ARI: A Team That Came From Nvidia and UC San Diego

Assured Robot Intelligence was a relatively young US-based company focused on developing foundation models for humanoid robots. Its goal was ambitious: to teach robots to understand, predict, and adapt to human behavior in dynamic environments.

The company was founded by Xiaolong Wang, a former Nvidia researcher and associate professor at the University of California, San Diego, and Lerrel Pinto, who previously worked at NYU and co-founded the startup Fauna Robotics focused on child humanoid robots. Fauna Robotics, incidentally, was bought by Amazon in March 2026, indicating how hot this market is.

According to Meta's official statement, the entire ARI team, including both co-founders, will move to Meta Superintelligence Labs, a research division focused on advanced artificial intelligence. "This team will bring deep expertise in model design and capabilities for robot control and self-learning all the way to full-body humanoid control," a Meta spokesperson told TechCrunch.

Meta and Robotics: From Reality Labs to Physical AI

Meta's interest in robotics is not a sudden impulse. As early as February 2025, an internal memo leaked indicating that the company was considering entering the humanoid robotics space with the goal of creating something like an "Android for robots" — that is, a software and hardware platform on which other manufacturers could build.

Meta's leadership, including CTO Andrew Bosworth, believes the company has the opportunity to lay the foundations for the entire robotics market, much like Google built Android for smartphones. In February 2025, Bloomberg reported that Meta had created a new team within Reality Labs led by former Cruise CEO Marc Whitten.

The acquisition of ARI is another logical step. Meta needs top researchers who know how to train AI models for the physical world, where robots learn through interaction, not just from static data. Many experts in the field believe that the path to artificial general intelligence (AGI) leads precisely through robotics — AI must understand physics, space, and the consequences of its actions.

The Humanoid Robot Market: From $38 Billion to $5 Trillion

Forecasts for the humanoid robot market vary dramatically, reflecting both enormous potential and uncertainty around a technology that is still finding its place. Goldman Sachs estimates the global robotics market at $38 billion by 2035, while Morgan Stanley talks about $5 trillion by 2050.

In practice, this means investors are betting that humanoid robots will eventually penetrate homes, warehouses, factories, and healthcare. Competition is fierce:

• Tesla is developing the Optimus robot, which should handle repetitive manual tasks.
• Figure AI has raised billions in investments for the commercial deployment of humanoids in logistics.
• AgiBot and other Chinese players are expanding into Europe — for example, the PL-Universe ProWhite robot was presented at Hannover Messe.
• Amazon bought Fauna Robotics and is exploring robotics for warehousing and the home.

Meta is thus joining a race where the biggest players are already running.

The Czech and European Context: Where Do We Stand?

While American giants are investing billions in humanoid robotics, the Czech and European scene remains more niche. In the Czech Republic, for example, RoboTwin develops the humanoid platform TRIX for research, or R4 Robotics focusing on industrial automation. However, the European market faces regulations — the EU AI Act classifies AI in robotics as a high-risk system, which means stricter certification and a longer path to market.

At the same time, this could be an opportunity. If Meta truly creates an open platform similar to Android, Czech developers and startups could build on it. Czech universities, such as CTU or MUNI, have strong teams in robotics and AI. The key will be whether Europe creates conditions for innovation, or gets bogged down in regulatory mud while American and Chinese players build a lead.

What Does This Mean for Ordinary Users?

In the foreseeable future, probably nothing. Meta has not yet announced a specific product or timeline. The acquisition of ARI is primarily a research investment. But if Meta succeeds, in a few years we could see humanoid robots capable of helping in the home — cleaning, loading the dishwasher, or assisting elderly people.

The price tag for such a device is still up in the air. Current attempts by Tesla and Figure AI suggest that the first commercial humanoid robots will cost tens of thousands of dollars. Mass adoption must be preceded not only by technological progress but also by a significant reduction in manufacturing costs.