- 🧠 Apple is making at least seven spatial computing devices by 2029. These will be more than just the Vision Pro, including glasses and cheaper headsets.
- 🕶️ Smart glasses coming in 2027–2028 will be light and focus on AI, not deep visuals.
- 🧩 VisionOS will get updates every year. Its tools for developers (SDK) will work more closely with other Apple systems.
- ⚙️ All Vision products use Apple Silicon chips. This makes building for them the same for developers across devices.
- 🔐 People building AR apps must use new privacy rules for tracking eyes, scanning rooms, and handling location data properly.
Apple Vision Products: What’s Coming by 2029?
Apple has clearly entered the new world of spatial computing. Its plan shows one thing: the future isn't just more screens; it changes how we interact with digital things entirely. From Apple Vision Pro and later versions to simple smart glasses, every year until 2029 will bring new things in augmented and mixed reality. Developers, designers, and tech planners should get ready now for a system that brings together advanced AR, AI on the device, and interfaces made for space.
Apple Vision Pro 2: Coming Late 2025
The next version of Apple’s main AR headset, the Vision Pro 2, is expected in late 2025. The first device, released in early 2024, changed how people use computers in an immersive way. It brought spatial awareness, high detail, and easy ways to use mixed input. Now, developers should expect a better experience.
According to reports, the next one will use less power and stay cooler thanks to a better Apple Silicon chip—maybe the M3 or M4. This will make the battery last longer, keep the device cooler, and make it much more comfortable to wear for a long time or all day at work.
Performance Expectations for Developers
The new chip offers more processing power for graphics, better AI tasks, and faster memory. This helps create more detailed spatial images, makes AI run faster for control, and cuts down how long it takes for input to show up. App builders should start getting ready by making their apps work best for this specific hardware and rebuilding them for this next version.
The Vision Pro 2 will also likely have better sensors. This will make eye tracking better, improve the view of the outside world, and make spatial audio sound more accurate. More precise body data could also lead to new ways to use it in health, for people with disabilities, and in user interfaces that react to how someone feels.
🎯 Key Developer Focus Areas:
- Make things run best on the device using newer Core ML tools.
- Handle hand and eye input that needs to be fast.
- Use more memory to keep track of AR things that stay put.
- Look into how multiple users can work in the same space, especially in apps for teamwork.
Apple is officially targeting a late 2025 release for this device, meaning early SDK access may emerge during WWDC that year (Gurman, 2024).
Vision Pro 3 and Mainstream Smart Headsets: 2026–2027
Apple's long-term plan for Vision isn't just about one device. The focus is on making a group of products at different levels. By 2026 or 2027, we think there will be a third Vision Pro version for high-end users. Also, there might be a cheaper version for everyday users and schools.
Vision Pro 3: The Powerhouse Model
People say the Vision Pro 3 will handle extremely detailed images for professional uses. This includes developers working in:
- CAD and industrial design
- 3D medical imaging
- Scientific data mapping
- Volumetric video editing
Pro 3's better AI power might even let it create whole environments just from talking—or change the real world view right away based on what's around it.
Budget-Friendly Models for General Use
Alongside this pro model, Apple could release a Vision SE or Vision Lite model. It would probably have fewer cameras on the outside, a smaller view (FOV), and a simpler chip. It would be for:
- General media consumption
- Casual or episodic applications
- Fitness guidance (paired with Apple Watch or AirPods)
This makes it easier for more people to get into Apple's spatial system, giving app makers more potential users.
🧩 Developer Preparation Tips:
- Make designs that work well for both detailed views and those with a smaller view or lower resolution.
- Think about what happens if the device needs to save power or the view quality drops during use.
- Design for different levels of detail: simple screens that can become more detailed on better headsets.
Apple Smart Glasses: Lightweight, AI-Powered, and Game-Changing (2027–2028)
An entirely different class of device is coming soon: Apple’s smart glasses. Unlike Apple Vision Pro, these aren’t for long periods of being fully in a digital world. They are more about computing that's just there.
