MACHINA by RAISE 2026: Paris Leads the Race for Physical AI

Paris, a New Epicenter for Physical AI

In July 2026, Paris will host MACHINA by RAISE, an event that aims to make the French capital a hub for "physical AI" in Europe. Organized within the RAISE ecosystem, this event stands out from traditional industrial fairs by presenting itself as a convergence platform for artificial intelligence, robotics, venture capital, industry, and technological infrastructures. While the United States and Asia have traditionally dominated major robotic events, MACHINA offers a distinctly European approach.

The initiative comes at a strategic moment as Europe seeks to catch up with the American rise in AI and the Asian dominance in industrial robotics. The term "physical AI" refers to this new era where artificial intelligence directly controls robots, autonomous vehicles, and other industrial systems, marking a transition from the era of language models and software agents.

An Ongoing Industrial Transformation

The MACHINA event highlights the profound transformation of robotics, which was once limited to repetitive tasks, into more flexible and interactive systems thanks to multimodal models and "vision-language-action" architectures. This evolution attracts a diverse range of participants, from startup founders to researchers, industrialists, and AI specialists.

Robotics is no longer confined to hardware. Discussions now extend to AI models, orchestration software, sensors, energy systems, and computing infrastructures. Paris, with its dynamic AI ecosystem around Mistral AI, its historical players in industrial automation, robust academic research, and a growing network of startups working on drones, autonomous systems, defense, or medical robotics, positions itself as a strategic location for this convergence.

A European Response to Technological Dependence

MACHINA reflects a broader European concern: to avoid excessive dependence on the United States and China. While the U.S. dominates AI models, cloud infrastructures, funding, and software architectures, China is rapidly advancing in industrial production, components, batteries, manufacturing robots, and the industrialization of humanoids. Europe, for its part, seeks to maintain its position in industrial robotics, advanced automation, edge AI, industrial infrastructures, and specialized components.

The event also serves as a platform to discuss European technological sovereignty, particularly in the field of humanoid robots. After years of spectacular demonstrations, these robots are entering a more pragmatic phase where considerations of cost, maintenance, energy autonomy, and the ability to be deployed in real industrial environments become central. Humanoids are beginning to be seen not just as an experimental market, but as a potential new layer of economic infrastructure capable of automating logistics, warehouses, certain industrial operations, maintenance, services, and part of health and assistance activities.

Energy, an Underestimated Challenge

MACHINA also addresses the crucial issue of energy in the context of physical AI. Autonomous systems require significant computing power, high-performance batteries, real-time infrastructures, and sophisticated sensor networks. Thus, "physical AI" could become a major driver of global demand for semiconductors, energy, and computing infrastructures.

Ultimately, MACHINA does not merely explore robots and automation. The event raises a fundamental question: who will control the physical infrastructures of tomorrow, driven by artificial intelligence? Behind humanoid robots and autonomous systems lies a new global industrial battle, centered on production, logistics, critical infrastructures, and the automation of advanced economies.