During a visit to Meta’s headquarters last week, I sat down with the company’s Chief Technology Officer Andrew Bosworth to discuss its ambitious new robotics effort. Meta has had tremendous success with social media, virtual reality, and AR, but its foray into humanoid robotics is a major step for the company — one that Bosworth describes as “AR-sized in scale and ambition.”
Meta’s Vision Beyond Social Media
Meta, formerly known as Facebook, has long been synonymous with online communities, virtual reality headsets, and the metaverse. Behind the scenes, however, it has been quietly developing hardware and software that merge the digital and physical worlds, including holographic goggles and mechanical exoskeletons.
According to Bosworth, humanoid robots are not merely a novelty, but an intentional part of Meta’s broader vision to create immersive experiences that unify the physical and virtual.
“Robotics is the next step with us,” Bosworth said.
“Much as we have scaled AR and VR to hundreds of millions of users, we look at humanoid robots as the next platform where a physical being that can provide useful services combines with digital intelligence to help us perform tasks. It’s about facilitating connections that are natural, instinctive and deeply human.”
The Motive Behind Meta’s Push Into Robotics
Meta’s robotics efforts draw on decades of research in:
- Artificial intelligence (AI)
- Computer vision
- Human-computer interaction
By combining these technologies with its expertise in AR, Meta is building robots that can understand complex human environments and navigate through them. Unlike industrial robots confined to factory settings, these humanoid machines are being designed to move fluidly, interact socially, and learn from their environment.
Bosworth emphasized that the goal is not just to build task-performing machines, but to create robots that enhance human life:
“We’re imagining robots that can perform everyday tasks, work in shared spaces with humans, or help take care of us. The secret is intelligence combined with adaptability.”
AR-Size Ambition
Bosworth referred to the project as “AR-size in scope”, explaining that Meta intends to match its long-term investment in augmented reality with a similar commitment to humanoid robotics.
This includes:
- Heavy R&D efforts
- Partnerships with universities and labs at the forefront of robotics
- Utilizing Meta’s existing hardware and software platforms
“AR took years to develop, and it took hundreds of engineers, designers, and researchers collaborating at the same time,” Bosworth said.
“Robotics will require this level of dedication. This is not building just one prototype, but a complete foundation for a new ecosystem.”
The “AR-size” analogy also highlights the transformative potential of humanoid robots. Just as AR changed how people consume information, play games, and socialize, robotics could redefine our relationship with technology at work and in the home.
The Technical Challenges Ahead
Building humanoid robots capable of autonomous operation in human-centric environments presents significant challenges, including:
- Motion control
- Object recognition
- Natural language comprehension
- Safety protocols
Bosworth noted that Meta leverages AI and machine learning breakthroughs developed for AR and VR to tackle these challenges.
“One of the insurmountable challenges is providing a robot with what humans do naturally, contextual understanding,” Bosworth said.
“Identifying objects or people is not enough; agents must understand intent, predict consequences, and make safe, socially aware decisions.”
Meta is also reportedly working on:
- Advanced sensor systems
- Real-time data processing
- Adaptive learning algorithms
This allows robots to navigate homes, offices, and public spaces, with Meta’s existing AI infrastructure providing a critical advantage.
Ethical Considerations and Public Trust
Humanoid robots are fundamentally different from phones or computers because they occupy physical space and interact with humans in real time. Bosworth stressed that public trust will be critical to the project’s success, particularly around:
- Privacy
- Consent
- Safe interactions
“We’re focused on developing them responsibly and working by principle, so when sensitive uses like facial recognition are being considered, it’s not just about what you can do but what should be done,” he said.
“We’re committed to designing them in a way that prioritizes people’s safety, respect their privacy, and ensure the products provide clear value.”
Meta has established internal ethics committees and advisory boards including experts in AI ethics, law, and social sciences. The company is also exploring transparency measures, helping users understand how robots perceive and process information in their environment.
The Broader Industry Context
Meta enters a competitive landscape where companies such as Boston Dynamics, Tesla, and NVIDIA have advanced humanoid prototypes.
Meta’s approach is distinct because it integrates AR and VR technologies, which could enable:
- Experiences that combine physical robots with digital overlays
- Immersive, interactive environments reminiscent of science fiction
Industry analysts note that Meta’s user base and resources could provide a significant advantage:
“The challenge is not just building a robot that works but a robot that fits into people’s lives,” said a robotics analyst.
“Meta’s track record in consumer technology and its vision for the metaverse might give it an edge.”
Looking Ahead
Bosworth was cautious about specific timelines, but indicated the project is in its early stages. Internal tests are ongoing, and the company is exploring multiple robotic form factors, from humanoid assistants to modular systems.
“What we’re building today, and starting to deliver over the next few years, is going to evolve for decades,” he said.
“Our goal is to develop robots which are alive, intelligent, and really useful around us, not just show-off gadgets.”
The announcement signals that Meta is a serious contender in humanoid robotics, highlighting its willingness to take long-term, high-risk bets. By framing robotics as an “AR-size bet,” Meta positions itself in a future where technology exists not only on screens but alongside humans in shared spaces.
Conclusion
Meta’s move into humanoid robotics expands its technological ambitions. By leveraging AI, AR, and human-centered design, the company aims to create robots that enhance daily life.
“We want to build robots as our partners and not just tools in a digital-physical hybrid world,” Bosworth said.
As Meta embarks on this journey, the tech world and beyond will be watching closely. Success could redefine human-robot interaction and push the boundaries of what is achievable at the intersection of engineering, ambition, and AI.
