From 1 to 15 AI Agents: How to Automate Strategic Briefs Without Losing Your Way
How do you shift from conversational AI to agentic AI? Thibault Boutet breaks down his Multi-Agent methodology to automate your workflows with 99% reliability.

How do you shift from conversational AI to agentic AI? Thibault Boutet breaks down his Multi-Agent methodology to automate your workflows with 99% reliability.

The "Prompt" is no longer enough: welcome to the era of orchestrated AI!
Picture this: a senior consultant spends 4 hours juggling a 50-slide PowerPoint deck, three 45-minute Zoom transcripts, and a stack of market research PDFs just to write a cohesive client brief. This is the daily reality for thousands of decision-makers. Today, many think they can solve this problem by dumping everything into ChatGPT. Fundamental mistake!
The result of a single prompt on a massive context is often a "lukewarm soup"—lacking precision on KPIs and nuance on budgets. During his recent AI Malt Academy session, Thibault Boutet demonstrated that in this year 2026, AI is no longer "prompted": it is orchestrated. To move from experimentation to industrial ROI, we must shift from conversational AI to Agentic AI.
"The problem isn't the model; it's the architecture. We are asking a single agent to handle accounting, strategy, and editing all at the same time. By isolating tasks, we recover the surgical precision of an expert."
Entrusting the generation of structured business briefs to a single LLM agent (even the most powerful on the market) means ignoring the structural limitations of current AI. Thibault identifies three insurmountable barriers to the "Single Prompt" approach:
To overcome these limits, the challenge is no longer to write the "perfect prompt," but to design a true algorithmic assembly line. This is the approach developed by Thibault: a system of 15 specialized sub-agents, where each entity automates a human micro-task with a level of reliability impossible for a single agent to achieve.
This architecture relies on a strict 4-step cycle:
Extraction: agents analyze the sources (PDFs, transcripts, decks) and isolate the raw data.
Writing: domain-specific agents draft target sections (KPIs, budget, timeline).
Verification: a guardrail layer validates the accuracy of the statements.
Post-processing: a final agent harmonizes the style and eliminates redundancies.
This is exactly where the value of an AI Engineer comes to life. Unlike a rigid "turnkey" solution, Thibault decomposed the AI's brain into 15 autonomous work units.
To transform gigabytes of heterogeneous data into "strategic gold," Thibault implemented a framework built on four pillars.
Before the AI, there is the data. The first technical challenge is making the unreadable readable: complex tables in PDFs and diagrams in slides. Thibault uses Mistral OCR.
Why? Because it transforms visual documents into structured Markdown. Markdown is the native language of LLMs; it preserves information hierarchy (headings, lists, tables) where raw text flattens everything. Furthermore, it allows linking every AI claim back to its original source page, guaranteeing total transparency and traceability for the client.
Expert Tip: Never feed a raw PDF to an agent. Convert it into tagged text first. This reduces noise by 40% and ensures absolute fidelity to the source data.
Instead of a single massive prompt, Thibault uses an architecture where each section of the brief (objectives, analysis, budget, success metrics) is managed by its own dedicated agent.
Thibault advocates for architectural simplicity to prevent the system from becoming unstable. His agents only have access to 4 functions (tools) to interact with the environment:
> Read_file = reads a source document with targeted extraction without saturating the global context.
> Write_file = persists data into structured Markdown.
> Search_files = targeted smart search across all source documents.
> List_files = inventories all available resources.
This is the centerpiece of the system. To ensure the brief is deliverable without requiring exhaustive human proofreading, Thibault integrated a critic agent.
This agent does not write anything. Its sole role is to "score" the work of the other 14 agents against a strict rubric of criteria (accuracy, tone, format). If a section scores below 8/10, it is automatically sent back for regeneration along with the critic's feedback. This is the principle of recursive self-correction.
Implementing this "Swarm Stack" goes beyond mere automation; it radically transforms project economics:
Execution speed: the production time for a 15-page strategic brief dropped from 4 hours to just 12 minutes.
Financial efficiency: thanks to Prompt Caching (storing previously analyzed text segments), request costs plunge by 90% during iterations. Thibault uses a smart mix of models: Claude Sonnet 4.5 for high-level reasoning and lighter models (like Mistral OCR) for simple extraction tasks.
Standardization: no more stylistic variations between consultants. A final "Pruning Agent" steps in at the last stage to harmonize the tone and remove redundancies, ensuring a single, unified voice.
The era of demo-stage AI is over. What Thibault Boutet demonstrates is that the success of an AI project no longer depends on the raw power of the model, but on the intelligence of its orchestration.
For companies, the message is clear: value no longer resides in basic "Prompt Engineering," but in the ability to build multi-agent systems capable of replicating complex human workflows with 99% reliability, while tailoring them to the specific nature of the business.
"The future of work won't be a competition between human and machine, but a fluid orchestration where the human expert becomes the conductor of a team of specialized agents."
Thibault Boutet is a freelance AI Engineer specializing in production-grade AI agents, with international experience across Europe and the United States.
He previously worked in the United States at Siemens Healthineers, where he developed deep learning models and LLM-based solutions to analyze large-scale clinical and medical imaging data. This experience allowed him to work on applied AI problems in a demanding, research-driven industrial environment. Today, he works as an AI Engineer collaborating with companies such as Barnacle Labs in London, where he designs and builds applications based on LLM agent architectures and multi-agent systems to automate complex workflows, particularly in the pharmaceutical domain. He also shares his expertise through conference talks and technical articles focused on LLM architectures and production AI agent systems.
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