Meta Horizon Hyperscape v XGRIDS Lixel CyberColor: The Future of Gaussian Splatting

Gaussian Splatting is becoming increasingly accessible. In this comparison, we take a closer look at Meta Horizon Hyperscape and XGRIDS Lixel CyberColor to see how two leading platforms are shaping the future of photorealistic digital environments, reality capture, and digital twins.

What are Gaussian Splats?

Gaussian Splatting has rapidly emerged as one of the most exciting technologies in spatial computing, virtual reality, and digital twin creation. By replacing traditional polygon-based 3D models with millions of intelligently rendered “splats,” the technology can create highly photorealistic representations of real-world environments while remaining surprisingly efficient to render.

Two platforms that showcase the potential of Gaussian Splatting are Meta Horizon Hyperscape and XGRIDS Lixel CyberColor. While both leverage the same underlying technology, they are designed for very different audiences and use cases. One focuses on immersive consumer VR experiences, while the other is built for professional reality capture, digital twins, and enterprise workflows.

What is Meta Horizon Hyperscape?

Meta Horizon Hyperscape is Meta’s platform for creating and exploring photorealistic digital replicas of real-world environments within the Quest ecosystem. Using Gaussian Splatting combined with cloud processing and rendering techniques, Hyperscape allows users to capture real spaces and revisit them in virtual reality.

The goal of Hyperscape is simple: make it possible for anyone to step back into a real location through a VR headset. Rather than focusing on measurements, surveying, or engineering data, Hyperscape prioritises immersion, accessibility, and social experiences.

Strengths of Hyperscape

Designed specifically for immersive VR experiences
Simple capture workflow aimed at everyday users
Tight integration with Meta Quest hardware
Highly photorealistic environments
Limitations of Hyperscape

Primarily tied to Meta’s ecosystem

Limited professional surveying or digital twin functionality
Less control over reconstruction workflows
Export and interoperability options remain restricted

What is XGRIDS Lixel CyberColor?

Lixel CyberColor (often abbreviated as LCC Studio) is XGRIDS’ professional Gaussian Splatting processing platform. It transforms data captured from devices such as PortalCam, Lixel K-series scanners, and other XGRIDS hardware into measurable, navigable 3D environments using advanced Gaussian Splatting reconstruction.

Unlike Hyperscape, which is designed around VR consumption, Lixel CyberColor is focused on reality capture workflows. The platform combines imagery, SLAM-based positioning, and 3D laser scanning data to create highly accurate digital representations that can be used for construction, architecture, engineering, inspection, filmmaking, XR experiences, and digital twin applications.

The software includes capabilities such as measurement tools, annotations, model editing, web publishing, aerial-to-ground data fusion, and support for both open and compressed export formats.

Strengths of Lixel CyberColor

Professional-grade reality capture workflows
Integration with SLAM and LiDAR data
Accurate and measurable environments
Suitable for large-scale projects
Supports web publishing and collaboration
Strong digital twin capabilities

Limitations of Lixel CyberColor

Requires specialised capture hardware for best results
More expensive than consumer-focused

Hyperscape Vs XGRIDS Lixel CyberColor

Gaussian Splat Visual Quality

Both platforms demonstrate just how far Gaussian Splatting has progressed in a remarkably short period of time.

Hyperscape delivers environments that feel incredibly lifelike when viewed through a Quest headset. Users can naturally move around a scanned space and experience a level of depth and realism that traditional 360° photography simply cannot provide.

Lixel CyberColor achieves similarly impressive visual results, but with a stronger emphasis on accuracy and practical usability. By combining imagery with SLAM and 3D laser scanning data, the platform creates environments that are not only visually convincing but also suitable for measurement, documentation, and professional analysis.

The Future of VR and Gaussian Splatting

Perhaps the most exciting aspect of this comparison is not which platform is better today, but what these platforms represent for the future.

Meta is proving that Gaussian Splatting can create experiences that feel almost indistinguishable from being physically present in a location. XGRIDS is proving that the same technology can power highly accurate digital twins that transform how industries capture and interact with real-world spaces.

Over the next few years, these two worlds are likely to converge. Future VR headsets will become lighter, more powerful, and more affordable. At the same time, reality capture systems will continue to improve, making it easier than ever to scan entire buildings, venues, cities, and environments. The result will be a future where users can instantly step into photorealistic digital replicas of almost any location. Imagine walking through a construction site from another continent, touring a property without leaving your home, attending a remote event inside a perfectly captured venue, or collaborating with colleagues inside a living digital twin of a real facility.

ScanOps Splat Viewer

Many industry experts already describe Gaussian Splatting as a potential “JPEG moment” for spatial computing because it dramatically lowers the barrier to creating realistic 3D content. As the technology matures and VR adoption continues to grow, the combination of Gaussian Splatting and immersive headsets could fundamentally change how we document, share, and experience the physical world.

Whether your interest lies in immersive virtual reality, digital twins, architecture, filmmaking, gaming, or enterprise collaboration, one thing is becoming increasingly clear: Gaussian Splatting is no longer a glimpse of the future. It is quickly becoming one of the technologies that will help define it.

As Gaussian Splatting continues to gain momentum across industries, we’re excited to announce that Luminous will soon be launching the ScanOps Splat Viewer, a secure, enterprise-ready platform designed to make photorealistic spatial data more accessible, shareable, and operationally useful.