XGRIDS Lixel Cyber Color (LCC)
Next-Gen 3D Content Technology Based on Multi-SLAM & 3DGS
The XGRIDS handheld LiDAR scanners are powerful 3D mapping and modeling devices that can be used to efficiently generate real-time colorized point clouds, providing users with centimeter-accurate, 3-dimensional captures of indoor and outdoor spaces.
The ease of use of the XGRIDS Lixel and Kity K1 scanners allows even a novice user to complete a detailed and precise 3D render of critical public spaces, such as transportation hubs, schools, office buildings, or factories. Or can be used to model essential outdoor features, such as electrical transmission corridors and substations, trainyards, public park spaces, and urban and suburban communities. They can even be used to provide a precise 3-dimensional capture of residential homes and apartment buildings. Having readily available and up-to-date, 3-dimensional data of our essential spaces is the future of design, development, and public safety.
However, in addition to easily capturing high-accuracy, colorized LiDAR point clouds, the XGIRDS scanners can be used to support XGRIDS proprietary Lixel Cyber Color (LCC), which is a revolutionary multi-SLAM & 3D Gaussian Spatting (3DGS) technology. This ground-breaking advancement in 3D content generation can produce ultra-realistic, pixel-perfect, 3D models of the real world.
LCC utilizes a combination of self-developed Multi-SLAM algorithm and optimized 3DGS technology, which allows users to automatically create ultra-realistic large-scale 3D models. Producing an unprecedented immersive experience, across various computing devices, LCC can be seamlessly integrated with professional 3D software and platforms, facilitating model development and application implementation.
In an ever-changing world, having a real-time 3D model of critical spaces is essential for improving efficiency and ensuring public safety. All it takes is just a couple of taps of a button and a stroll through the space. The XGRIDS Lixel or Kity LiDAR scanners take care of the rest.
Ultra-Realistic Model Generation with LCC
Revolutionizing 3D content production, our Multi-SLAM technology creates vast, lifelike scenes, overcoming modeling challenges in large spaces and complex environments.
Enhanced 3DGS Algorithm
XGRIDS LCC uses an optimized algorithm to deliver a realistic render, even in diverse environments with low light and sparse texture, which can produce a model size 90% smaller than conventional 3DGS technology. This proprietary data compression tech is unique to the LCC process.
Infinite-Scale Rendering
XGRIDS in-house LCC rendering algorithm ensures smooth operation and supports unlimited size spaces for the 3D scenes.
LiDAR Integration for Precision
The Lixel handheld LiDAR scanners improve data collection success rates while achieving centimeter-level model precision, enabling on-site measurement and annotation within model scenes. This is a powerful tool as it allows users to not only capture true-to-life 3-dimensional models of complex indoor and outdoor spaces, that can be viewed and experienced from a variety of angles and vantage points but also provides users with an actual framework that allows for precise measurements and annotation.
AI-Powered Dynamic Object Removal
The LCC software also supports AI-Powered Dynamic Object Removal. The AI-powered dynamic object removal algorithms help reconstruct the most detailed digital twins and can do so without the need to scan an area empty area. This allows users to capture precision, high-resolution, 3DSG data during working areas while spaces are occupied and without the need for special conditions.
Open Development Ecosystem
LCC plugins and SDKs also allow for the 3DGP data to be integrated with other powerful platforms such as Unity, UE, Web and Mobile, and Empowering. LCC data can be used to support unprecedented boundless reproduction of 3D content. Whether it is in public health and safety, design and planning, real estate, digital twins, or media and gaming.
When we talk about LCC, the proprietary algorithm used for 3DGS (3D Gaussian Splat) processing, what are we talking about? It is 3-dimensional modeling, but what is it doing?
The GP technology is a way of creating 3D images or models using little blobs of color called "splats." Think of each spat as being shaped like a fuzzy ball, and it spreads out in space, kind of like a blurry dot of paint on a canvas. It generates a picture, but instead of doing so using lines, it uses soft, fuzzy dots. Similar to a painting, at a granular level, it is comprised of small dots of color and texture but as you scale back, it becomes an image that provides definition, texture, and cohesion.
The term "Gaussian" refers to the shape of each splat. These look like a smooth hill or a bump. These splats can be combined to make a more detailed image. The interesting component of this is that by adjusting the size, color, and position of each splat, complex 3D shapes and scenes are created. And this is where the proprietary LCC algorithm creates smooth and accurate renders 3D scenes/models, at 90% of the file size of conventional GS technology.
This can be used for a virtual reality experience, in media, or gaming, as the LCC can produce smoother, more realistic images by filling in gaps with these fuzzy dots. Instead of trying to make everything perfectly sharp. They allow for the blending of imagery and spatial data in a way that looks more natural, especially when viewed from different angles.
The future is now!
To learn more about XGRIDS LiDAR scanners & LCC
800-980-4649