Max Versace is an AI executive, scientist, inventor and entrepreneur whose work spans Physical AI, robotics, Edge AI, neuromorphic computing, AI hardware, computational neuroscience and the commercialization of advanced artificial intelligence. He is Vice President of Emergent AI at Analog Devices and previously co-founded Neurala, where he served as CEO for nearly two decades.
Over the course of his career, Max has spoken at technology conferences, universities, government institutions and industry events including TEDx, NVIDIA GTC, MIT Technology Review’s Future Compute, Mobile World Congress, NASA, the Pentagon, robotics conferences and the Fulbright Association. His work and companies have been covered by NASA, IEEE Spectrum, The Boston Globe, VentureBeat and many other technology and business publications. The Fulbright Association has independently documented the breadth of that speaking and media history. Fulbright Association speaker profile.
This page collects a selection of talks, interviews and independent coverage that trace that work from early computational neuroscience and brain-inspired robotics through Neurala, Edge AI and continual learning, and into current work on semiconductors, Physical AI and intelligent systems operating in the real world.
Physical AI, Edge AI & Current Work
Analog Devices — Artificial Intelligence & Emergent AI
Analog Devices currently identifies Max as Vice President of Emergent AI and features his work around architectures in which intelligence increasingly moves toward the signal and sensor itself—an important part of ADI’s approach to robotics and physical-world AI. Analog Devices — Artificial Intelligence Careers.
MIT Generative AI Impact Consortium — Physical AI
As part of Analog Devices’ participation in MIT’s Generative AI Impact Consortium, Max describes Physical AI as intelligence operating where computation meets the physical world, including autonomous systems, humanoid robotics, physics-driven reasoning, low-power AI and real-time computation at the edge. MIT Generative AI Impact Consortium — Founding Members.
EDGE AI FOUNDATION — Board Advisor
Max serves as a Board Advisor to the EDGE AI FOUNDATION representing Analog Devices. The Foundation’s current board page identifies him alongside leaders from organizations including Qualcomm, AWS, Dell, Harvard and STMicroelectronics. EDGE AI FOUNDATION — Board of Directors and Advisors.
ADI’s strategic partnership with the Foundation also describes the broader objective of moving AI from centralized cloud environments into physical systems through sensing, signal processing and energy-efficient edge compute. EDGE AI FOUNDATION — Analog Devices Strategic Partnership.
2026 Space Technology Hall of Fame — Neurala Brain
The Space Foundation inducted the Neurala Brain into the 2026 Space Technology Hall of Fame, recognizing the brain-inspired AI technology developed by Max Versace, Anatoli Gorchet, Heather Ames and NASA’s Mark Motter, and its evolution from NASA-supported autonomous exploration research into commercial Edge AI deployed in approximately 80 million systems. Space Foundation — 2026 Space Technology Hall of Fame announcement.
Selected Talks
Neuromorphics — Machines to Life | TEDxFulbright, 2014
An early public discussion of brain-inspired robotics and the idea of building “robot minds” by applying neuroscience and adaptive neural systems to machines that must perceive, learn and act in the real world. The talk anticipates themes that would later become central to Edge AI and Physical AI: intelligence operating locally, inside machines constrained by power, compute, sensing and the realities of the physical environment.
Brain-in-a-Box | NVIDIA GTC Europe, 2016
A technical presentation on combining embedded GPUs, inexpensive sensors and brain-inspired algorithms to give mobile robots, drones and autonomous vehicles onboard perception, mapping, navigation and learning capabilities.
Max Versace Talk at NVIDIA GTC EU 2016
How AI Is Changing the Way We Work | MIT Technology Review Future Compute, 2019
A conversation with MIT Technology Review editor David Rotman about AI moving from research into enterprise systems and intelligent products, and what that transition means for work, productivity and deployment.
Watch / read about the MIT Future Compute discussion
Humanizing AI: From Myth to Reality | Fulbright Association Annual Conference, 2019
Five years after his TEDxFulbright talk, Max returned to the Fulbright community to examine how artificial intelligence had moved from an unusual research pursuit into deployed technology. The talk connects neuroscience, neural networks, robotics and entrepreneurship with the broader question of what happens when AI leaves the laboratory and begins affecting companies, products and society.
Watch Humanizing AI: From Myth to Reality
How to Train Your Robot’s AI | RoboBusiness, 2019
A talk on lessons learned from deploying AI into physical robots, including continuous data collection, adaptation after deployment and why AI should be considered part of the robot architecture from the beginning rather than added at the end.
