The Universal OS Vision: Inclusion and Technical Integrity
As of April 2026, the INAIR mission has remained steadfast: to build the world's most advanced AI-driven Spatial Operating System that empowers professionals to work anywhere. A key pillar of this mission is compatibility. INAIR's strategic direction is clear: we will always maintain an open, compatible platform for all AR glasses. Whether you are using native INAIR glasses, the XREAL One series, the VITURE Luma series, or RayNeo glasses, our goal is to provide a seamless, high-performance multi-window experience.
With the release of INAIR OS v3.6, we have made monumental strides in this direction. As highlighted in our latest update, we have successfully enabled stable 3DoF multi-window modes for XREAL One series and enhanced 3DoF & 6DoF support with higher resolution for VITURE Luma Ultra. However, as part of our commitment to radical transparency and brand integrity, we must also address the current status of RayNeo glasses.
The Objective Challenge of Third-Party Glasses – A Known Adaptation Issue
To be transparent with our community, we must acknowledge an objective reality of the AR industry. Third-party glasses manufacturers each develop their own unique technical solutions and proprietary protocol interfaces. These are not standardized or unified across the industry. For any software platform attempting to support multiple brands, this fragmentation always presents a significant challenge to delivering a stable, consistent user experience.
For RayNeo glasses specifically, the 3DoF display instability and drifting that some users have experienced are officially categorized as "Known Adaptation Issues" – a direct result of the non-standardized protocols and technical implementations across the AR hardware landscape. This is not a defect of the RayNeo hardware, nor is it a failure of any software version. It is simply the current state of an industry where different manufacturers have not yet aligned on unified technical standards.
Our engineering team has been working diligently to identify and resolve these adaptation challenges.
The Science of 3DoF: Why "Drift" Happens in Spatial Computing
To understand why RayNeo glasses currently face display instability within the INAIR OS environment, we must look at the physics of Three Degrees of Freedom (3DoF). In a 3DoF setup, the OS must pin a virtual window to a specific set of coordinates in the real world. To do this, it relies on the IMU (Inertial Measurement Unit)—composed of gyroscopes and accelerometers—inside the glasses.
The Protocol Handshake Challenge
Every AR brand uses a different proprietary protocol for how their IMU data is formatted and transmitted. For XREAL and VITURE, the INAIR OS v3.6 update has implemented deep-level driver optimizations that allow our spatial compositor to communicate with their sensors reliably.
For RayNeo glasses, the "handshake" between their hardware and INAIR OS is still under active optimization. Because the IMU data formats differ significantly from the protocols we have already integrated, the spatial compositor sometimes misinterprets micro-movements – a situation that is officially recognized as a known adaptation issue. This results in:
Official Status: RayNeo Adaptation in Progress
In our latest update, we have prioritized the hardware that has the highest adoption rate among our early users – XREAL and VITURE. We want to be clear with our community: If you are using RayNeo glasses with INAIR OS v3.6, the 3DoF display instability and drifting are known adaptation issues that our team is actively working to resolve.
We truly understand the frustration this may cause, especially for professionals who were hoping to use RayNeo hardware for an 8-hour spatial workday. However, at INAIR, we prioritize safety and visual health. Using a "drifting" screen for long periods can lead to:
Because of these factors, we recommend RayNeo users currently utilize "Mirroring Mode" (0DoF) for critical tasks until a dedicated adaptation fix is deployed in a future iteration.
Working Diligently: The Roadmap for RayNeo Integration
If you are reading this as a RayNeo owner, please do not lose heart. Our team has been working diligently to urgently identify and resolve these compatibility adaptations. While our v3.6 focus was on delivering stable 3DoF for XREAL and 3DoF & 6DoF with higher resolution for VITURE, the groundwork for RayNeo is already being laid.
IMU Calibration Research
Our engineers are currently benchmarking RayNeo's sensor noise floor. Every set of AR optics has a unique "noise" signature. For RayNeo, we are developing a custom "Noise Filter" that will smooth out the IMU data before it reaches the spatial compositor – a necessary adaptation to bridge the gap between different manufacturers' technical implementations.
Expanded Third-Party Compatibility – An Ongoing Commitment
The expanded third-party glasses compatibility mentioned in our v3.6 update is an ongoing project. Just as VITURE Luma Ultra now supports 3DoF & 6DoF with higher resolution, and XREAL One series now support stable 3DoF multi-window mode, our goal is to bring RayNeo to that same level of performance. Each new brand requires dedicated engineering work because the industry lacks unified technical standards – and we are committed to doing that work.
