Home Industry Robotics Apple develops humanoid, non-h...
Robotics
Business Honor
13 Febuary, 2025
Apple explores humanoid and non-humanoid robots, focusing on user perception and sensing technology.
Apple is developing humanoid and non-humanoid robot designs, said analyst Ming-Chi Kuo, as disclosed in a new research report by the company. The report delves into human interaction with "non-anthropomorphic" robots, naming a Pixar-esque lamp as an example. Although Apple's research efforts are in their early stages, they indicate the company's increasing interest in robotics. Kuo labels the work as "early proof-of-concept" and speculates that mass production may start as early as 2028, although this timeline is ambitious.
The firm, Apple tends to be reserved about its activities, so the publication of this research is notable. Apple's research may prove useful in hiring engineers, which is a prime consideration since a lot of robot firms are grappling with rising demand following generative AI breakthroughs.
Kuo adds that Apple's attention appears not on the external body of the robots—humanoid or non-humanoid—but rather on the perception of them by users. The firm apparently puts weight on sensing hardware and software, which might be the foundation of their future robotics initiatives. Apple's research ranges from straightforward systems to more sophisticated humanoid robots, and it is uncertain if the firm will ultimately focus on domestic robots or advanced humanoids that can perform tasks such as folding clothes.
The concept of putting robots into an eventual "smart home ecosystem" is becoming popular, but as with the Apple Car initiative, the issues of reliability, cost, and consumer interest persist. Although humanoid robots for domestic use may be far off, less complicated forms with mechanical capabilities appear more feasible in the near term. Given Apple's conservative strategy and past history of successful, albeit incremental, product launches, it can be several years before we actually get to see any tangible products from their robot research.