How to Train Your Robot’s AI — RoboBusiness
Robotics Summit & Expo
The Robotics Summit profile summarizes Max’s work across AI, robotics, real-time edge learning, DARPA, NASA and the Boston University Neuromorphics Lab, reflecting the long-running connection between his research in brain-inspired intelligence and its deployment in autonomous and physical systems.
Robotics Summit & Expo — Max Versace speaker profile
Unlocking the AI Mirror: What Makes Us Unique? | TEDxCortina, 2023
Nearly a decade after the first TEDx talk, Max returned to the TEDx stage from a different perspective, asking what increasingly capable artificial intelligence tells us about human intelligence itself: creativity, reasoning, consciousness and the characteristics we have historically considered uniquely human.
Unlocking the AI Mirror: What Makes Us Unique? — TEDxCortina
Interviews & Podcasts
5 Q’s With Max Versace | Center for Data Innovation, 2024
A concise interview covering the origins of Neurala, the transition from academic neural-network research into a commercial company, continual learning, industrial AI and the practical challenges involved in moving research into products. Center for Data Innovation — 5 Q’s With Max Versace.
Immigrant Nation Podcast, 2025
A conversation about Max’s path from Italy to the United States, early AI research in Boston, founding Neurala and the scientific questions about intelligence that motivated much of that work. Immigrant Nation Podcast — Max Versace.
Transforming the Supply Chain Using AI | The Logistics of Logistics, 2021
A discussion about bringing AI into manufacturing and industrial systems, including visual inspection, production processes and the practical economics of automation. The Logistics of Logistics — Transforming the Supply Chain Using AI.
The VentureFizz Podcast | Founder, CEO and Commercializing AI, 2019
A long-form discussion of Max’s background, the formation of Neurala, intellectual property, fundraising, deploying AI in tens of millions of devices and the difficulty of commercializing research before a market becomes obvious. The VentureFizz Podcast — Max Versace.
Building Brains for Bots | The Early Stage
A conversation about the early development of Neurala, the convergence of sensors, processors and neural-network algorithms, and the challenge of building a commercial AI company when the market was considerably less mature than it is today. Building Brains for Bots — Neurala / The Early Stage.
NASA, Robotics & the Physical World
From Mars Rovers to Factory Assembly Lines | NASA
NASA’s Spinoff program traces the evolution of Neurala’s technology from NASA-supported research on adaptive, brain-inspired AI for planetary robotics and autonomous drones to commercial AI used for industrial visual inspection. NASA — From Mars Rovers to Factory Assembly Lines.
NASA’s dedicated Spinoff archive provides additional detail on the original technology-transfer path. NASA Spinoff — From Mars Rovers to Factory Assembly Lines.
Selected Technical Writing & Independent Coverage
MoNETA: A Mind Made from Memristors | IEEE Spectrum, 2010
Written with Ben Chandler, this early feature describes the DARPA-supported effort to combine computational neuroscience with nontraditional hardware architectures, including memristive memory, to build adaptive brain-inspired machines. IEEE Spectrum — MoNETA: A Mind Made from Memristors.
Does Artificial Intelligence Require Specialized Processors? | The New Stack, 2017
An examination of neuromorphic computing, DARPA SyNAPSE, GPUs, VPUs, TPUs and the continuing question of how tightly AI algorithms and computing architectures should be coupled. The New Stack — Does Artificial Intelligence Require Specialized Processors?.
The Next Frontier in AI: Nothing | IEEE Spectrum, 2019
An article on anomaly detection, continual learning and the importance of allowing neural systems to recognize when an observation does not fit the categories they already know. IEEE Spectrum — The Next Frontier in AI: Nothing.
Neurala Raises $14 Million | VentureBeat, 2017
Coverage of Neurala’s financing and the company’s work bringing brain-inspired intelligence into drones, autonomous vehicles, cameras and other devices operating at the edge. VentureBeat — Neurala raises $14 million.
Drone Software Startup Neurala Gets $14M | The Boston Globe, 2017
Coverage of Neurala’s expansion, Boston University origins and the development of AI for autonomous machines. The Boston Globe — Neurala funding and AI development.
More Coverage
A larger archive of Neurala press releases and independent media coverage is maintained by the company and includes reporting on Edge AI, industrial vision, robotics, NASA technology transfer and commercialization. Neurala — News & Press Archive.