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Mapbox is a US-based map and location service provider that provides APIs and SDKs for developers to help them build custom map apps and visualization tools. It covers map data from all over the world and uses WebGL technology to create high-performance 2D and 3D maps. It supports real-time data visualization, route calculation, geocoding, and other features. By utilizing an open source toolchain, you can quickly build location-based services in a variety of fields, including navigation, logistics, and smart cities. It features vector tile technology and a flexible style system, and also provides global base map data and satellite imagery.

Google Maps Platform is one of the most widely used map services in the world, providing detailed map data, navigation, real-time traffic information, Street View imagery, and more. It is a cloud-based map service provided by Google, and through a wide range of APIs and SDKs, developers can integrate map display, route guidance, spot search, and other functions into their own applications. It is used in a wide range of industries, including logistics, retail, and mobility.

Reverse Geocoding API is a technical interface that converts longitude and latitude coordinates into human-readable addresses. It automatically returns the corresponding structured address information (such as "Tiananmen Square, Dongcheng District, Beijing") by inputting GPS coordinates (such as 116.404,39.915), and supports the attachment of surrounding POI (points of interest) data. This service is widely used in map navigation, logistics tracking, location analysis and other scenarios, and is one of the core components of LBS (location-based services).

Reverse Geocoding API is a technical interface that converts longitude and latitude coordinates into human-readable addresses. It automatically returns the corresponding structured address information (such as "Tiananmen Square, Dongcheng District, Beijing") by inputting GPS coordinates (such as 116.404,39.915), and supports the attachment of surrounding POI (points of interest) data. This service is widely used in map navigation, logistics tracking, location analysis and other scenarios, and is one of the core components of LBS (location-based services).

Geocoding API is a service for converting addresses into geographic coordinates (such as longitude and latitude) and converting geographic coordinates into human-readable addresses. It is widely used in map and location-related applications.

USGS Landsat Look Viewer API is an online tool provided by the United States Geological Survey (USGS) that allows users to browse and download Landsat satellite images since 1972, supporting multiple data types and advanced query functions. LandsatLook Viewer API aims to provide Geographic Information System (GIS) users with an efficient and convenient way to obtain and analyze Landsat images, and is an important tool for remote sensing research and environmental monitoring. Users can obtain more detailed instructions and development support by reading the official documentation.

STL (StereoLithography) is a file format developed by 3D Systems for 3D printing and computer-aided design. It is widely used in the fields of rapid prototyping and computer-aided manufacturing (CAM).

3D Studio Max is a PC-based 3D modeling, rendering and animation software developed by Discreet. It was originally named 3D Studio and later released as 3D Studio Max on the Windows NT platform. The software provides a wealth of functions, including modeling, animation, rendering, and collaboration with other software. The latest version is 2024, supports multiple operating systems, and has multi-language capabilities.

GeoPDF embeds geographic spatial information (such as latitude and longitude coordinates and coordinate reference systems) in standard PDF files, enabling ordinary PDF readers (such as Adobe Reader) to support geographic location viewing, map navigation, and basic geographic analysis functions, combining the portability of PDF with the data analysis capabilities of GIS.

S57 (Standard for Electronic Navigational Charts) is an international standard developed by the International Hydrographic Organization (IHO) for the exchange and display of electronic nautical chart data, primarily used in marine navigation systems. It standardizes the format, structure, and content of chart data, ensuring interoperability between electronic nautical chart systems from different manufacturers, providing ships with accurate and unified critical navigation information such as water depth, channel, and obstacles. In short, S57 is the "universal language" of electronic nautical charts, ensuring safe and efficient maritime navigation.