Razer’s ‘eyes’ headphones shown in action at MWC, we’ve tested them

The Mobile World Congress in Barcelona has historically been the ideal stage for technology companies that want to showcase their vision for tomorrow’s consumer electronics.

This year, Razer captured attendees’ attention by presenting live Project Motoko, a prototype of headphones announced at CES that integrate artificial intelligence not only at the auditory level but also visual.

We are looking at a pair of wireless over-ear headphones equipped with integrated cameras at eye level, designed to accurately replicate the user’s point of view. The system processes what the wearer is looking at, offering contextual responses in real time.

Razer Project Motoko, we tested the over-ear headphones with the cameras and AI

The technological core of Motoko lies in its artificial vision system. The two front cameras capture the surrounding environment in first person, ensuring stereoscopic accuracy capable of detecting depth and identifying objects with high precision.

In this way, the device surpasses normal human capabilities thanks to a very wide field of attention that recognises texts and peripheral details that would otherwise go unnoticed.

All of this is supported by the Snapdragon hardware infrastructure, which guarantees the computational power needed for the simultaneous processing of visual data.

The near-field and far-field microphones, moreover, capture the user’s voice and ambient audio, enabling natural hands-free interaction, without the need to resort to external screens.

One of the most interesting features of the project is its open nature regarding processing platforms. Project Motoko stands out for its compatibility with the main models on the market, allowing users to interface naturally with agents such as ChatGPT, Gemini or Grok.

This flexibility enables assigning different tasks to different neural networks depending on the specific moment’s needs, moving away from the idea of a closed ecosystem in favor of a highly versatile approach.

Our test

During the Catalan fair we had the opportunity to test the device through practical simulations that highlighted its responsiveness.

In a first test, we put the system’s abilities to the test by asking, in one language, for the immediate translation of a menu written in Japanese into a third language, obtaining an excellent demonstration of its simultaneous and multilingual translation capabilities.

Subsequently, the test moved to the culinary realm. Framing a cutting board on which lay a package of spaghetti, fresh sage, garlic, pancetta and cherry tomatoes, we asked the artificial intelligence to suggest an appropriate recipe to make exactly use of those ingredients.

Finally, the gaming application confirmed the potential for gamers: simply by looking at our character’s inventory inside Minecraft, crowded with raw materials, the headset analyzed the available items and provided precise instructions on how to combine them and use them best to progress in the game.

What are the future expectations?

Although it is currently a prototype with no official price or a definitive launch date, Razer has confirmed that the development kits will be distributed in the second quarter of 2026, effectively inviting the community to participate in its evolution.

Beyond the potential for consumers and gamers, the visual and spatial data gathered by these devices prove to be valuable tools for research on machine learning and for training autonomous robotic systems.

It is clear that the next step for wearable devices is to move from simply listening to commands to real visual understanding of the world around us.