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GEOGRAPHIC
INFORMATION
APPLICATION
Overview

Geographic Information
Application

Spatiotemporal Information One-Map Smart Communities & City Brain Smart Villages & Smart Agriculture
Geographic Information Application

Technology Overview

Detect Technology possesses core technologies including multi-source data acquisition and integrated processing, 3D solid modeling, extended Kalman filter rotor attitude computation, and spatiotemporal information intelligent mapping. These capabilities form a solid foundation for robust geographic information system (GIS) applications across complex urban and agricultural scenarios.

Core Strengths

Advantages

  • Solving Technical Challenges

    Our core technologies can be applied to effectively solve technical challenges encountered in multi-source data collection and information preservation.

  • Big Data Integration

    We provide robust solutions specifically tailored for smart city big data integration and large-scale 3D solid modeling.

  • Innovative GIS Applications

    Consequently, these technologies have been innovatively applied to advanced GIS projects such as the Daxing Biomedical Base Intelligent Pipeline Network and the Future Science City Spatiotemporal Information Map.

Core Solutions & Cases
Featured
Products
Spatiotemporal Information Cloud Platform
Independently developed by Detect Technology with full intellectual property rights, this professional geographic information cloud platform provides efficient management, publishing, and application services for massive spatiotemporal big data. Built upon advanced technologies including geographic information systems, big data, cloud computing, microservices, and containerization, it features a core GIS engine that supports "image slicing-free, real-time vector slicing, and parallel 3D slicing."
Huitian Area City Brain Project
Leveraging cloud computing as the physical body, big data as the blood, IoT as the perception layer, and big data exchange as the connecting link, this project has created an intelligent urban ecosystem that integrates perception, intelligent analysis, and self-growth. It enables leadership to "see clearly" for decision-making, grassroots operations to "manage precisely," and citizen services to "deliver effectively."
Beijing SDGs Indicator Pilot Project
This project explores the implementation of SDGs indicator pilot work for the entire Beijing municipality, researching and developing algorithms, standards, and product frameworks that can be replicated nationwide. It accelerates the integration of government and industry data. A regional SDGs knowledge graph has also been established, providing important scientific support for summarizing regional SDGs implementation experiences and formulating improvement plans.
Municipal Project Management System
A professional municipal project management software system designed to improve efficiency. By integrating multiple modules, it achieves full-process, informatized, and digitalized management of municipal projects. With procedures handling, progress management, and fund management as the main threads, it provides comprehensive tools and decision support, promoting the smooth execution of municipal projects.
Resource Vectorization
Asset Management System

The system adheres to the design philosophy of "visible, calculable, and manageable," utilizing a "low-coupling, high-extensibility" foundational design. By vectorizing the spatial attributes associated with asset resources, it layers designs on multi-dimensional electronic maps according to spatial logic, following the principle of "from far to near, from large to small, from area to point." This enables intuitive visualization of asset element distribution, area coverage, and leasing status within geographic spatial information, fully satisfying the practical needs of users.