UMA Launches to Pioneer the Future of Physical AI and Humanoid Robotics
Today marks the launch of UMA (Universal Mechanical Assistant), a groundbreaking robotics intelligence company founded by former leaders from Tesla, Google DeepMind, Nvidia, and Hugging Face. UMA’s mission is clear: to bring advanced artificial intelligence into the physical world by building humanoid robots capable of performing real work in real environments at scale. The company represents a pivotal shift in AI development—from digital intelligence on screens to physical autonomy in dynamic, human-centric spaces.
From Digital Intelligence to Physical Autonomy
The past decade has been dominated by breakthroughs in generative models, multimodal systems, and language-based AI. However, the next decade will be defined by robotics, where AI is no longer confined to virtual environments but operates in warehouses, hospitals, labs, factories, and homes. These settings are inherently unpredictable, requiring machines to navigate friction, complexity, and human interaction seamlessly.
UMA’s founders, who have been instrumental in shaping the last decade of AI and robotics advancements, believe that this transition demands a new kind of robotic intelligence. This intelligence must be data-driven, adaptable, self-improving, and safe enough to work alongside humans. UMA is purpose-built to meet these challenges, bridging the gap between digital innovation and physical application.
A Team Shaping the Future of AI and Robotics
UMA’s founding team comprises some of the brightest minds in AI and robotics, with decades of collective experience across the globe:
- Remi Cadene, who pioneered Tesla’s Autopilot and Optimus programs and democratized robot learning through LeRobot at Hugging Face.
- Pierre Sermanet, a veteran of deep learning and robotics research with over 20 years of contributions at New York University and Google DeepMind.
- Simon Alibert, co-founder of LeRobot, specializing in scalable learning infrastructure.
- Robert Knight, a robotics designer with over 25 years of experience and creator of the widely used SO-100 robot.
Together, they bring unparalleled technical expertise and a shared vision: to build robots that aren’t just impressive in demonstrations but reliable and effective in real-world production environments.
Addressing Global Operational Challenges
The need for advanced robotics is driven by pressing industrial and societal pressures. These challenges are not abstract—they directly impact global supply chains, healthcare systems, and aging populations.
- Logistics and Warehousing:
Labor costs account for up to 50% of total warehouse operating expenses, and annual turnover rates in the U.S. often exceed 40%, far above the national average. Automation can alleviate these strains by handling repetitive tasks and reducing reliance on manual labor. - Healthcare Workforce Shortages:
By 2030, the global healthcare system is projected to face a shortage of 10 million health workers, including 4.8 million nurses and midwives. Robots can assist in routine tasks, enabling healthcare professionals to focus on critical care delivery. - Aging Populations:
The world’s population aged 65 and over already accounts for 10% of the global population, projected to reach 16% by 2050. This demographic shift increases demand for care, assistance, and autonomous living solutions.
UMA envisions robotics as a lever for resilience, empowering machines to handle physical strain, repetitive tasks, and environmental unpredictability so humans can focus on higher-value, creative, and interpersonal work.
Two Complementary Systems for Real-World Applications
UMA is developing two complementary robotic systems designed to address diverse operational needs:
- Mobile Industrial Robot with Dual Arms:
Tailored for environments like warehouses and assembly lines, this system excels in precision, repeatability, and efficiency. It is ideal for automating tasks that require consistency and reliability in industrial settings. - Compact Humanoid Robot:
Designed to navigate human-centric spaces, this robot collaborates directly with workers in environments such as hospitals, homes, and retail spaces. Its compact design and adaptability make it suitable for close human interaction.
These systems offer a pragmatic path toward high-reliability robotics deployment, balancing cutting-edge innovation with practical operational needs.
A Human-Centered Approach to Robotics
UMA’s philosophy is deeply rooted in durability, safety, and real-world performance. The company prioritizes designing lightweight, repairable systems with a commitment to civilian use. UMA believes that robotics should enhance human capabilities, bringing more safety, time savings, and new possibilities to everyday life.
Building for Global Scale
To achieve its ambitious goals, UMA is assembling a world-class team of engineers, researchers, and operational specialists from around the globe. The company values diversity and high standards, fostering an environment where innovation thrives on varied perspectives and backgrounds.
UMA is backed by prominent global investors, including Greycroft, Relentless, Unity Growth, >Commit, Factorial, ALM Ventures, and Drysdale. Additionally, the company has garnered support from leading figures in AI, such as Olivier Pomel, Yann LeCun, Thomas Wolf, Soumith Chintala, and Nicolas Rosberg.
About UMA
Founded in Paris in 2025, UMA develops mobile and humanoid robots powered by advanced physical intelligence and designed for real-world performance. Its team brings experience from Tesla, Google DeepMind, Nvidia and Hugging Face. Backed by a significant first round, UMA is accelerating development and preparing pilot programs in logistics, manufacturing and healthcare in 2026. UMA’s vision is to deliver intelligent robots that make work safer, that improve productivity, and make daily life better for millions.
