Could one of the most important product launches during his time at Apple come from a small accessory for the iPhone? The CEO of Apple has been insistent for a long time that he could change that by delivering a genuine pair of augmented reality glasses light, all-day wearables that provide people with digital information beautifully overlaid atop a view of reality. His colleagues say that he is simply “hell-bent” on doing this first of Meta, one of whose cohort commented, “Tim cares about nothing else. It’s the only thing he’s really spending his time on from a product development standpoint”.
The first public appearance of this Vision may take place in 2026 itself, when Apple is rumored to display to the world their much-anticipated Apple Glasses, potentially being renamed as Apple Vision. But this first offering shall not be exactly what is termed as Augmented Reality. This offering shall instead be a complementary device to the iPhone, similar to how Apple Watch is marketed. The first offering shall include attributes such as Siri, Apple Intelligence, as well as artificial intelligence via cameras & sensors.
In terms of the hardware requirements, it is quite an impressive set of tasks. This is because the glasses would have to integrate a battery, SoC, camera, microphone, speakers, and wireless connectivity in a system capable of being worn for an entire day. Apple has been reported to be working with 3D printing technology for the frames. It would supply metal, plastic material, and color schemes. This would encompass designs capable of accommodating standard lenses, sunglasses, and prescription lenses. When it comes to supporting the prescription component of Vision Pro, the options would be backed by the custom lenses designed by Zeiss.
As opposed to the first generation, an absence of display is expected in this first-generation product. The processing capabilities of such devices, driven by Apple Watch processors, are expected to handle local operations, and complicated operations are expected to be performed in an ancillary iPhone. Such an idea has been employed by Apple in their own devices, for instance, AirPods, since they have perfected such technologies. But they give an idea of how AR devices can be developed in their advanced models. Their vision is of an AR device that will use a transparent screen through which the visionOS interface will project into space by importing users’ environments through virtual widgets, windows, and 3D objects.
There already exists an underlying software platform. The Vision Pro and the visionOS in 2023 represent the most advanced form of the spatial computing software platform as of yet provided by Apple. The capability of high-resolution video pass through in addition to the precise tracking of the eye and the hand allows the operating software of Vision Pro to give the illusion of digital objects in the physical world. While the cost of Vision Pro has been high, starting from $3,500, as well as the cumbersome design of the device in question, in terms of technology, this innovation in Vision Pro is directly relevant to the miniaturization of devices with a glass screen. The approach taken by Apple is in sharp contrast to what is taking place at Meta.
The Ray-Ban smart glasses and Orion project at Meta have mainly focused on incorporating cameras and micro speakers and simple AI in fashionable designs with compact monocular displays in some models. However, they fail to even come near to what is being planned for delivery in terms of the immersive AR experience that is being offered by Apple. Although Meta is currently offering the best available AR experience in terms of its current AR-enabled glasses that provide a futuristic window experience to its users by recycling their smartphone UI, their visionOS is actually trying to improve their device ecosystem rather than replace it. The key to a successful transition phase from Vision Pro to AR Glasses would lie in meeting various milestones with regards to their technologies such as miniaturized waveguide and Micro-LED display modules for thinner lenses, low-power and highly compact batteries that are also thin, and cooling solutions for a fully enclosed frame that can efficiently disperse their heat energy.
Moreover, although their patent fillings provide sufficient hints towards highly advanced optical components in their configurations involving retinal projection schemes, their feasibility towards being implemented inside their devices would be difficult to measure, much like other patent fillings in other companies. Meanwhile, referring to their experience gained with iPods and iPhones, their very first models would attract die-hard aficionados only until their mainstream acceptance with their next line models. Hence, to start with, Apple Glasses – 2026 would actually work as their proving ground and test ground for their innovation and development in terms of miniaturization and AI-enabled contextual computing.
Moreover, currently locking them inside their iPhone marketplace, this would give them uttle less reason to resist towards tapping this gigantic marketplace and further enhancing their user experience with their devices. Once their display-enabled AR device is well launched, this would come equipped with improvements only in their industrial design, but their soft and services ecosystem would altogether be ripe for plucking and eager to completely exploit spatial computing’s innate powers.
