Episode Details

Factory automation has traditionally been expensive, fragmented, and heavily dependent on specialized system integrators. Vention is challenging that model by turning automation into something closer to a software platform, where manufacturers can design, simulate, program, order, deploy, and operate industrial equipment within a connected digital ecosystem.

Etienne Lacroix, founder and CEO of Vention, joins Greg to share how his early experience as a teenage system integrator exposed him to the inefficiencies of traditional automation and ultimately inspired a different approach. From modular hardware and browser-based 3D design to software-defined controls and physical AI, Etienne has spent the last decade building a platform designed to dramatically reduce the time, cost, and engineering complexity required to automate a factory.

In this conversation, Greg and Etienne explore:

• How Etienne went from designing machines and selling automation cells at 19 to identifying the fundamental problems behind traditional system integration
• Why approximately 40% of traditional automation costs can come from engineering and integration, and how a platform-based approach can dramatically reduce that burden
• The technological breakthrough that made Vention possible: bringing engineering-grade 3D design into the web browser and connecting design directly with purchasing and deployment
• Etienne’s simple mental model for Vention: combining 3D design software, industrial Lego, and Amazon Prime into one automation ecosystem
• How Vention connects machine specification, 3D design, programming, simulation, ordering, deployment, monitoring, and support within a single digital workflow
• Why reducing integration complexity can make automation accessible to mid-market manufacturers that historically could not justify the economics
• How Vention customers are achieving automation payback periods averaging around 1.3 years, while cutting deployment timelines by three to six times in some cases
• Why a new generation of manufacturers, particularly in defense, could be a leading indicator for the future factory, with engineers bringing Python, AI, and modern software practices directly onto the shop floor
• What software-defined automation really means, and how separating hardware installation from programming could fundamentally change the role of system integrators
• Why Etienne believes the industry is already moving beyond software-defined automation toward AI-defined automation
• How Vention’s MachineMotion AI controller, built with NVIDIA technology, is becoming the bridge between cloud-based digital twins and physical machines on the factory floor
• A real-world example of a complex 300-motor conveyor system that was largely vibe-coded and programmed in roughly three weeks instead of several months
• Where physical AI is genuinely production-ready today, including perception, pose estimation, segmentation, and collision-free path planning, and where generalized vision-language-action models still fall short
• Why application-specific field data and teleoperation data may matter more than the underlying foundation model when bringing physical AI into industrial environments
• Vention’s practical approach to AI validation, including letting manufacturers send in their own parts and proving cycle time and reliability before deeper commercial discussions
• The hidden challenge of industrial robotics: no matter how sophisticated the simulation becomes, real-world physics will always introduce edge cases engineers did not anticipate
• Why Vention partners with established robot manufacturers such as Universal Robots and FANUC rather than building robot arms itself, choosing instead to focus on the deployment platform surrounding them
• How Vention is gradually opening its ecosystem through developer tools whi