AI GLOSSARY

Model Context Protocol

The Model Context Protocol (MCP) is an open standard from Anthropic that enables AI models to access tools, data sources, and systems in a structured way. It is the key to scalable AI integration—much like USB has become for hardware.

 

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4

Core Components
Client, Server, Resources, Tools

3

Advantages
Standardization, Security, Reusability

6

Use Cases
IDE, Assistant, Agent, Automation

6

Best Practices
for Safe Use of MCP

Why MCP Is Becoming Important for AI Integration

Until now, integrating AI into corporate systems has been a custom process—with MCP, it’s becoming standard. Those who build MCP-compatible systems today can combine their AI with a wide range of tools without having to reinvent every integration from scratch.

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Standardization

A uniform protocol instead of individual integrations—saves effort and costs.

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Security

MCP provides clear authorization and approval models—instead of uncontrolled growth.

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Reusability

Once built, an MCP server can run with many AI clients.

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Ecosystem

A growing number of ready-to-use MCP servers for common systems—ready to go.

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Agent Capability

MCP is the standard protocol for AI agents that use tools.

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Future-Proofing

Initiated by Anthropic, widely supported—will become the standard.

What is MCP?

MCP (Model Context Protocol) is an open standard introduced by Anthropic in late 2024. It defines how AI models access external resources, tools, and data sources in a structured way. The goal: a unified protocol instead of individual integrations.

Core components: MCP client (AI application that accesses external data), MCP Server (provides resources and tools), Resources (data and contexts that are made available), Tools (actions the model can perform), Prompts (reusable prompt templates).

Key benefits: Standardization (one protocol for many integrations), security (clear authorization models for data access), modularity (servers are reused across AI applications), ecosystem (growing number of ready-made servers for standard systems such as Git, Slack, and databases).

For small and medium-sized businesses, MCP is the pragmatic way to integrate AI into existing IT infrastructure. Instead of writing custom APIs for each application, companies use MCP servers—built once, reusable everywhere. This reduces integration costs and promotes standardization.

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MCP Components and Patterns in Detail

These eight concepts are central to the use of MCP:

MCP Server

Provides resources and tools. Pre-configured servers for Git, the file system, Slack, and the database.

Resources

Static or dynamic data made available to the model.

Tools

Executable actions with clear parameters and return values.

Prompts

Predefined prompt templates for recurring tasks.

Transport Layer

Stdio, HTTP, or SSE—depending on the deployment scenario.

Authorization Model

Granular control over which resources and tools may be used.

Sampling

The server can use a model for subtasks—for complex workflows.

Discovery

The client automatically detects which features the server offers.

Best Practices for MCP

These six principles have proven effective:

  • Security from the Start: Clearly define permissions and the access model; don’t leave them open-ended.
  • Start small: Begin with a simple server for a single use case—then scale up.
  • Clearly define tools: Specify precise parameters and return values—otherwise, AI will use them incorrectly.
  • Require approval for critical actions: Don’t automate everything—explicitly confirm sensitive actions.
  • Build in monitoring: What is being called, and how often? Errors? Abuse?
  • Use off-the-shelf servers: Don’t build your own for standard systems—use existing ones.
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Role 1

MCP Client

The AI application—Claude, IDE, Assistant. Retrieves resources and tools.

User

Role 2

MCP Server

Provides resources and tools. Can be standard software or a custom build.

Provider

Scroll 3

Transport

Connection between client and server. Stdio, HTTP, SSE, depending on the context.

Connection

Common Mistakes with MCP

We frequently encounter these pitfalls:

  • Permissions that are too open: AI can access everything—a security risk and a compliance issue.
  • Unclear tools: Poor documentation leads to incorrect calls—the application appears buggy.
  • No approval logic: Critical actions without confirmation—potential for damage.
  • Too many servers: Proliferation of MCP servers — governance chaos.
  • No monitoring: No one knows what the AI is actually doing—flying blind.

MCP vs. Function Calling vs. Plugins

A comparison of three approaches to using AI tools:

  • Function Calling: Model-specific feature (OpenAI, Anthropic) for individual tool calls.
  • Plugins: Vendor-specific extensions — difficult to port between providers.
  • MCP: Open standard—works across providers. Growing ecosystem.
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Contact Us Now

Katja Kammilla as the contact person for AI consulting

Your contact person

Katja Kammilla
0203 3965080

Frequently Asked Questions About MCP

MCP Integration with prodot

In a free initial consultation, we’ll review your AI landscape and identify MCP opportunities—for faster integration and lower costs.

As an AI partner for small and medium-sized businesses, we build MCP integrations that are secure and practical—using off-the-shelf servers, building custom servers, and ensuring governance.

What We Offer

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