At GDC 2026, the PICO team—led by Product Manager Ke Jing and Software Engineers David Campos Rodríguez and Hogan Mastanduno—took the stage at West Hall to unveil a vision for the future of the medium:
Project Swan and PICO OS 6
For years, we’ve treated XR as a "single-app silo"—a choice between lean-back entertainment or lean-forward work. Project Swan breaks that wall. It isn't just a headset; it’s a general spatial computing system designed to let 2D Android apps, 3D worlds, and physical reality coexist in one seamless flow.
The "Conductor" of the Experience
The real breakthrough shared at GDC wasn't just the hardware's 4K dual-eye displays or the custom PICO Silicon with its 12ms latency. It was the PICO Spatial Engine. Think of it as the "conductor" of the OS. In the past, developers had to be pipeline architects, fighting for every drop of GPU power just to keep a window from flickering. We’ve moved that complexity to the system level.
By handling Unified Rendering and Dynamic Resource Allocation, the Spatial Engine allows a 3D tabletop game to run alongside a live chat window and a web browser without a single frame drop. For the developer, this means you can focus on the soul of your app—the introspection and emotional intelligence—rather than the plumbing.
Three Paths, One Open Ecosystem
We believe spatial computing should be open to everyone, not just those who have mastered a 3D engine. At GDC, we highlighted three lightweight paths to Project Swan:
- The Mobile Bridge (Spatial SDK): For the millions of Android developers, your existing apps run out of the box. You can "extend, not rebuild," using Kotlin and Jetpack Compose to turn flat 2D menus into depth-aware spatial panels.
- The Web Path (WebSpatial): We are bridging the 2D internet and the spatial web. Web developers can use React and CSS to build multi-panel "AI Mission Control" centers that feel as natural as physical furniture.
- The Engine Powerhouse (PICO Unity/Unreal SDKs): For those building high-fidelity worlds, we’ve migrated to the OpenXR standard. We showed how Desktop Clash, a fully immersive VR game, was ported to a Shared Space spatial app in just a few weeks by leveraging the Spatial Adapter.
What This Means for You
- For Developers: We’ve ended the "Stack Tax". You no longer need to learn a proprietary language or a closed ecosystem to reach the spatial market. Whether it's an Agentic Mission Control orchestrating AI or a personal story that uses sharing as a core mechanism, the tools are ready in our PICO Spatial Emulator today.
- For Consumers: Project Swan transforms the room into an Active Creation space. Imagine collaborating on a 3D model with a colleague while your notes and recipes anchor to your real-world desk. It is multitasking that feels as natural as real life.
Beyond the Screen
During the talk, the team shared a powerful "15-minute proof" of what’s possible: Play-to-PICO. This tool allows for near-instant iteration, streaming your Unity scene directly to the device so you can see your "butterflies" come to life in real-time.
We’re not just building a product; we’re fostering a co-ownership loop. When you’re wrestling with spatial alignment at 2:00 AM, we’re your advocates at 9:00 AM, making sure the tools match your grit.
Want to see what the community is already building? Join our PICO Developer Discord to explore the winning projects, or check out our blog that will include updates from the SensAI SF hackathon. Lastly, download the Project Swan Emulator to start your own 15-minute proof today.