Fast. Flexible. Intuitive. ⸻
Make Your Robots Smarter
Automate Without Coding
Your robot learns by imitation. We are rethinking industrial automation. Our AI learns by observing your gestures, enabling rapid and autonomous setup of complex tasks on your production lines. Gain efficiency, flexibility, and autonomy.
Demonstration
Record your task in less than 15 minutes with our patented gripper.
AI Training
Your demonstrations train a lightweight model specifically dedicated to performing your task.
Autonomous Execution
Let the robot reproduce your task.
Clément Busuttil
President & Founder
From Mechanical Engineering to AI-Driven Robotics
A graduate of Arts et Métiers ParisTech and holder of a Master of Science in Mechanical Engineering from the Georgia Institute of Technology, Clément Busuttil has built his career on technical excellence and innovation. Passionate about robotics and artificial intelligence, he trained with global references such as MIT and Harvard, developing a sharp approach to automated systems and imitation learning.
Before co-founding Neuronaix in 2023, he gained 5 years of experience in international procurement in the cosmetics industry, specializing in glass and perfume packaging. This immersion in demanding industrial environments reinforced his vision: to make robotic programming more intuitive, fast, and accessible through AI.
As CEO, he drives this ambition by developing disruptive solutions that transform how robots learn and interact with their environment.
Jean-Philippe Bétoin
Ecosystem Development
From Software Engineering to Deeptech Business Strategy
With 30 years of experience in business development in IoT and innovation, Jean-Philippe Bétoin brings strategic expertise in commercial expansion and technological partnerships. Former SVP at Arm, a key player in B2B deeptech, he has driven the growth and development of high-value solutions.
An engineer in Software Engineering & AI, he combines technological vision and commercial pragmatism to accelerate the adoption of AI solutions applied to industrial robotics.
70%
Reduction in your programming costs through imitation learning.
45min
