Why robots that can’t communicate naturally won’t be adopted
For humanoid robots to operate in the real world, they’ll need more than a sense of sight. | Source: Adobe Stock At recent major tech events, humanoid robots were everywhere. Some of them walked, navigated, and manipulated objects with a level of dexterity that would have seemed unrealistic just a few years ago. And yet, despite all of this progress, I find myself consistently underwhelmed when I try to communicate with them at Treble. Supporting the development of advanced audio and voice
Humanoid robots have made impressive progress in movement and vision, but they lack natural communication abilities through voice and audio perception. For robots to be widely adopted, they need to operate effectively in real-world environments that are noisy and chaotic, yet current audio and voice systems in robotics remain underdeveloped compared to their visual capabilities. The focus on vision over hearing reflects practical constraints in how AI systems are trained, using primarily silent, visual environments rather than incorporating sound. Because humans evaluate robots not just on technical capability but on how it feels to interact with them, poor communication abilities create frustration and erode trust in ways that imperfect movement does not.
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Memories.ai builds standardized egocentric video pipeline
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