When humanoids stop being memes and whether they are ready to live alongside humans — column

The humanoid robot market: prospects and challenges on the path to mass implementation

The pace of development of humanoid robots is rapidly increasing, but their ability to replace humans in everyday tasks remains questionable. China plans to release 10,000 humanoids per year by 2027, and Elon Musk is already launching mass production of Optimus Gen.

Despite loud plans and analysts’ forecasts from Morgan Stanley about a five trillion dollar market by 2050, humanoids face numerous challenges. In controlled environments, such as Chinese factories or Amazon warehouses, robots demonstrate high efficiency. However, in unpredictable conditions, such as home spaces, robots risk “getting lost.” Cats, children, or accidentally left obstacles can cause them errors. At present, fine motor skills, spatial orientation, and autonomy remain major obstacles.

Modern humanoids cannot provide the universal solutions that consumers expect from them. They are often operated by teleoperators or require auxiliary support, which reduces the level of autonomy of the technology. Robot training takes place in virtual environments, where various scenarios can be tested without risk to equipment or people.

Although humanoids are advancing in manufacturing and hazardous environments, their implementation in medicine and care requires special preparation of society. Ethics and psychological preparedness become critical factors on the path to human-robot interaction.

While automation continues to replace routine and heavy tasks, the role of humans focuses on control and decision-making. In the near future, humanoids will become common in factories, while mass implementation in home environments will require more time due to technological and regulatory barriers.