High-resolution maps-Digital Products-Beijing ZKYS RemoteSensing Information Technology Co., LTD.

High-resolution maps

Meet the fine characterization requirements of the target object and ensure the accuracy of the mapping data

High-precision maps are a category of geographic information characterized by exceptional detail and digitalization, containing far more data than conventional two-dimensional maps. The collection of high-precision surveying data is critical as it directly determines the accuracy and reliability of subsequent operations. As the core sensor in modern high-precision mapping systems, LiDAR (Light Detection and Ranging) has become an indispensable technical solution due to its three-dimensional imaging capabilities, superior precision, and exceptional interference resistance.

Product Features

High precision data

Centimeter level, millimeter level spatial resolution, richer ground object detail texture features, to meet the requirements of various industrial applications

Fast spatial data acquisition and processing

Self-developed hardware and software platform, can produce graphics in 15 minutes

Multi-source and multi-dimensional data fusion

The ability of sky-earth integrated information acquisition, the big data operation system integrating data from various payload equipment

Industry customized solutions

ZKYS has its own intellectual property rights of "spatial information remote sensing data processing production line" and standardized production of various spatial information products

Strong real-time capability

Meet the application's demand for timeliness, some technologies can support dynamic measurement

High degree of standardization

Ensure data interoperability, adopt uniform formats and standards, cross-platform application and sharing

Ladar

ZKYS has introduced China's first LiDAR aerial photography instrument, boasting a robust self-developed data production platform, application service platform, and comprehensive rapid processing capabilities for LiDAR point cloud data. The company can swiftly achieve spatial data acquisition, high-precision 3D modeling, and industry-specific system integration, delivering end-to-end high-precision mapping solutions to clients.

Ultra-high precision

Lidar can achieve centimeter-level high precision ranging and imaging, meet the needs of fine characterization of target objects, and ensure the accuracy of mapping data

3D imaging capability

With full waveform processing technology, multiple target detection and multi-beam transceiver functions, it obtains accurate information of each target to create high-quality 3D point cloud data, while realizing real-time mapping and target recognition

Flexible and diverse

LiDAR can carry out mapping in mountainous areas, forest areas, grasslands, water areas and other complex terrain environments, providing high-quality data support for remote sensing image mapping

Extensive coverage

High precision mapping and imaging of large areas and large areas can be achieved. The dual-channel laser scanning system can always maintain uniform distribution of laser points in terrain with constantly changing altitude, ensuring the best measurement effect

All day, all day

The lidar can still work stably at night or in low light conditions, and can work in extreme weather and complex environment conditions

Applications of point cloud data

Digital elevation model, 3d modeling, agricultural and forestry census, geological disaster monitoring, topographic survey

LiDAR Works software platform

LiDARWorks software platform is a comprehensive software platform for airborne lidar data processing and application based on the latest data processing technology of airborne lidar and developed with VC++ on the basis of the achievements of the National High-tech Development Program-863 Program project of ZKYS.

LiDARWorks supports the input, display, and output of multi-source heterogeneous data including raster imagery, vector data, Digital Elevation Model (DEM), and LiDAR 3D point cloud datasets. It features comprehensive capabilities for reading, writing, displaying, managing, performing basic processing, and executing specialized applications of massive LiDAR data. Key functionalities include: reading/writing airborne LiDAR data; visualizing and querying multi-view (2D/3D/slice) and multi-thematic (elevation, categories, intensity, swath) information; engineering management and batch processing of large-scale airborne LiDAR datasets; automated filtering/categorization with manual editing; and geospatial application processing for airborne LiDAR data (including digital elevation model production such as grid-based DEM, Topographic Interpolated Network, contouring, and digital city modeling based on airborne LiDAR data).

Real world 3D

High precision spatial information provides strong support for 3D GIS field

High resolution real scene texture, restore the true face of the city

Object-oriented 3d model, convenient for urban fine management universal data format

Efficient operation mode to ensure data up-to-date

Diversified Scenario Development

Digital Earth
Digital City
Digital Transportation
Digital Government
Digital Factory
Digital Economy

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