About
The Storm MCP Server implements Anthropic’s Model Context Protocol, enabling LLM applications to access Sionic AI’s Storm Platform for powerful embedding models and vector‑DB tools. It provides standardized context sharing, tool invocation, file management, and API integration for instant RAG solutions.
Capabilities

The Storm MCP Server with Sionic AI Serverless RAG bridges the gap between large‑language‑model (LLM) applications and powerful retrieval‑augmented generation (RAG) data sources. By implementing Anthropic’s Model Context Protocol, the server exposes a uniform interface that allows Claude Desktop—or any MCP‑compatible client—to interact with Sionic AI’s Storm Platform, a suite of embedding models and vector databases. This integration gives developers a turnkey solution for building sophisticated knowledge‑based assistants without wrestling with disparate APIs.
At its core, the server offers context sharing and a tool system that standardise how an LLM can query, retrieve, and manipulate external data. Tools such as , , , and are defined in a single configuration file, making it trivial to add new capabilities or swap out back‑end services. The server also implements a lightweight file manager, enabling direct upload and retrieval of documents that feed into the vector store. All these operations are exposed through a single MCP endpoint, so the LLM can treat them like native functions rather than separate REST calls.
Developers benefit from a server‑centric architecture that keeps the protocol logic isolated from client code. The MCP server runs as a standalone process (invoked via a simple shell script) and can be integrated into any workflow that supports MCP. In the provided example, a Claude Desktop configuration file is updated to launch the server automatically, creating a seamless developer experience. Once connected, an assistant can list available agents, upload new documents, and query the vector database—all within a single conversational turn.
Real‑world use cases include building knowledge‑based customer support bots, research assistants that pull from proprietary datasets, or internal tools that surface company policy documents. Because the server exposes a standardised tool interface, developers can compose complex sequences of actions (e.g., retrieve, summarize, and validate) without writing custom glue code. The integration also supports serverless deployment on Sionic AI’s platform, reducing operational overhead and scaling automatically with traffic.
In summary, the Storm MCP Server delivers a ready‑to‑use RAG pipeline that is protocol‑compliant, extensible, and tightly coupled to Sionic AI’s embedding infrastructure. It removes the friction of connecting LLMs to vector databases, enabling rapid iteration on AI‑powered applications that require reliable, context‑aware data retrieval.
Related Servers
MarkItDown MCP Server
Convert documents to Markdown for LLMs quickly and accurately
Context7 MCP
Real‑time, version‑specific code docs for LLMs
Playwright MCP
Browser automation via structured accessibility trees
BlenderMCP
Claude AI meets Blender for instant 3D creation
Pydantic AI
Build GenAI agents with Pydantic validation and observability
Chrome DevTools MCP
AI-powered Chrome automation and debugging
Weekly Views
Server Health
Information
Explore More Servers
Cloudways MCP Server
All-in-one Cloudways API management for AI assistants
Redis MCP Server
LLM‑powered Redis key‑value store access
KiMCP
LLM‑friendly Korean API gateway for Naver, Kakao, and TMAP
BurpSuite MCP Server
Programmatic control of BurpSuite for automated security testing
Chrome History MCP Server
Expose Chrome browsing history to AI workflows
OpenGemini MCP Server
Secure AI-driven exploration of OpenGemini databases