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Sentinel Core MCP Server

MCP Server

AI‑powered tool server for file, web and vector operations

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Updated May 15, 2025

About

The Sentinel Core MCP Server exposes a set of AI‑enabled tools—file system access, web scraping, Brave Search integration, and vector index search—via the MCP protocol, enabling a client to orchestrate LLM‑driven workflows.

Capabilities

Resources
Access data sources
Tools
Execute functions
Prompts
Pre-built templates
Sampling
AI model interactions

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The Sentinel Core Agent is an MCP (Model Context Protocol) server that bridges the gap between conversational AI assistants and a rich set of low‑level system utilities. It solves the common developer pain point of needing to expose file operations, web scraping, and AI‑powered search as callable tools without writing bespoke integration code for each LLM. By packaging these capabilities behind a single, well‑defined MCP interface, the agent lets AI assistants invoke complex actions—such as reading a configuration file or querying a vector store—in the same natural language flow that drives dialogue.

At its core, the server implements a collection of pragmatic tools built on top of . These include file‑system checks (), date/time retrieval (), web interactions (, ), and persistence helpers (, ). Additionally, the agent offers vector‑search functionality with and , enabling the assistant to index arbitrary documents and perform semantic queries. The server also launches an asynchronous crawler () and configures an embedding model, ensuring that new content can be ingested on demand.

Developers benefit from the Sentinel Core Agent in several concrete ways. In a data‑analysis pipeline, an AI assistant can read CSV files, perform exploratory queries, and return insights—all without the user writing code. In a customer‑support scenario, the agent can fetch live documentation pages or run a search over an internal knowledge base and feed concise answers back to the user. Because the MCP protocol standardises how tools are described and invoked, any LLM—whether Azure OpenAI, Google Gemini, or a custom model—can seamlessly interact with the server using a simple JSON schema.

The integration workflow is straightforward: the client application (the script) establishes a connection to the MCP server, retrieves the list of available tools, and presents them as part of the system prompt to the LLM. During a chat session, if the model decides that a tool call is appropriate, it emits a structured request; the client forwards this to the server, which executes the corresponding function and returns the result. The loop continues until the user exits, allowing for multi‑step reasoning that alternates between natural language and precise system actions.

What sets the Sentinel Core Agent apart is its focus on real‑world utility combined with minimal friction. The server ships with a ready‑to‑run set of tools, an embedded crawler for dynamic content ingestion, and vector search capabilities—all orchestrated through a single MCP endpoint. This makes it an attractive component for developers building AI‑augmented workflows, from automated code reviews to intelligent data exploration, without the overhead of managing separate microservices or custom adapters.