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Apple Humanoid Robot Plans: Exploring the Future of Robotics

February 12, 2025
Apple Humanoid Robot Plans: Exploring the Future of Robotics

Apple's Robotics Exploration: Humanoid and Beyond

According to recent insights from veteran Apple analyst Ming-Chi Kuo, Apple is currently investigating robotic designs encompassing both humanoid and non-humanoid configurations. This information follows the release of a research document from the iPhone manufacturer detailing investigations into human interaction with robots possessing “non-anthropomorphic” characteristics – exemplified by a lamp reminiscent of Pixar’s creations.

Early Stages of Development

While Apple’s published research illuminates potential avenues for a future consumer robot, it primarily demonstrates the company’s progress within the initial research phases of a highly intricate field. Kuo characterizes this work as an “early proof-of-concept,” drawing parallels to the Apple Car project, which was ultimately discontinued at a comparable early juncture.

Considering “current progress and typical development cycles,” Kuo anticipates 2028 as a potentially optimistic timeframe for the commencement of mass production.

Transparency in Robotics Research

A distinguishing factor for robotics compared to other nascent Apple ventures – such as the speculated foldable iPhone – is the degree of openness exhibited by the typically secretive Apple. This is notable from a company that recently required a former iOS engineer to issue a public apology for disclosing details concerning the Vision Pro as part of a legal agreement.

The Importance of Public Research

Advancements in robotics are inherently reliant on contributions from academic institutions, research laboratories, and private sector initiatives. Many robotics firms have encountered challenges in recruiting personnel rapidly enough to meet accelerated release schedules driven by the advancements in generative AI over the past few years.

Making research publicly available serves as a valuable tool for attracting engineering talent.

Focus on Perception, Not Form

Kuo posits that the research paper’s emphasis on “non-anthropomorphic” designs serves to differentiate the robot development from humanoid research. He notes that, “while the industry debates the merits of humanoid vs. non-humanoid designs,” supply chain analysis suggests Apple prioritizes user perception of robots over their physical appearance.

This implies that sensing hardware and software are the foundational technologies for Apple’s robotics efforts.

Defining Anthropomorphic Robotics

The term “anthropomorphic” extends beyond conventional humanoid robotic systems. It encompasses designs influenced by human characteristics, even if they don't precisely replicate a humanoid form with two arms, two legs, and a face. Apple is presently exploring a broad spectrum of possibilities, ranging from simple systems to sophisticated humanoids.

A Future Smart Home Ecosystem

Kuo broadly categorizes this proof-of-concept system as part of a “future smart home ecosystem.” This could encompass a fully functional humanoid designed for household tasks or a smart home display equipped with a mechanical arm.

Leaks suggest the latter is more likely – a more achievable goal than launching a humanoid capable of performing chores like laundry. A product of this nature could potentially be integrated into a long-term roadmap, but Apple must first establish consumer demand for a home robot beyond a simple vacuum cleaner.

Challenges in Industrial and Home Robotics

Several companies, including 1X, Figure, and Apptronik, are actively developing industrial humanoids and exploring their potential transition to the home market. Pricing and reliability represent significant hurdles.

The initial cost of home humanoids is expected to be substantial, potentially exceeding the $3,499 price tag of the Vision Pro. The immediate focus is on achieving scalable and dependable industrial humanoid production to reduce costs over time.

A Cautious Approach

Following the discontinuation of the Apple Car project and the initial reception of both the Vision Pro and Apple Intelligence, it is reasonable to assume Apple is adopting a measured strategy regarding robotics. While Apple has a history of successfully popularizing existing product categories, Silicon Valley is also filled with the remnants of unsuccessful home robot ventures, a similar fate has befallen many in the smart home sector.

Looking Ahead

It is certain that Apple is actively engaged in robotics exploration. Beyond this, further leaks and speculation are likely to continue for at least the next three years.

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