Building Protected MCP Servers — Den Delimarsky and Julia Kasper, MCP Steering Committee & Microsoft

This talk explores what it means for Model Communication Protocol (MCP) to be enterprise-ready, moving beyond basic tool-use capabilities to address the complexities of production environments. It highlights the evolution from simple chatbot interactions to sophisticated AI agents that require robust security, management, and scalability, particularly when integrating with internal enterprise systems. The core thesis is that while MCP offers a standardized way for AI to interact with external resources, achieving enterprise readiness involves overcoming significant challenges in authentication, authorization, and operational management.

This talk explores the automation of business processes using Large Language Models (LLMs) through two key protocols: A2A (Agent-to-Agent) and MCP (Model Context Protocol). A2A facilitates communication between remote agents, enabling specialization and parallel processing, while MCP acts as a standardized interface for agents to access context and tools, akin to a USB-C for AI. The workshop demonstrates how to integrate these protocols to build multi-agent systems triggered by webhooks, automating tasks like bug reporting and information dissemination.

This talk critically examines the Model Context Protocol (MCP) ecosystem, arguing that despite initial excitement and the promise of standardizing AI agent interactions with services, significant challenges remain. The speaker contends that the current state of MCPs is fragmented and difficult to use, hindering the practical application of autonomous agents. The core thesis is that while the potential for AI agents is vast, the MCP infrastructure is not yet mature enough to fully realize this potential, necessitating further development and standardization.

This talk explores the Blender MCP, an open-source project that enables Large Language Models (LLMs) to interact with and control Blender, a complex 3D creation tool. The core thesis is that by leveraging the MCP protocol and Blender's scripting capabilities, LLMs can significantly lower the barrier to entry for 3D content creation, allowing users to generate intricate scenes and assets through simple text prompts. This approach democratizes creative tools and points towards a future where LLMs act as orchestrators across various creative software.

This workshop introduces building intelligent autonomous AI systems using Amazon Nova Act and the Modern Communication Protocol (MCP). It focuses on a do-it-yourself approach, enabling developers to create agentic systems that can plan, act, and reason to achieve objectives. The session highlights how these agents can leverage tools, knowledge bases, and LLMs to tackle complex tasks, with a particular emphasis on browser automation and integrating various AI components.