAM‑2 models.
Basic information
More Productivity MCP servers
Google Calendar MCP Server
takumi0706Google Calendar MCP server for Claude Desktop integration
Npx Y convex@latest mcp start
get-convexThe open-source reactive database for app developers
MCP Windows Desktop Automation
mario-andreschakA Model Context Protocol (MCP) server for Windows desktop automation using AutoIt.
MCPControl
CheffromspaceMCP server for Windows OS automation
Lamda
firerpaAndroid Full-Stack Device Control Platform: WebRTC/H.264 remote desktop, UI/OCR/image-matching automation, one-click MITM, built-in Frida, proxy/VPN/frp/P2P networking, MCP/Agent, 160+ APIs, designed for multi-device clusters and engineered deployments.
Comments