Apple Vision Pro is the leading Spatial Computing platform, and we dedicate our expertise to Its development. This cutting-edge device unlocks a new era of immersive experiences, and our team possesses the in-depth knowledge and expertise to craft groundbreaking AR/VR applications specifically designed for it.

Nevertheless, we are also a comprehensive AR/VR development company. Our team is well-versed in all major platforms, including Meta Quest 3, HTC Vive, Microsoft HoloLens and various ARCore and ARKit-enabled smartphones and tablets.

Schedule a consultation to discuss how custom Spatial Computing solutions can elevate your business.

Ultimately, the decision depends on your specific application.

For instance, an immersive training solution for the Apple Vision Pro might benefit from a companion app for smartphones, tablets and the web to track trainee progress, manage learning modules, and deliver post-training assessments.

In addition, an immersive product visualization for an automotive brand can deliver a high-impact experience to customers, allowing them to visualize, interact, and even customize digital twins of a car model using their hands and voices. However, it could also benefit from a companion web page built on the same 3D project to spread a version of that experience to a broader audience.

In summary, if your target audience is broad and includes non-VR users, or your Spatial Computing application benefits from content management features or additional functionalities, then a companion app or web page can be valuable. Meanwhile, if your application is self-contained and focused solely on the immersive experience, then a companion app might not be necessary.
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We recommend discussing your project with us to determine the best approach for your needs.

• High-Resolution Displays: Apple Vision Pro boasts dual OLED displays offering exceptional resolution, delivering a crisp and immersive visual experience for users. This translates to superior detail and clarity for applications demanding high visual fidelity, like product design, architectural visualization, and medical simulations.

• Eye Tracking, Hand Tracking: Apple Vision Pro integrates advanced eye tracking and hand tracking capabilities. Users can interact with the virtual world simply by looking at or reaching for objects. This removes the need for traditional controllers, creating a more natural and intuitive user experience. This translates to increased efficiency and ease of use for tasks like design manipulation, data visualization exploration, and complex software interaction.

• Voice Commands: Apple Vision Pro integrates advanced voice recognition technology, allowing users to interact with the virtual environment through natural language commands. This hands-free approach enhances accessibility and streamlines workflows. Users can control applications, navigate menus, initiate actions, and even dictate text through voice commands, creating a more intuitive and efficient user experience. Imagine a surgeon accessing medical information hands-free during a procedure or a designer issuing voice commands to manipulate 3D models in real-time.
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• Immersion Spectrum: Apple Vision Pro offers an infinite spatial canvas to explore, experiment, and play, giving you the freedom to completely rethink your experience in 3D. People can interact with your app while staying connected to their surroundings, or immerse themselves completely in a world of your creation. And your experiences can be fluid: start in a window, bring in 3D content, transition to a fully immersive scene, and come right back. This opens doors for applications like architectural walkthroughs, large-scale data visualization, and collaborative brainstorming sessions where users can manipulate and interact with vast amounts of digital information.

• Spatial Audio: Apple Vision Pro features advanced spatial audio technology that personalizes sound based on the user's head and ear geometry. This creates an incredibly realistic and immersive soundscape, enhancing user engagement and presence within the virtual environment. This is ideal for applications like training simulations, product demonstrations, and even virtual collaboration meetings.

• Processing Power: Apple Vision Pro utilizes a custom dual-chip design, ensuring smooth and responsive performance even in demanding applications. This allows for complex simulations, real-time data processing, and high-fidelity visuals without sacrificing speed or fluidity. This is crucial for applications requiring real-time interaction, rapid data visualization, and resource-intensive tasks.

By combining these unique capabilities, Apple Vision Pro offers a powerful platform for businesses to explore new frontiers in user interaction, training, collaboration, and data visualization.

Contact our experts to discover how Spatial Computing applications can revolutionize your industry.

We will guide you through the entire process, from concept ideation to deployment:

• Concepting & Design: Brainstorm groundbreaking ideas that leverage the immersive nature of spatial computing. We'll work with you to define user journeys, craft intuitive interactions, and design visually stunning experiences.
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• Development & Prototyping: Utilize our expertise in AR/VR frameworks and tools like ARKit and RealityKit to bring your vision to life. We'll create interactive prototypes for user testing and iterate rapidly based on feedback.
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• Optimization & Deployment: Ensure your app performs flawlessly across various spatial computing devices. We'll optimize visuals, handle device limitations, and guide you through seamless app store submission.

Our agile methodology allows for frequent checkpoints and clear milestones, which will keep you up-to-date with the development process at all times. Contact us to start discussing how to leverage Spatial Computing for your business.

We leverage a wide range of industry-leading development tools and technologies to create immersive AR/VR experiences. This ensures we can tailor our approach to your specific project needs and the target platform.

We leverage Apple's RealityKit and RealityOS frameworks for Apple Vision Pro development to create high-fidelity spatial computing applications. Using Apple's libraries, we can integrate eye-tracking and hand-tracking functionalities and utilize Metal for efficient graphics rendering. Additionally, we can incorporate other tools and technologies based on your specific project requirements, such as dashboards, cloud platforms, Artificial Intelligence and Machine Learning, data processing tools, and more.

Our development team is also proficient in various AR/VR development tools and technologies, including game engines like Unity and Unreal Engine, AR frameworks like ARKit and ARCore, and 3D creation software like Blender and Cinema 4D.

Contact our experts to discover how we can help you develop a unique Spatial Computing application.

