Robots Show Off Skills at CES, But Industry Demands More Utility

At the recent Consumer Electronics Show (CES), humanoid robots captivated audiences with performances that included dancing, somersaulting, and even playing blackjack. Despite this impressive showcase, industry experts express a growing impatience for these robots to transition from entertainment to practical applications. The challenge lies in developing artificial intelligence systems that enable these machines to function autonomously in real-world settings.

To achieve true autonomy, humanoid robots require sophisticated AI capable of interpreting visual and auditory information and translating it into meaningful actions. Current large language models, such as those powering tools like ChatGPT, fall short of providing the necessary capabilities for robots to operate effectively in environments such as kitchens or factories. Henny Admoni, an associate professor at the robotics institute at Carnegie Mellon University, emphasizes that “if you want (robots) to learn embodied things, you have to put them inside a body.”

Experts like Christian Rokseth, founder of Humanoid Guide, liken the current state of development to isolating a child in a room and expecting it to learn about the world without any real-world experience. Although there has been significant progress in hardware development over the past year, Rokseth has voiced impatience regarding the pace of innovation, stating, “They’ve shown robots dancing and doing kung fu; now show us that they can be productive.”

In a related development, Evan Yao, founder of EngineAI, shared that his company is collaborating with tech giants like Amazon and Meta to enhance their robots’ AI capabilities. Yao noted, “We are trying to simulate humans, but the robots will never become human. Because a human is emotional and much more.”

Meanwhile, a team from Robotera, led by Yiran Sui, is training a humanoid robot to participate in the Beijing marathon later this year. This initiative reflects the growing interest in applying humanoid robotics to diverse challenges.

Market Growth and Practical Applications

According to the Consumer Technology Association, which organizes CES, the robotics industry is poised for significant growth. The market is projected to reach $179 billion by 2030, with the majority of this expansion anticipated in factories, warehouses, and other business environments. These settings often utilize robots that do not necessarily resemble humans but can operate effectively in controlled conditions.

For Artem Sokolov, founder of a humanoid robotics startup in London, the key to successful integration lies in replicating human capabilities in factory environments. A highlight of CES was the unveiling of Atlas, a humanoid robot developed by Hyundai in collaboration with Boston Dynamics, which aims to be tested in manufacturing settings.

Despite the optimistic projections, industry observers urge caution regarding claims from companies announcing autonomous humanoid robots. Admoni pointed out that many of these systems are still teleoperated, meaning a human operator manipulates the robot’s movements through various controls.

Innovative startups are exploring alternative training methods, such as having individuals wear cameras and haptic gloves while performing household tasks. This approach aims to provide robots with experiential learning opportunities. Rokseth insists on the importance of exposing robots to real-world settings: “To make robots general machines, they need to be let out in the real world,” not just in assembly lines or warehouses.

As the robotics sector continues to evolve, the demand for practical applications grows stronger. The potential for humanoid robots to contribute meaningfully in everyday tasks remains a tantalizing promise, but significant advancements are still needed to turn this vision into reality.