Apple Vision Pro: A Deep Dive into Spatial Computing

Apple Vision Pro

The much-anticipated Apple Vision Pro is now available for pre-order, and Apple has unveiled the list of pre-installed apps optimized for 'spatial computing.' However, the revelation comes with a surprise – only 15 of Apple's stock apps have received the 3D spatialized treatment.

As pre-orders for the Apple Vision Pro flood in, early reports suggest a limited number of units available for purchase. With the device now accessible to the public, additional details have surfaced, shedding light on the apps developed by Apple specifically for the Vision Pro.

The Apple Vision Pro is set to launch with just 15 pre-installed apps optimized for Apple's spatial operating system, visionOS. This stands in stark contrast to the iPad, which boasts around 40 pre-installed and optimized apps. Notably, the Vision Pro supports iPad apps as well.

While the device ships with a total of 25 pre-installed apps, the remaining 10, including Books, Calendar, Home, Maps, News, Podcasts, Reminders, Shortcuts, Stocks, and Voice Memos, will be non-spatial iPad apps without the 3D spatialized treatment—at least not during the initial launch phase.

Apple's attempt to monopolize the term 'spatial computing' raises eyebrows, especially considering the lack of spatially optimized apps at launch. The Vision Pro is hailed as one of the most crucial Apple product launches in the last decade, touted as a technology that could potentially replace the iPhone in the future.

Despite its significance, developer interest in the Vision Pro seems subdued, with no marquee third-party titles announced to coincide with its on-sale date. Early adopters might find themselves with limited options for authentic and high-quality spatial app experiences at launch.

Assessment of Key Features

CPU and Graphics Processor

The Apple Vision Pro's CPU and graphics processing capabilities are expected to be top-notch, ensuring smooth performance for spatial computing. However, the device's true potential may be hindered by the limited number of optimized apps available at launch.

As users delve into the capabilities of the Vision Pro, they anticipate a seamless experience driven by powerful hardware. The CPU's ability to handle complex spatial computations and the graphics processor's role in rendering immersive environments are crucial factors in delivering on Apple's promise of a revolutionary spatial computing device.


The Vision Pro's display quality is likely to be impressive, featuring Apple's renowned attention to detail and vibrant color reproduction. However, the potential of the display may not be fully realized without a diverse range of third-party apps that take advantage of spatial computing features.

Apple's commitment to providing users with a visually stunning experience is evident in the device's display specifications. The challenge lies in encouraging developers to create content that leverages the spatial capabilities, unlocking the full potential of the Vision Pro's advanced display technology.


Connectivity features play a pivotal role in the success of a device like the Vision Pro. Apple enthusiasts expect seamless integration with other Apple products, creating a cohesive ecosystem. However, the limited support from major third-party apps may hinder the full realization of the device's connectivity potential.

Users anticipate a seamless transition between their Apple devices, utilizing features like Handoff and AirDrop effortlessly. The Vision Pro's success in this regard will depend on collaboration with third-party developers to ensure widespread compatibility and a truly integrated experience.

RAM and Storage

With Apple's reputation for optimizing hardware and software integration, users expect the Vision Pro to handle multitasking efficiently. However, the limited app ecosystem might not fully utilize the available RAM, and users may question the storage capacity, especially with the potential for high-quality spatial content.

As users explore the multitasking capabilities of the Vision Pro, questions may arise regarding the device's ability to handle resource-intensive spatial applications. Apple's optimization efforts will be crucial in ensuring a smooth user experience without compromising on performance or storage constraints.


The Vision Pro's camera capabilities are expected to be a standout feature, offering users the ability to capture and interact with spatially augmented content. However, the lack of spatially optimized apps, especially from major content providers like Netflix and YouTube, may dampen the overall user experience in the realm of augmented reality and spatial computing.

Apple's emphasis on delivering a cutting-edge camera experience aligns with the device's positioning as a revolutionary spatial computing tool. Users eagerly anticipate immersive AR interactions, but the limited support from major content providers raises concerns about the availability of compelling spatial content at launch.


Physical dimensions play a crucial role in user comfort and portability. The Vision Pro's form factor is expected to align with Apple's sleek design standards, offering a visually appealing and ergonomic device. However, the device's success will depend on more than just aesthetics – the spatial computing experience needs to be compelling.

As users assess the Vision Pro's form factor, they consider factors such as weight, size, and overall ergonomics. The device's success in the market hinges on providing a comfortable and immersive spatial computing experience without compromising on practical considerations related to its physical dimensions.

Operating System (OS)

Apple's visionOS is a bold move into the future of computing. However, the company needs to actively engage developers to create a robust ecosystem. The limited number of spatially optimized apps at launch raises questions about the readiness of visionOS to support a groundbreaking product like the Vision Pro.

The success of the Vision Pro relies heavily on the capabilities of visionOS to deliver a seamless and intuitive spatial computing experience. Users expect an OS that not only supports Apple's vision for spatial computing but also encourages developers to innovate and create compelling applications that showcase the device's true potential.

Price and Other Features

The Vision Pro's pricing strategy needs to be justified by a rich ecosystem of spatially optimized apps. Apple must provide incentives for developers to create compelling content. Users will assess whether the price aligns with the value offered, considering the current limitations in the app catalog.

As users contemplate the investment in the Vision Pro, they weigh the device's pricing against the potential for a groundbreaking spatial computing experience. Apple's pricing strategy needs to reflect not only the hardware's capabilities but also the promise of a flourishing ecosystem that justifies the cost of entry into the world of spatial computing.

Pros and Cons


  • Impressive CPU and graphics processing capabilities
  • Sleek design and form factor
  • Potential for groundbreaking spatial computing experiences
  • Seamless integration with other Apple products


  • Limited number of spatially optimized apps at launch
  • Lack of support from major third-party content providers
  • Questionable readiness of visionOS for widespread adoption
  • Potential concerns about pricing without a robust app ecosystem

As the Apple Vision Pro enters the market, its success hinges on Apple's ability to address the current limitations and build a thriving ecosystem for spatial computing. Early adopters may need to exercise patience as developers and major content providers evaluate the device's potential impact on the future of computing.

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