Lixel CyberColor

Revolutionizing 3D scene creation with cinematic quality

ABOUT THE Lixel CyberColor

Lixel CyberColor (LCC), an advanced technology product developed by XGRIDS, revolutionizes 3D scene creation. LCC automatically generates infinitely large 3D scenes with cinematic quality using Multi-SLAM and Gaussian sputtering technology. Its core advantage lies in accurately capturing and reproducing real-world details, bringing realism to virtual reality, game development, film production, and more. XGRIDS, as an integrated hardware and software solution, demonstrates powerful capabilities in high-precision 3D reconstruction and intelligent spatial computing from micrometer to kilometer levels. Utilizing Multi-SLAM algorithms and optimized 3DGS technology, it automatically creates hyperrealistic large-scale 3D models for immersive experiences. Optimized algorithms achieve realistic rendering effects, data compression technology reduces model size by 90%, LiDAR integration technology achieves centimeter-level model accuracy, and an AI-driven dynamic object removal algorithm is provided. LCC plugins and SDKs are available for Unity, Unreal Engine, Web, and mobile platforms, providing strong support for 3D content.

Traffic Revenue
$83.69
AD, E-COMMERCE
Traffic Sources
1.2K
PC,Mobile
Geography
208.77
TOP Country

Estimated Terms

TOTAL REVENUE
$83.69
ORDERS
2.33
AD REVENUE
$2.14
ECOMMERCE
$81.55
AFFILIATE
$58.25
TOTAL AMOUNT
$ 83.69

Payment Page Traffic

Estimated statistics of traffic to payment platform
$0.0
Earnings
0.0
Month Traffic
0.0%
Growth

Website Page Views

Estimated statistics of website traffic
2.4K
Avg Traffic
3.1K
Month Traffic
-55.0%
Growth

AI Analysis Report

Estimated statistics of traffic to payment platform

What is XGRIDS 3D Reconstruction Handheld Scanner?

XGRIDS offers handheld 3D scanning hardware and software solutions for real-time spatial computing. It provides centimeter-level accuracy for creating 3D models, significantly improving efficiency across various industries. The platform facilitates data integration and analysis for informed decision-making.

Problem

  • Inefficient data acquisition and processing in field operations across multiple sectors.
  • Lack of real-time 3D modeling capabilities for immediate situational awareness and decision support.

Pain Points:

  • Time-consuming manual surveying and data compilation leading to project delays and increased costs.
  • Difficulty in visualizing complex environments and making informed decisions based on incomplete or outdated data.

Solution

XGRIDS provides a comprehensive handheld 3D scanning system that combines high-accuracy hardware with intuitive software for real-time data acquisition, processing, and visualization. This solution streamlines workflows, reduces costs, and improves decision-making across various sectors.

Value Proposition:

Faster, more accurate, and cost-effective 3D modeling for improved efficiency and informed decision-making in diverse industries.

Problem Solving:

Reduces data acquisition time by 510% through its streamlined hardware and software integration.

Enables real-time 3D model generation and data transmission, facilitating immediate situational awareness and support for quick decision-making.

Customers

Global users, aged 25-65+

Unique Features

  • Handheld design for ease of use and portability in diverse environments.
  • Seamless integration of hardware and software for a streamlined workflow.
  • Real-time data processing and visualization capabilities.
  • High-accuracy, centimeter-level data acquisition.
  • Advanced sensor technology for high-accuracy 3D data capture.
  • Proprietary algorithms for efficient data processing and model generation.

User Comments

  • XGRIDS has revolutionized our site surveying process. The handheld scanner's ease of use and real-time capabilities have dramatically reduced our project timelines and improved data accuracy. We've seen significant cost savings and increased efficiency since adopting XGRIDS.
  • Use Case: Site surveying for a large-scale construction project.