Exhibitor login
AI Insider 07 October 2026

What is the Model Context Protocol (MCP)?

What is the Model Context Protocol (MCP)?

MCP, or Model Context Protocol, is the key to the recent capabilities that allow AI assistants access to calendars, email, and files. This protocol, introduced by Anthropic at the end of 2024, provides a standardized way for AI to communicate with various software applications. Key players such as OpenAI, Google, and Microsoft have already joined, and the protocol is crucial for organizations integrating AI with customer or business data, especially in light of the GDPR regulations in the Netherlands.

The Model Context Protocol acts as a universal connection for AI systems, enabling them to interact with various software, similar to how a USB-C port functions for different devices. Developers only need to create an MCP server once; all AI applications that support MCP can then utilize it. This reduces the need for separate connections for each combination of AI and software, significantly increasing efficiency.

Before MCP was introduced, AI language models, such as ChatGPT and Claude, were limited in their functionality and could not independently access calendars or documents. These systems had to establish separate connections for every combination of AI app and software, which was extremely time-consuming and error-prone. With MCP, AI can easily communicate with different servers, drastically reducing the necessary connections.

MCP is now in use across a variety of platforms, including GitHub, Figma, and Slack, allowing developers to leverage AI for various tasks, from searching code to operating websites. For average users, MCP is often hidden under labels such as 'connections' or 'connectors'. However, the implementation of this protocol also raises concerns about security; good applications always request permission before making any changes or deletions. Additionally, it is important to carefully consider what information you provide to the AI to avoid risks of misleading information from external texts.

Read the full article from AI Insider.