“We believe robotics could be the next frontier unlocked by AI — and it should be open, affordable, and private,” Words by Thomas Wolf, co-founder and chief scientist at Hugging Face, who captured a vision waiting to rewrite the playbook at the Robotics fest. In a similar sense, Hugging Face has made a significant investment in its recent acquisition of Pollen Robotics to enter the physical domain to democratize humanoid robotics and emulate global leaders such as China and the United States.
As an existing mainstay in the AI community with over 7 million users and millions of models hosted, Hugging Face is now applying its experience to connect the world of artificial intelligence with robotics. Along with the Pollen Robotics acquisition comes Reachy 2, a humanoid research robot used for education and embodied AI tests. At $70,000, Reachy 2 is a platform, not a product. Its fully open-source, VR-compatible nature provides researchers and developers with an unparalleled degree of freedom to explore the field of human-robot interaction, machine learning, and dexterous task execution. Reachy 2 is already being employed by institutions like Cornell University and Carnegie Mellon, highlighting its future applications in both academic and industrial settings.
The modular design and flexibility is where Reachy 2 stands out. Its aluminum architecture makes it robust enough for clinical research use and its human-mimicking 7-degree-of-freedom arms are capable of lifting up to 3 kg each. The Orbita joint system is proprietary tech that allows for expressive movement, and the mobile base with Omni wheels and LiDAR ensures agility and precision. The robot is open-source, including its documents hosted on Hugging Face’s platform, hardware, and software. Part of this is due to the open nature of the project, which means that users can adapt and even 3D print components and that’s created a collaborative and innovative group.
Founded in 2016 by ex-researchers of Inria’s Flowers team, Pollen Robotics has always put open-source principles at the forefront of their operations. “From the start, we built Pollen Robotics with open source at its core, driven by our belief that robots will play a profound role in our lives — serving as the interface between AI and the physical world. Hugging Face is a natural home for us to grow, as we share a common goal: putting AI and robotics in the hands of everyone,” explains Matthieu Lapeyre, co-founder of Pollen Robotics. This philosophy is a perfect match with Hugging Face’s mission to democratize AI and robotics for everyone.
The timing of this acquisition matters. Our Addiction To Parallel Processing; The Robotics Race Is Global; But Not All Bots Are As Smart As Others; Microsoft Seizes Control Of The Future Of Humanity But the commercial potential of humanoid robots is still in question due to issues with reliability and a lack of clear use cases. Lapeyre recognizes those challenges but believes that Hugging Face’s open-source model could drive faster progress. By democratizing robotics and making it more open, Hugging Face is trying to build trust in a domain where proprietary systems are often the norm, and spur innovation at the same time.
The open-source model has already had a transformative impact on software, with platforms such as Linux revolutionizing the tech industry. Hugging Face anticipates a similar impact in robotics. “Hopefully open source can unleash a wide and diverse range of [new robot] capabilities,” said Wolf. Over a year ago, the LeRobot, launched by the company, successfully, started building momentum, with its GitHub repository receiving more than 12,000 stars. The community of robot builders on DIY platforms like YouTube and Discord is another demonstration of the democratization of robotics technology.
This openness has implications beyond innovation. As robotics starts making its way into homes and workplaces, transparency becomes a must. “When you think about physical objects doing physical things at work and at home, the level of trust and transparency I need is much higher than for something I chat with on my laptop,” said Clément Delangue, the CEO of Hugging Face. Open-source systems are, by definition, less vulnerable to obscure vulnerabilities, as recent security issues on proprietary systems such as Unitree’s Go-1 have shown.
AI Integrating with RoboticsTechnology-powered robots can perform several tasks as per human commands. NVIDIA CEO Jensen Huang has called “physical AI” a $50 trillion opportunity, meaning humanoid robots could upend economic and social models. Hugging Face becomes open-source robotics, horizontaling the playing field for smaller nations and companies to level the playing field changing monoculture into polyculture while mitigating monopolization and surveillance.
The capabilities of Reachy 2 are a perfect example of the synergy between advanced hardware and embedded AI. The teleoperation system, which was co-developed with Meta and Scaleway, lets users take control of the robot from afar and teach it new tasks. Uberagte technology that is used in the robot includes shirok li walking capabilities and it can also learn and adapt to the environment around it of course all with fucking Robog проститутки in 3D vision system, so \u0026 deep_RULEz_the end of the article_data plan. And videos of Reachy 2, picking up fruit, stacking mugs and more, illustrate its potential for research, as well as practical purposes.
Even if it shows great potential, Reachy 2 is not without faults. It cannot walk and is mounted on a wheeled base. Its hands are dexterous but can lift only a little. These limitations place it in an experimental stage, however, rather than directly competing with the likes of Tesla’s Optimus or Agility Robotics’ Digit. But with its open-source foundation and low cost, it comes as a compelling choice for researchers and developers interested in AI and robotics.
Overall, the future looks promising for Hugging Face and Pollen Robotics. Together with their state of the art, game-changing hardware, they intend to push the boundaries for humanoid robotics. As Lapeyre put it well, “With Hugging Face, we hope to democratize that.” The advent of an open, accessible and collaborative future of robotics by those who dare to develop such platforms is something I would be watching, waiting to see materialize, but time will tell.
So, for anyone interested in the potential of such a system, Reachy 2 is not simply another robot; it is a vision of a future in which technology is not only smart but also collaborative. The journey has only just started and the world is watching.