Changing the Way: From Immersive to Helpful
People see these glasses as a light, always-on interface made to make the real world better. Their features may include:
- Simple displays that show things based on what's happening around you.
- Siri will be deeply built-in (maybe with better AI that can create things).
- Gesture-based controls or glanceless voice commands.
- Connect easily to iPhones, watches, and AirPods.
Their expected design looks like regular glasses instead of big head-worn setups. This makes them easy to wear during errands, exercise, or meetings.
Apple’s in-development glasses will lean heavily on Siri and be designed with minimal displays for everyday use (Gurman, 2024).
⏱️ Design Considerations for Developers:
- UI parts made for very short interactions (like quick nudges you see in 3 seconds).
- Interactions that happen in the background, based on where the user is, their schedule, or body data.
- Made to protect privacy by default—like not saving images or removing personal info.
- AI that does work very close by to make sure it answers even when not connected to the internet.
Generative AI + Spatial Computing: The New Symbiosis
Apple's progress in AI that runs on the device is bringing a future where what's around the user shapes how their software works.
Imagine your headset sees you're in a kitchen and automatically brings up a recipe, or your glasses suggest things to do in a meeting based on how people are talking.
This is the power of AI + AR.
🎯 What the API Might Do:
- Naming parts of the environment using smart scans (like knowing what a “shelf” or “sink” is).
- Guessing what the user might do next based on how they've interacted—like looking and sighing might mean “I’m annoyed”.
- AI models that run locally and can describe or translate AR things right away.
More importantly, Apple’s way of doing things requires AI on the device. That means keeping things private, keeping things fast, and not needing the internet for every task.
VisionOS: Platform Growth Through 2029
Launched with Vision Pro, visionOS is Apple’s operating system just for spatial computing. Just like iOS went from simple phone tasks to powering most digital habits today, visionOS is set to grow over the next five years into its own platform.
We expect major updates every year, likely shown first at WWDC. With each version, new tools for developers (SDK APIs) and ways to work with ARKit, RealityKit, and CoreML will likely increase.
🎯 VisionOS Developer Evolution:
- Beta tools for developers (SDKs) released every year at WWDC.
- Slowly becoming more like the tools for iOS and macOS.
- New SwiftUI parts made to work well on spatial and background displays.
- Expected to have support for ready-made Xcode templates for spatial scenes.
Developers should start planning their app releases around these yearly cycles. This is like how we plan now for iOS 18, 19, and later.
Making Spatial a Daily Habit: From Pro Tools to Mainstream
One clear point from Apple’s product plan is the goal for more people to use it every day. Apple Vision isn’t just for 3D designers or architects—it aims to be useful for joggers, remote workers, teachers, parents, and everyone in between.
This means spatial app developers should consider smaller, more useful tools—not just impressive graphics. Examples include:
- Meditation views using your real-world environment.
- Language translations of signs right away.
- Help remembering things—Siri could “highlight” your car in a parking lot.
Apps must work well with minimal input, handle requests fast right on the device, and still be very easy to use.
Changing User Experience: No More Touchscreens
Developers raised on iPhones and iPads are used to the language of taps, swipes, and buttons. But in spatial environments, the rules are different.
How you interact with things in this new space will mostly use:
- 👁️ Eye gaze: Controlling the interface just by looking.
- 🤏 Pinch gestures: Choosing things and making controls work based on what's happening.
- 🗣️ Voice commands: Not just orders, but more natural talks with AI help.
- 🎧 Audio and haptics: Using sound and feel instead of just looking to avoid being distracted by too much on screen.
Reality Composer Pro, Apple’s new design tool, lets you see these interactions beforehand. It lets you try out how your app might work even if you don’t have the hardware yet.
📈 UX Evolution To-Do List:
- Check current apps for parts that rely too much on touch.
