Tuesday, April 28
11:00 a.m. to 12:00 p.m.
"Agentic AI: Moving from a single prompt to 15 agents that write, verify, and ship."
Every organization has the same problem: critical information is scattered across PDFs, slide decks, and meeting notes. Turning that into structured, decision-ready documents is manual, repetitive, and doesn't scale.
I built an AI agent that automates that process with 15 specialized sub-agents, each responsible for a specific part of the output. They read source documents, extract what matters, write structured sections, and cite their sources. A verification layer ensures every agent actually delivered — not just claimed it did. Post-processing removes redundancy across sections.
What you will learn from this session:
* Beyond the Single Prompt: How to design a multi-agent system where each agent has a specific role (extraction, writing, verification).* Reliability & Verification: How to implement a "verification layer" to ensure agents actually deliver facts, not hallucinations.
* Production-Grade Architecture: Master the "Ops" side of GenAI — cost predictability, prompt caching, and token-level tracking.
* Traceability: Techniques to link every AI claim back to its original source page for total transparency.
* Business Impact: How to pitch a solution that reduces hours of manual labor into minutes of automated, high-quality output.
Register for free!
Use the same email address as your Malt account to automatically link your informations.
Speakers
Thibault Boutet: I am a freelance AI Engineer specializing in production-grade AI agents, with international experience across Europe and the United States. I previously worked in the United States at Siemens Healthineers, where I developed deep learning models and LLM-based solutions to analyze large-scale clinical and medical imaging data. This experience allowed me to work on applied AI problems in a demanding, research-driven industrial environment. Today, I work as an AI Engineer collaborating with companies such as Barnacle Labs in London, where I design and build applications based on LLM agent architectures and multi-agent systems to automate complex workflows, particularly in the pharmaceutical domain. I also share these topics through conference talks and technical articles focused on LLM architectures and production AI agent systems.