From prompt to protocol—design agentic workflows that truly work

Transform your business with the latest advancements in Large Language Models (LLMs). This track dives deep into how LLMs can automate tasks, generate creative content, and power intelligent chatbots. Learn practical strategies and cutting-edge tools to seamlessly integrate LLMs into your software applications.

Generative AI & Agents

Learn from Industry Leaders about:

  • Real-world GenAI systems Built for customer support, code generation, and process automation.
  • Prompt engineering and instruction tuning Strategies to improve output consistency and control.
  • Multi-Agent Communication Protocol (MCP) Secure agent communication frameworks for enterprise-grade applications.
  • RAG pipelines Combine LLMs with live data sources to deliver real-time, dynamic answers.
  • Architectures for multi-agent collaboration Design systems that support distributed reasoning and task coordination.

Frequently Asked Questions

What will I learn in the Generative AI & Agents track?

You’ll learn how to build advanced GenAI systems using LLMs and intelligent agents. Topics include prompt engineering, retrieval-augmented generation (RAG), and MCP for scalable collaboration and orchestration.

Why is agentic design critical for modern GenAI?

Agentic workflows allow LLMs to act autonomously and coordinate with one another. This enables real-world applications like internal copilots, autonomous support agents, and orchestrated task execution at scale.

What is MCP and how does it enable agent collaboration?

MCP (Multi-Agent Communication Protocol) allows agents to securely share memory, context, and goals. It provides the structured communication layer needed for dependable, multi-agent AI systems.

Which use cases are covered?

Topics span customer support, code generation, knowledge retrieval, and document automation. Each example is grounded in production scenarios with real-world LLM infrastructure.

Track Speakers London 2025

Track Speakers San Diego 2025

San Diego's program will go live soon! Until then, please take a look at

New York's 2024 Program!

Track Speakers Munich 2025

Track Speakers New York 2025

Track Speakers Berlin 2025

Track Program London 2025

Track Highlights San Diego 2025

Track Program Munich 2025

Track Program New York 2025

Track Program Berlin 2025

Track Sessions MLCon New York

Track Sessions MLCon New York

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Track Sessions MLcon Berlin 2025

Track Sessions MLcon Berlin 2025

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Track Sessions London 2025

Track Sessions London 2025

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Track Sessions San Diego 2025

Track Sessions San Diego 2025

View all sessions

Track Sessions MLcon Munich 2025

Track Sessions MLcon Munich 2025

View all sessions

Frequently Asked Questions

What will I learn in the Generative AI & Agents track?

You’ll learn how to build advanced GenAI systems using LLMs and intelligent agents. Topics include prompt engineering, retrieval-augmented generation (RAG), and MCP for scalable collaboration and orchestration.

Why is agentic design critical for modern GenAI?

Agentic workflows allow LLMs to act autonomously and coordinate with one another. This enables real-world applications like internal copilots, autonomous support agents, and orchestrated task execution at scale.

What is MCP and how does it enable agent collaboration?

MCP (Multi-Agent Communication Protocol) allows agents to securely share memory, context, and goals. It provides the structured communication layer needed for dependable, multi-agent AI systems.

Which use cases are covered?

Topics span customer support, code generation, knowledge retrieval, and document automation. Each example is grounded in production scenarios with real-world LLM infrastructure.

Behind the Tracks