Why Stability Matters for Professional Work
At INAIR, we believe spatial computing will fundamentally change how people interact with digital content. But for that change to be positive, the technology must be "Invisible." When you are coding, writing, or designing, you shouldn't be thinking about the "drift" of your monitor. You should be thinking about your work.
This is why we have focused on reliable login integration (including ChatGPT) and enhanced AI Assistant multilingual accuracy in v3.6. We are building the "Brain" of the spatial workstation. However, that brain requires a stable "Eye" (the hardware) to function. By openly acknowledging that RayNeo currently has known adaptation challenges due to non-standardized protocols, we are protecting the integrity of your professional workflow and ensuring that when we do release the RayNeo adaptation fix, it will meet the same "Lower latency" and "Improved visual clarity" standards seen in our XREAL and VITURE support.
A Note on INAIR's Open Strategic Direction
Throughout this process, INAIR remains firmly committed to our open strategic direction. We will always support third-party AR glasses. We believe that users should have the freedom to choose their preferred hardware, and we are dedicated to making that choice a viable one for professional work. The path to universal compatibility is not a straight line – especially when every manufacturer uses different technical solutions and protocol interfaces – but it is a path we are committed to walking.
Each new version of INAIR OS brings users and powerful features. Our team takes pride in delivering continuous innovation. The fact that RayNeo adaptation remains a work in progress is not a reflection of any version's shortcomings – it is a reflection of the objective complexity of unifying non-standardized hardware protocols. We are proud of the progress we have made with XREAL and VITURE, and we are equally committed to making similar progress with RayNeo.
Guidance for RayNeo Users in the Interim
Until the official RayNeo adaptation patch is released, we suggest the following steps for those attempting to work in the INAIR OS environment:
Conclusion: Transparency as a Brand Value
INAIR is a technology company focused on AI and spatial computing. Part of being a leader in this field is admitting where the technology currently stands – and acknowledging the objective challenges posed by non-standardized hardware protocols. RayNeo 3DoF display instability and drifting are officially classified as known adaptation issues – a direct consequence of the fragmented technical landscape of the AR industry.
Our team is continuing to iterate quickly. We have already delivered stable 3DoF for XREAL One series and 3DoF & 6DoF with higher resolution support for VITURE Luma Ultra. We are taking that same engineering rigor and applying it to the RayNeo adaptation project.
In the meantime, we will continue to maintain our open strategic direction, support third-party AR glasses, and bring users features with each new version. Thank you for your support and your patience. We believe the future of work is spatial, and we are working diligently to make sure every professional, regardless of their hardware choice, can be part of that future with a rock-solid, drift-free experience.
FAQ: RayNeo & INAIR OS v3.6
Q: Is the drift a hardware defect in RayNeo glasses?
A: No. RayNeo hardware is high-quality. The drift is a software adaptation issue between the RayNeo IMU protocol and the INAIR OS spatial compositor. Because different AR glasses manufacturers use different technical standards, this is officially a "known adaptation issue" that our team is actively resolving.
Q: When will the RayNeo adaptation patch be released?
A: While we do not have a specific date, it is a high-priority item on our compatibility roadmap. Our team is working diligently to deliver a solution that meets the same stability standards as our XREAL and VITURE support.
Q: Does v3.6 improve any other features for RayNeo users?
A: Yes. RayNeo users will still benefit from the improved streaming performance with INAIR Space (lower latency, better stability, improved visual clarity), the enhanced AI Assistant with improved multilingual accuracy, and the reliable login integration (including ChatGPT). Only the 3DoF spatial anchoring is currently categorized as a known adaptation issue requiring further work.
Q: Why does INAIR continue to support third-party glasses if adaptation is challenging?
A: Because our strategic direction is to remain open. We believe the future of spatial computing should not be locked to a single hardware brand. Even though non-standardized protocols make adaptation challenging, we are committed to giving users the freedom to choose their preferred AR glasses. Every version of INAIR OS brings us closer to that goal.
Already Have RayNeo, XREAL, or VITURE Glasses?
Whatever hardware you're wearing today, the INAIR Pod is the engine designed to run INAIR OS and push it forward with every update. Ready for the fully native experience instead? The INAIR 2 Elite Suite pairs INAIR's own hardware with the same OS, tuned end-to-end.
Compatibility isn't a finish line—it's a commitment we keep updating. At INAIR, every fix we ship for XREAL and VITURE is a blueprint for what's coming to RayNeo next. Discover more about what we're building.
