Digsur Technology has independently developed a professional geographic information cloud platform with full intellectual property rights. It provides efficient management, publication, and application services for massive spatio-temporal big data. Leveraging advanced technologies in geoinformation, big data, cloud computing, microservices, and containerization, it boasts a core GIS engine featuring "image-free slicing, real-time vector slicing, and parallel 3D slicing."

With cloud computing as its body, big data as its blood, IoT as its senses, and big data exchange as its lifeline, this project creates an intelligent urban ecosystem integrating perception, intelligent analysis, and self-improvement. It enables leaders to make informed decisions, grassroots operations to be meticulously managed, and citizen services to be efficiently delivered.

This project explores SDGs indicator pilots across Beijing, developing algorithms, standards, and product systems for an SDGs indicator system that can be replicated nationwide. It also establishes operational management mechanisms and models for specialized zones, accelerating the integration of government and industry data to enhance the value of government data. Additionally, it creates regional SDGs knowledge graphs and a flexible, open, and scalable spatial knowledge service framework. This provides crucial scientific evidence for summarizing SDGs experiences, identifying issues, and formulating improvement plans.

A professional software system designed to enhance the efficiency and level of municipal construction project management. By integrating multiple management modules, it achieves comprehensive, informatized, and digitalized management throughout the project lifecycle. Focusing on permit processing, progress management, and fund management, it integrates modules for preliminary procedures, bidding, contracts, investments, design, land acquisition and demolition, construction, completion, and document management. This provides municipal project managers with comprehensive management tools and decision support, improving management efficiency and decision-making capabilities to facilitate smooth project progress.

Adhering to the design philosophy of "visibility, calculability, and manageability," this system utilizes a "low-coupling, high-scalability" architecture. By vectorizing the spatial attributes of assets and resources, it designs a multi-dimensional electronic map with spatial logic layers, progressing from distant to near, large to small, and area to point. This enables intuitive visualization of asset distribution, area coverage, and leasing status in geospatial information. Relevant data can be searched, updated, maintained, and permissioned, fully meeting user needs.