Spatial Computing is a revolutionary technology that merges the physical and digital worlds. Imagine interacting with computers in 3D space, not just on a flat screen. This new paradigm will foster innovation for businesses across various industries. Here are a few ways how Spatial Computing can benefit your business:
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Design, Engineering, and Manufacturing

• Enhanced Design and Prototyping: Create and iterate on complex 3D models collaboratively, saving time and resources on physical prototypes. Imagine visualizing entire factory layouts or simulating production lines virtually before construction begins.

• Streamlined Training and Maintenance: Develop immersive training simulations for new hires, allowing them to practice procedures in a safe, virtual environment. Spatial Computing can also revolutionize maintenance by providing technicians with interactive 3D manuals and remote troubleshooting capabilities.

Training, Education, and Healthcare

• Advanced Medical Training: Spatial Computing can create realistic surgical simulations for surgeons to practice complex procedures before operating on actual patients. This not only improves training efficacy but also patient safety.

• Interactive Learning Experiences: Imagine students dissecting a virtual frog in biology class or exploring the solar system in a 3D environment. Spatial Computing can transform education by making learning more engaging and interactive.

Real Estate, Automotive, Fashion, Retail, and Marketing:

• Immersive Product Experiences: Offer customers the ability to virtually try on clothes, furniture, or even decorate their homes in 3D, boosting engagement and purchase intent. Imagine showcasing products in stunning 360° virtual tours, allowing customers to explore them in detail from anywhere.

• Enhanced Brand Storytelling: Create interactive and immersive marketing campaigns that truly connect with customers on an emotional level. Spatial Computing can help brands tell their stories in a more engaging and memorable way.

These are just a few examples, and the potential applications of Spatial Computing are constantly evolving. We can help you explore how this technology can transform your business and unlock new levels of efficiency, productivity, and customer engagement.

The development time for a Spatial Computing prototype and MVP (Minimum Viable Product) can vary greatly depending on multiple factors, such as the complexity of the concept, number of features and functionalities and required tools and technologies.

We understand that speed is key when prototyping. Our methodology focuses on deploying and testing core functionalities as soon as possible, rapidly iterating from design mockups, UX prototypes to functional demos and the MVP. The prototyping process typically starts within 2 to 8 weeks or more.

Clear communication with our team regarding your vision, goals, and priorities is crucial for efficient project execution. Feel free to reach out to schedule a one-on-one meeting and discuss your project.

The migration of your app to Spatial Computing presents a compelling array of advantages that have the potential to transform the user experience and elevate your market position:
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Enhance User Engagement

• Immersive Experiences: Spatial Computing allows users to interact with your app in a more natural and engaging way, fostering deeper immersion and connection with your content. Imagine exploring product designs in 3D or navigating complex data visualizations in a virtual environment.

• Increased Interactivity: Move beyond traditional touchscreens and buttons. Spatial Computing allows for intuitive interaction with hand gestures, eye tracking, and voice commands, creating a more dynamic and engaging user experience.

Competitive Advantage

• Be a Leader in Innovation: Position yourself at the forefront of technological innovation by offering a cutting-edge Spatial Computing experience. This can attract new users, boost brand reputation, and establish you as a forward-thinking leader in your industry.

• Future-Proof Your App: As Spatial Computing adoption grows, a migrated app ensures you're ready to cater to the evolving user preferences and expectations of the future.

Improved Functionality

• Unlock New Possibilities: Spatial Computing opens doors for functionalities that wouldn't be possible in a traditional 2D app. This could include 3D product visualization, complex data exploration in virtual environments, or even location-based augmented reality experiences.

• Enhanced Data Visualization: Spatial Computing allows users to interact with data in a more intuitive and immersive way, leading to deeper insights and improved understanding of complex information.

These are just some of the key benefits of migrating your app to Spatial Computing. By leveraging this technology's unique capabilities, you can create a truly engaging and differentiated user experience, stay ahead of the curve, and unlock exciting possibilities for your app's future.

Schedule a consultation to discuss how we can help you migrate your app to a Spatial Computing platform.

How can we decide which elements of the app to enhance for Spatial Computing?
We collaborate with you to identify aspects of your app that would benefit most from immersive capabilities. This considers user interaction, data visualization potential, and potential areas for engagement improvement. The remaining screens of your app will retain their familiar design from their existing iOS or iPadOS app.

Will a partially migrated app be made available in the App Store for Apple Vision Pro users?
Yes. Partial migration allows you to position your existing app on the App Store for Apple Vision Pro users without the need for a full redesign. However, we highly recommend discussing possibilities with our team to understand how we can make sure your partially migrated app stays relevant and engaging to users on this platform, as they may be expecting different interactions.

Allow us to partner with you to discuss how we can help you with the migration process.

Does a full migration require a complete redesign of my app's interface?
A full migration often involves a significant interface redesign to optimize for Spatial Computing interaction methods. However, the core functionalities of your app can be preserved while creating a new immersive experience. Our team is capable of helping you at every step of the way, from rethinking interactions to mocking new layouts, prototyping new user journeys, and implementing the new interface.

‍What level of expertise in Spatial Computing development does my team need to have if we choose a full migration?
Knowledge of Spatial Computing concepts is not mandatory. Our team has the expertise to handle the full development process.  We can also provide consultations to guide your team if they wish to be involved.

Will a fully migrated app be made available in the App Store for Apple Vision Pro users?
‍Yes. Full migration may very well be the best way to position your existing app on the App Store for Apple Vision Pro users. A full redesign allows you to rethink how to approach this new platform while retaining your product's original vision and value proposition. Your app will benefit from all of Apple Vision Pro's capabilities, such as eye tracking and hand tracking, spatial audio, immersive environments, 3D objects, voice commands, and more. This is also aligned with the expectations of users on how to interact with apps in this new platform.

Reach out to us and understand what will be the exact migration roadmap for your app.