Caitlin Kalinowski, head of hardware at Meta’s augmented reality glasses project, has revealed the details of a new product that her company is betting on very big. According to official data, half of Reality Labs’ multibillion-dollar budget goes here, that is, several billion dollars a year.
Kalinowski has previously overseen product development and integration for the Oculus Rift, Go, and Quest lines. With 20 years of experience, including work on the MacBook Pro team and involvement in every Oculus hardware product since the first Touch controllers, her expertise is extensive. Although bound by a non-disclosure agreement, she is permitted to share information that preserves audience interest and the company’s reputation. Additionally, her insights aim to foster the appropriate emotional response among early adopters.
Six years prior, Meta placed its bets on a standalone concept with the Quest’s debut. This led to two subsequent generations of the device, ultimately transforming Horizon OS into a cross-manufacturer operating system. Meta’s stance isn’t universally accepted, and there has been past contention over the merit of detaching virtual reality from computers. Kalinowski believes that once the initial debates subside, augmented reality glasses will be evaluated against the Rift, not by design, but by their impact on users’ perceptions. She anticipates reactions of astonishment and disbelief, akin to “Oh my God, wow! I can’t believe it!”
Project Nazare, currently a working title for a new type of glasses, aims to offer users an unprecedented experience. These are not merely glasses that display information from a smartphone or gadgets like Ray-Ban Meta that capture photos and play music. They represent an enhancement to reality through projected images.
Meta has already introduced similar technology with Quest 3, but those devices are opaque and not suitable for everyday wear, meaning the augmented reality experience with Quest differs significantly from what the new glasses promise. Kalinowski advocates for the direct data overlay provided by partially transparent displays. However, some engineers counter that displays cannot be fully transparent, and external light exposure diminishes the image’s visibility against the real world. Camera-based overlay does not have this issue.
Nonetheless, advancements in technology are ongoing. Newer, brighter displays and light sources may compensate for transparency issues. Addressing concerns about the limited field of view offered by current optics, Kalinowski suggests that no existing product can match the expansive field of view that Project Nazare will provide.
Meta is betting on a technological revolution, a gamble that could be costly if unfulfilled. Yet, if successful, it could prompt a reevaluation of the industry and the valuation of a prominent American company.
Recent advancements have enabled the creation of generative AI. For instance, engineers at Reality Labs have managed to shrink camera sizes due to the enhanced capabilities of real-time neural network noise cancellation. This innovation has opened up space for larger CPUs and batteries. Additionally, there have been improvements in SLAM positioning and data compression, which accelerate processing and conserve energy in compact devices. Kalinowski points out that these are just a few examples of how AI can enhance low-power devices like augmented reality glasses.
At the core of Nazare’s product strategy lies this technology, which has been implemented in Ray-Ban Meta glasses. These glasses have recently acquired the capability to interact with the user, recognizing what they are looking at and showing interest to the extent of capturing a photo.
Kalinowski and her team are closely monitoring the Ray-Ban Meta, applying the insights gained to their next major product. According to her, Meta is expected to meet these high standards without fail.
