The Coolest Use for the Vision Pro: Vibe Coding in Spatial Computing

I’ve worn the Apple Vision Pro for over a year now – through client meetings, late-night debugging sessions, and even a few virtual coffee breaks. But the single use case that made me keep the headset on for hours? Vibe coding.

Vibe coding is the practice of writing code while staying fully immersed in a spatial environment, using voice, gesture, and AI pair programming to build software without breaking flow. It’s not about typing blindly – it’s about letting the headset become the ultimate developer cockpit. And as of July 2026, Vision Pro has become the only device where this truly clicks.

In this article, I’ll walk you through why vibe coding on Vision Pro is the coolest use of the device, how it works in practice, and what tools make it possible today.

What Is Vibe Coding?

The term “vibe coding” emerged from the developer community around 2024-2025. At its core, it means coding in a state of deep focus, using AI to handle syntax and boilerplate while you orchestrate the logic – often with minimal keyboard interaction. The “vibe” comes from the environment: no distractions, a massive virtual screen, and seamless handoff between code and visual feedback.

With Vision Pro, vibe coding goes spatial. Instead of staring at a single monitor, you can place multiple windows around you – a code editor in front, a terminal to the left, a browser with docs floating above, and a live preview of your app hovering next to your workspace. All controlled by your eyes and fingers.

Why Vision Pro Is Perfect for Vibe Coding

Apple’s visionOS human interface guidelines (from WWDC 2023, updated annually) emphasize comfort and spatial awareness. These principles align perfectly with coding:

• Infinite screen real estate. No more squinting at a 13-inch laptop. You can tile windows anywhere, resize them with a pinch, and even anchor them to physical objects.
• Hands-free input. Voice dictation and eye tracking let you navigate files, select code blocks, and trigger AI completions without touching a keyboard. When you do need to type, the virtual keyboard is surprisingly usable – or you can connect a physical Magic Keyboard via Bluetooth.
• Real-time spatial preview. If you’re coding an AR app, you can see your changes reflected in the same space you’re sitting in. This is a game-changer for iterative design.

I’ve noticed my own productivity jump by roughly 30% since switching to Vision Pro for daily coding. That’s not a precise metric – I didn’t run a controlled study – but the feeling of uninterrupted flow is unmistakable.

Real-World Example: Coding an AR App Hands-Free

Let me share a concrete case. A few months ago, I needed to prototype a spatial UI for a client – a virtual dashboard that floats above a physical desk. Using Vision Pro, I:

1. Opened Xcode in a window to my left (streamed via macOS virtual display).
2. Kept the visionOS simulator running on a window floating above my desk.
3. Used voice commands to call out functions: “Create a new SwiftUI View called DashboardView.”
4. Let GitHub Copilot auto-complete the layout code – I only typed the critical logic.
5. Made a change in the code, and the simulator instantly updated right in front of me.

No Alt+Tab. No context switching. My eyes stayed on the spatial output the whole time. The prototype was ready in under four hours – something that would have taken two full days on a normal setup.

Tools That Make It Possible

Vibe coding on Vision Pro relies on a specific set of software and APIs. Here are the ones I use daily:

• Xcode with macOS Virtual Display – Apple’s built-in solution to stream your Mac onto Vision Pro. Essential for running standard IDEs.
• AI coding assistants – Tools like GitHub Copilot and Cursor work inside Xcode or VS Code (via virtual display). They respond to natural language prompts, which you can input by voice.
• Vision Pro’s native Swift development – You can build visionOS apps directly on the device using Swift Playgrounds (from visionOS 2+) or the visionOS SDK in Xcode.
• RealityKit and ARKit – For adding spatial objects that you can test in real time. Changes to Reality Composer Pro assets update live.

If you’re building apps that need to integrate with external services – say, a coding assistant that pulls data from your project management tool – ASI Biont supports connecting such services through API wrappers. You can learn more about how we streamline this workflow at asibiont.com/courses.

The Future of Coding in Spatial Computing

Vibe coding is still early. Apple’s visionOS 3 (released in early 2026) introduced persistent windows and improved eye tracking accuracy – making it easier to keep your environment stable. Third-party apps like “CodeSpace” (a spatial IDE built specifically for Vision Pro) are also emerging.

I expect three trends:

• AI-first spatial coding: AI will not only complete lines but also suggest entire spatial layouts based on natural language descriptions.
• Environmental awareness: The headset will understand your physical space (desk, walls) and automatically place code windows to avoid real-world obstacles.
• Collaborative coding rooms: Multiple Vision Pro users will share the same virtual workspace, editing code side by side in 3D.

Apple’s documentation on visionOS already describes “spatial anchors” that let developers pin virtual objects to real-world locations. Extending that to code windows is trivial.

Conclusion

Vibe coding on Vision Pro is not a gimmick. It’s a fundamentally different way of interacting with code – one that reduces friction, amplifies focus, and turns the entire room into your development environment. If you have a Vision Pro and haven’t tried coding in it for more than a few minutes, you’re missing out on its best feature.

Is it for everyone? No. Hardcore typists may miss the tactile feedback of a mechanical keyboard. But for anyone building spatial apps, designing UIs, or simply wanting to escape the triple-monitor clutter, the Vision Pro is the ultimate vibe coding machine.

Try it. Your brain will thank you.