Meta is working with Chinese robotics company Fourier to develop humanoid robots that could eventually perform household chores and other everyday tasks, as the Facebook and Instagram owner explores new ways to bring artificial intelligence into people’s homes.
The collaboration involves building humanoid prototypes that could help Meta develop consumer robots in the future, according to a report by The Information published on Saturday, October 31, 2026.
The report, which cited unnamed sources, said the companies had already developed an early prototype called Max. The robot stands about five feet tall and features built-in chest speakers, a face capable of mimicking human expressions and five-fingered hands designed to pick up small objects.
Max can reportedly recognise voices, interpret hand gestures and use facial expressions to indicate when it is listening or processing information.
Meta and Fourier are now developing a more advanced version called Max 2, which will feature improved hand movements, a built-in projector and sensors designed to help it navigate stairs.
The prototypes could help Meta explore a future commercial robot, although the company has not announced a launch date.
Meta explores AI beyond screens
The robotics project reflects Meta’s broader interest in moving artificial intelligence beyond chatbots, social media feeds and digital assistants.
The company has invested heavily in AI products and infrastructure. Developing humanoid robots could give it another way to bring AI into people’s daily routines, particularly through machines that can interact with their surroundings and carry out physical tasks.
The Information report said Meta hopes to build on the momentum of its Muse AI agent through potential consumer robotics products.
However, Meta has pushed back against suggestions that it is preparing to sell the prototypes.
A company spokesperson told The Information that the collaboration with Fourier focuses on internal research and experimentation. The spokesperson added that Meta has no plans to sell the units.
The distinction is important. Developing a working prototype does not mean a company has solved the much harder challenges of manufacturing, affordability, reliability and safety at consumer scale.
Chinese robotics partnership raises supply-chain questions
Meta’s partnership with Fourier also highlights the complicated relationship between global technology companies and China’s robotics industry.
The collaboration comes amid growing restrictions and scrutiny affecting some technology businesses that work with Chinese companies.
Meta’s spokesperson acknowledged the challenges of sourcing components that are not readily available domestically, describing them as realities faced across the technology industry.
The partnership shows how companies pursuing advanced robotics may still depend on international expertise and supply chains, even as governments place greater emphasis on domestic technology production.
For Meta, the immediate priority appears to be research rather than commercial deployment.
Meta has already invested in humanoid robotics AI
The Fourier collaboration is not Meta’s first move into humanoid robotics.
In May 2026, Meta acquired Assured Robot Intelligence (ARI), a startup developing artificial intelligence models for general-purpose humanoid robots.
ARI’s technology focuses on helping robots understand human behaviour and operate in changing environments. Its work could complement Meta’s efforts to develop machines that interact more naturally with people.
Investor interest in the sector has also increased. In March 2026, reports highlighted growing funding for companies developing AI models that allow machines to understand and operate in the physical world.
Humanoid robotics startup Skild AI, for instance, attracted attention after reports placed its valuation above $14bn.
What humanoid robots could mean for African markets
For African countries such as Nigeria, the growing interest in humanoid robots raises questions about the future cost and accessibility of automation.
Robots capable of handling household chores, assisting elderly people or supporting routine tasks could eventually create new opportunities in homes, healthcare, hospitality and other service industries.
But adoption in Nigeria would face practical challenges. High import costs, unreliable power supply, maintenance requirements and limited access to specialised technical support could make advanced consumer robots difficult for many households to afford.
The opportunity may therefore emerge first in businesses and institutions that can justify the investment, rather than in ordinary homes.
There is also a skills question. As robotics becomes more advanced, demand could grow for technicians, engineers and software developers who can install, maintain and adapt these machines.
Meta’s latest experiments do not mean humanoid robots will soon become household essentials. However, they show that the competition in artificial intelligence is expanding beyond who builds the most capable chatbot.
The next major contest could be over which companies can turn AI into machines that do useful work in the physical world.
