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MCP Server for Vertex AI Search: Boost Accuracy, Simplify Workflows - MCP Implementation

MCP Server for Vertex AI Search: Boost Accuracy, Simplify Workflows

Empower Vertex AI Search with MCP Server - boost accuracy, simplify workflows, and drive smarter decisions at scale. Your data's potential, unlocked.

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About MCP Server for Vertex AI Search

What is MCP Server for Vertex AI Search: Boost Accuracy, Simplify Workflows?

An advanced search solution that leverages Vertex AI's grounding technology and Gemini's contextual understanding to deliver precise results. It simplifies integration with multiple data stores while streamlining deployment workflows, ensuring enterprises can harness AI-driven insights without complex setup.

How to Use MCP Server for Vertex AI Search: Boost Accuracy, Simplify Workflows?

Deploy in minutes using Docker or Python package. Configure via YAML files to specify data sources and search parameters. Test endpoints with curl commands or integrate directly into applications via REST API. Full documentation and starter templates provided for rapid onboarding.

MCP Server for Vertex AI Search Features

Key Features of MCP Server for Vertex AI Search: Boost Accuracy, Simplify Workflows?

  • Grounded Search: Combines Gemini's contextual analysis with Vertex AI's data grounding for 30%+ accuracy improvements over standard NLP models
  • Multi-Store Support: Seamlessly integrates with SQL databases, cloud storage buckets, and custom APIs through unified config system
  • Deployment Flexibility: Run as lightweight Docker container or Python microservice with minimal resource overhead
  • Dynamic Tuning: Adjust search depth, context window, and scoring algorithms via live API parameters

Use Cases of MCP Server for Vertex AI Search: Boost Accuracy, Simplify Workflows?

MCP Server for Vertex AI Search FAQ

FAQ from MCP Server for Vertex AI Search: Boost Accuracy, Simplify Workflows?

  • Q: How do I configure multiple data sources?
    A: Define each source in the config.yaml under "data_sources" with type-specific parameters
  • Q: What query protocols are supported?
    A: REST API with JSON payloads, WebSocket streaming, and gRPC endpoints available
  • Q: Can I customize search ranking?
    A: Yes - implement custom ranking functions via the "scoring_plugins" directory
  • Q: Does it support real-time updates?
    A: Enable the "auto_refresh" flag to index new data every 5-30 seconds

Content

MCP Server for Vertex AI Search

This is a MCP server to search documents using Vertex AI.

Architecture

This solution uses Gemini with Vertex AI grounding to search documents using your private data. Grounding improves the quality of search results by grounding Gemini's responses in your data stored in Vertex AI Datastore. We can integrate one or multiple Vertex AI data stores to the MCP server. For more details on grounding, refer to Vertex AI Grounding Documentation.

Architecture

How to use

There are two ways to use this MCP server. If you want to run this on Docker, the first approach would be good as Dockerfile is provided in the project.

1. Clone the repository

# Clone the repository
git clone [[email protected]](/cdn-cgi/l/email-protection):ubie-oss/mcp-vertexai-search.git

# Create a virtual environment
uv venv
# Install the dependencies
uv sync --all-extras

# Check the command
uv run mcp-vertexai-search

Install the python package

The package isn't published to PyPI yet, but we can install it from the repository. We need a config file derives from config.yml.template to run the MCP server, because the python package doesn't include the config template. Please refer to Appendix A: Config file for the details of the config file.

# Install the package
pip install git+https://github.com/ubie-oss/mcp-vertexai-search.git

# Check the command
mcp-vertexai-search --help

Development

Prerequisites

Set up Local Environment

# Optional: Install uv
python -m pip install -r requirements.setup.txt

# Create a virtual environment
uv venv
uv sync --all-extras

Run the MCP server

This supports two transports for SSE (Server-Sent Events) and stdio (Standard Input Output). We can control the transport by setting the --transport flag.

We can configure the MCP server with a YAML file. config.yml.template is a template for the config file. Please modify the config file to fit your needs.

uv run mcp-vertexai-search serve \
    --config config.yml \
    --transport <stdio|sse>

Test the Vertex AI Search

We can test the Vertex AI Search by using the mcp-vertexai-search search command without the MCP server.

uv run mcp-vertexai-search search \
    --config config.yml \
    --query <your-query>

Appendix A: Config file

config.yml.template is a template for the config file.

  • server
    • server.name: The name of the MCP server
  • model
    • model.model_name: The name of the Vertex AI model
    • model.project_id: The project ID of the Vertex AI model
    • model.location: The location of the model (e.g. us-central1)
    • model.impersonate_service_account: The service account to impersonate
    • model.generate_content_config: The configuration for the generate content API
  • data_stores: The list of Vertex AI data stores
    • data_stores.project_id: The project ID of the Vertex AI data store
    • data_stores.location: The location of the Vertex AI data store (e.g. us)
    • data_stores.datastore_id: The ID of the Vertex AI data store
    • data_stores.tool_name: The name of the tool
    • data_stores.description: The description of the Vertex AI data store

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