- Make early versions of apps that work completely with gestures using RealityKit and SwiftUI.
- Test using tools for people with disabilities to make sure everyone can use the app.
The Apple Silicon Edge: One Architecture, Many Devices
A big plus of Apple’s hardware plan is that it always uses Apple Silicon—like the M-series and future chips made for vision devices. With every spatial device running on these custom chips, developers get:
- The same system for running graphics and AI tasks on all devices.
- Memory that works at speeds you can count on.
- Code libraries that work again and again (like SceneKit/RealityKit on Apple Silicon).
You’ll also see less difference between devices than with Android or Windows AR systems. This means testing takes less time and things will work better with future versions.
Staying Ahead: Tracking SDKs and Beta Releases
Every year, WWDC will keep being the main place where they show:
- Updates to the VisionOS tools for developers (SDKs).
- New ways to test things in a simulator.
- Early looks at development tools like Reality Composer Pro and ways to check for problems.
Sign up for Apple’s developer news, look through forums for notes about older tools that will go away, and start trying out new features early, long before they are fully released.
🛠️ Pro Tip: Use the TestFlight beta system to find real users for spatial apps even before your hardware is in hand.
Ethics, Privacy & the Rules of Spatial Engagement
Augmented reality brings up new questions about people's space. For example:
- Is eye tracking data being kept?
- Does your app tell people nearby when it's recording?
- Are spatial room scans saved?
These aren’t just technical points; they are about doing the right thing. We think Apple will have clear rules by 2026 or sooner.
🛑 Build Responsible AR:
- Clearly ask users if it's okay.
- Show or feel something when data is being taken.
- Hold data just for one use session and delete it when the session ends.
- Store health or body data only on the device.
Working Together: In Volume and Space
Imagine opening a volume canvas and whiteboarding with three remote team members right away—or looking over code notes together in a 3D interface. That’s the future of AR teamwork.
Apple Vision tools already offer early parts for multiplayer spatial environments. These include fixing things in place, keeping object status the same for everyone, and blending the real world view from different devices.
🎯 For Devs Building Collaboration Tools:
- Try using Object Anchors for experiences where people are in the same place.
- Use Shared RealityKit Scenes to change layers together right away.
- Make sure clocks that know about delays are set up to line up animations or data updates.
What You Can Do Today
No Vision device in hand? No problem. Here's how to get ready:
- Get and get good with RealityKit + ARKit: Do building challenges each month. Develop AR cards, displays, or room overlays.
- Learn Reality Composer Pro: Draw out how spatial apps work and how gestures will go. Even make visual plans for interactive app sessions.
- Look at open-source AR code on GitHub: Use tested tools like those for understanding meshes, placing text, or changing how gaze looks based on facial shapes.
Looking Ahead
By 2029, Apple will have released many Apple Vision products. They will come at different prices, be used for different things, and come in different forms—from headsets to glasses. For developers, this means you need to quickly change your skills past 2D design and start thinking in 3D.
Start with small tests. Get used to computing that understands meaning and ways of working that create things. See what you can do with AI on the device. Start small but begin soon—because the future of Apple software isn't flat, it's spatial.
Citations
Gurman, M. (2024, June 30). Apple plans to launch updated Vision Pro headset in late 2025, followed by multiple smart glasses and headset models through 2029. Bloomberg. https://www.bloomberg.com/news/articles/2024-06-30/apple-vision-pro-2-coming-2025-seven-spatial-devices-coming-through-2029
Gurman, M. (2024). Apple working on low-cost AR glasses with limited display functionality and heavy Siri/AI integration. https://www.bloomberg.com/news/articles/2024-06-30/apple-vision-pro-2-coming-2025-seven-spatial-devices-coming-through-2029
Want to try building spatial apps? Look at our full tutorials on using RealityKit, or sign up for updates on new VisionOS tools for developers (SDKs) and ways of working—powered by Devsolus.
