PICO today officially unveiled its next-generation operating system PICO OS 6, and offered an early preview of its upcoming flagship XR hardware under Project Swan.
PICO OS 6 is not a mere incremental update; it is a fundamental reconstruction of the spatial operating system. By rethinking its entire architecture from the ground up, it tackles the most persistent friction in XR OS by enabling the seamless coexistence of 2D apps, 3D experiences, virtual environments, and physical reality. Starting on March 2, developers can use the tools provided on PICO OS 6 to build apps for the Project Swan headset that will launch later this year.
PICO Spatial Engine: The Unified Rendering Architecture
The defining breakthrough of PICO OS 6 is the PICO Spatial Engine. For the past two years, PICO’s engineering teams have built a core engine that fundamentally changes how graphics are processed. Unlike previous approaches where rendering was siloed at the app level, the PICO Spatial Engine moves the rendering pipeline to the OS level. This unified rendering architecture allows the system to render 2D apps, 3D objects, virtual environments, and physical reality simultaneously while maintaining great responsiveness. It ensures that multiple 3D apps and 2D windows run in harmony and creates a seamless flow where virtual elements blend into the real world.
Redefining Productivity: The Spatial Multitasking Leap
Built on the foundation of PICO Spatial Engine, PICO OS 6 enables spatial multitasking. Users can now collaborate on complex 3D models with colleagues present as avatars, while simultaneously keeping browsers and notes active and floating seamlessly above a physical desk. This ecosystem is supported by an input system that adapts to the user without modes. Users can navigate with a simple look and pinch, or use XR controllers for gaming, or utilize a traditional keyboard and mouse for efficient productivity workflows. For the 2,600+ enterprise institutions PICO serves, this new architecture provides a stable and responsive digital workspace for professional spatial collaboration.
Breaking Down Barriers: An Open Ecosystem
PICO OS 6 is built on a principle of openness. We believe that for spatial computing to thrive, it must be inclusive, not exclusive. PICO OS 6 supports a diverse array of app ecosystems. Whether it is Spatial apps, OpenXR, WebXR, Android apps, Web apps, or PC VR streaming, the OS treats them as equal pillars of the system. By continuously lowering the barriers to entry, PICO is providing the only path that truly serves developers—uniting distinct ecosystems into one seamless user experience.
Empowering Developers: The Comprehensive Toolkit
The new PICO Spatial SDK (Kotlin) and UI system simplify design with component-based APIs and unified runtime adaptation. With the PICO Spatial Plugin for Android Studio and the new desktop-based PICO Emulator, developers can design, code, and test rapidly without needing a headset.
PICO is democratizing spatial app creation with WebSpatial, an open-source framework that brings the power of the web to spatial computing. This open-source framework brings standard web tools (HTML, CSS, React) to spatial computing. It enables developers to build install-free, cross-platform apps that run seamlessly across PICO OS, VisionOS, and AndroidXR.
PICO OS 6 deepens support for Unity and Unreal Engine. Through new integration, developers can now build Mixed Reality games to run alongside 2D and 3D apps. This unlocks multitasking when gaming, enabling players to game while simultaneously video chatting or browsing in floating windows.
All these tools are available right now at developer.picoxr.com
Powering the Future: Project Swan 2026 Preview
While PICO OS 6 provides the software foundation, the full realization of this computing paradigm requires a massive leap in hardware, which is what Project Swan is for.
Project Swan aims to address the biggest bottlenecks in the industry. The first is clarity: Project Swan features a new generation of MicroOLED displays with a pixel density of nearly 4000 PPI—roughly nine times that of flagship smartphones. This optical stack delivers an average PPD (Pixels Per Degree) of 40, with a center sweet spot exceeding 45 PPD, rendering text crisp enough for professional workflows.
The second is mixed reality. Project Swan introduces a unique dual-chip design to manage the complex pipeline of mixed reality. Project Swan is packed with a custom XR silicon chip that powers the perception and imaging engines, fusing data from multiple sensors to construct a realistic physical world representation with just 12 milliseconds of latency. Project Swan also features a flagship SoC, which delivers more than double the increase in CPU and GPU performance over the current XR2 Gen 2.
Project Swan is targeting a global launch in late 2026.
PICO Global Early Access Program
PICO has officially opened the “PICO Global Early Access Program”. This initiative specifically seeks experienced users to participate in a closed beta test for Project Swan and PICO OS 6. By recruiting pioneers with high-end device experience, PICO aims to gather rigorous technical feedback to ensure the synergy between the new OS and the flagship hardware meets a high standard.
If you are ready to help us define the next generation of XR, you can apply for the early access program right now at picoxr.com.
