Agent-Based AI, from Prototype to Industrialization: Summary of the iQo x SYNIA Conference

Today, agent-based AI enables companies to take a major step forward in implementing new applications across their business lines. It allows employees to delegate part of their work to automated assistants that operate autonomously within the company’s ecosystem, while remaining under their control.

Raphaël Peyrau, founder of the startup SYNIA, which specializes in implementingcustom AI agents , visited IQO to exchangeon the various use cases AI thatoare deployed din the companies.  

human biases in generative AI

Summary

Artificial intelligence is entering a new phase: following experiments with generative AI, companies must now move toward the industrial-scale deployment of AI agents. The SynIA approach illustrates this transition by structuring the move from prototype to operational deployment of agent-based AI capable of acting, making decisions, and orchestrating business processes autonomously. The challenge is no longer purely technological: it involves ensuring data governance, integrating AI agents into existing systems, and creating business use cases that truly drive performance. By combining methodology, architecture, and organizational support, SynIA offers a concrete framework for transforming the promises of agent-based AI into sustainable industrial value.

Contents

1. Moving from Conversational AI to Proactive AI

Agent-based AI goes beyond the chatbots that have been part of infrastructure for the past few years by combining a reasoning engine (LLM), the ability to access domain knowledge (documents, repositories, data), and action tools (APIs, RPA, internal applications) to execute a task from start to finish, under controlled conditions.

The main issue is finding the right interface to ensure that humans and machines work together as effectively as possible, because there is an inherent limit of at least 5% in the rate of hallucinations in LLMs

This conference highlighted the complementary nature of SYNIA and iQo: on the one hand, cutting-edge technological expertise in the design of custom AI agents; on the other, the ability to define business needs, structure transformation pathways, and support the widespread adoption of these solutions within organizations. It is this combination that makes it possible to move beyond the prototype stage and turn agent-based AI into a true operational driver.

The AI agent understands the request, develops a plan, and then executes actions (or prepares them) within a defined scope. The goal is not “total” autonomy, but the ability to act in a reliable, traceable, and secure manner.

AI agents are built around three building blocks:

2. Choose the Right Use Cases for Your AI Agents: Rapid Value, Continuous Improvement

The most relevant use cases often share the same characteristics: a repetitive and time-consuming process for teams, scattered information that increases processing time, deliverables that can be standardized, and measurable value (time, quality, compliance, satisfaction).

SYNIA’s approach is pragmatic: start with a business pain point, prototype and deliver, measure and improve, and then scale up. The goal is to quickly demonstrate to the client the added value of the agent-based system for its teams, before enhancing the tool and rolling it out on a large scale.

Agent-based simulation cycle
The Agent-Based AI Cycle with Its 4 Phases, as Proposed by iQo

At SYNIA, we offer our clients a comprehensive AI integration strategy spanning 2 to 3 years, designed to build their AI workforce of the future and maximize efficiency.

It is precisely in this context that the synergy with iQo really comes into its own. While SYNIA provides the ability to rapidly design and deploy operational AI agents, iQo steps in to structure the end-to-end process: identifying business pain points, prioritizing use cases based on their value, defining target processes, engaging teams, and establishing the conditions for scaling up.

3. Architecture and Governance: The Key to a Controlled and Sustainable Deployment

The industrialization of agent-based AI does not rely solely on the technical performance of the agents.

During its projects, SYNIA’s primary challenge is to clearly identify the client’s needs and understand how to implement a system capable of meeting them, while taking into account the company’s constraints: accessibility, governance, quality control, data confidentiality, solution maintenance, etc.

It is based on these aspects thatiQo and SYNIA are developing a shared approach: designing agents that are useful, but also ensuring they can be adopted, managed, and sustained within the company’s ecosystem.

digital transformation consulting firm

Training: Generative AI and AI Agents

Discover this training program, which combines foundational knowledge, real-world insights, and hands-on exercises (including the coordination of a first-line agent), to give participants a solid foundation for taking action today while preparing for future changes.

4. Making Agent Technology Tangible: Examples of AI Agents in Business

To make the presentation more concrete, Raphaël shared a few examples of AI agents that SYNIA has deployed for its clients:

5. The Value of the iQo x SYNIA Partnership

The partnership between iQo and SYNIA covers the entire value chain of an agent-based AI project: from identifying business pain points to large-scale deployment.

This combination makes it possible to move from a proof-of-concept (POC) approach to a production-scale approach : prioritized, secure use cases that are adopted by the teams and managed over the long term.

Conclusion: A Simple Path to Industrializing Agent-Based AI

In conclusion, this conference highlighted agent-based AI as a new way toindustrialize AI : assistants capable of understanding, reasoning, and acting within a controlled environment.

Value does not come from the complexity of the system, but from a thorough understanding of customer needs, a tailored architecture that secures access to data and tools, and safeguards that ensure traceability, compliance, and quality.

Our goal is to apply our understanding of what is technologically feasible to support companies based on their processes and to prioritize use cases with the best ROI.

Through this conference, iQo and SYNIA share a common conviction: agent-based AI becomes a true operational driver when it supports teams, is well-designed, and is integrated into corporate ecosystems.

By combining SYNIA’s technological expertise with iQo’s transformation approach, companies can chart a pragmatic and controlled path toward the industrialization of their AI applications. The goal is not only to create high-performing agents, but also to foster a new operational capability that supports teams, business functions, and sustainable performance.

carine fotso cabinet conseil data ia

Carine FOTSO

Associate Data & AI

AI Consulting Firm

As a strategy and transformation consulting firm, iQo places AI at the heart of its business model. Understanding all the challenges of AI today, while providing our clients with the right AI tools, is central to our approach. We place AI at the heart of a hybrid consulting approach to deliver concrete, results-oriented solutions.

Frequently Asked Questions

Agent-based AI refers to a new generation of artificial intelligence capable of acting autonomously to achieve a business objective. Unlike traditional AI models that respond to a query, AI agents can plan actions, interact with multiple systems, and execute complete processes.

Many companies are experimenting with AI through proof-of-concepts (POCs) or prototypes without creating lasting value. Scaling up enables the integration of AI agents into business processes and ensures their security, governance, and scalability in order to generate a measurable operational impact.
The main challenges involve integration into the information system, data quality and governance, oversight of automated decisions, risk management, and alignment between technology, business units, and the organization.
A dedicated methodology makes it possible to define priority use cases, design a suitable architecture, rapidly test AI agents, and ensure their successful scaling. The goal is to transform AI innovation into reliable, manageable industrial solutions.