Microsoft recently filed a patent (pdf) for a groundbreaking technology that aims to develop augmented reality (AR) glasses capable of replacing smartphones in the future. In an effort to overcome the limited success of smart glasses technology, particularly due to high costs and unimpressive features, Microsoft plans to revolutionize the market with AR glasses that appeal to millennials and Gen Z. These glasses boast a swappable battery design and internal charge storage, allowing users to prolong usage even after the battery is depleted, making them convenient for extended periods without access to charging.
According to the patent application, Microsoft aims to create a wearable device featuring “a module interface located on the frame, and an electrical connector located within the module interface.” This design would enable the battery to be easily removed and replaced, providing users with flexibility. Alternatively, the battery could be situated within a detachable earpiece for users who find long-term battery wear uncomfortable.
While Apple faces technical challenges delaying its entrance into the AR glass market, Microsoft’s patent showcases its determination to dominate the industry and attract millions of users seeking a fresh alternative to their smartphones. This innovative technology could also redefine remote work practices, providing a portable workstation that enhances productivity and creates new possibilities for human interaction. The global AR/VR smart glasses market is projected to reach $33 billion by 2027.
Microsoft’s AR glasses offer more than just improved battery life. They can also be connected to external devices such as backpacks, necklaces, or belts, expanding their functionality and computing power. In May of this year, Microsoft filed a patent for an AI-supported smart backpack capable of identifying objects, performing contextual tasks, accessing cloud information, and interacting with other devices. The company emphasizes that detachable modules like wifi, Li-Fi, solid-state drive, and additional compute capacity can be added to enhance the device’s capabilities. The display subsystem can incorporate various virtual display devices using different technologies, and the input subsystem can interface with user input devices such as mice, keyboards, touch screens, or game controllers. Microsoft believes that these advanced features could persuade users to replace their smartphones with these glasses, particularly since the company discontinued support for Windows smartphones in 2017. Microsoft has made significant investments in the augmented reality sector, including a partnership with chip maker Qualcomm to develop microchips for lightweight AR glasses. This collaboration allows the integration of custom chips with virtual functionalities, enabling users to virtually meet by projecting their image into each other’s headsets.
Furthermore, Microsoft’s AR glasses have been employed in the mobility sector. The company collaborated with Volkswagen to pioneer the use of these glasses in moving cars, implementing the HoloLens 2 project to overcome the limitations of mixed reality headsets. Additionally, the US army recently placed an order for an advanced batch of AR goggles designed for combat use after successful testing by soldiers.
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