The "Spatiotemporal Key" Empowering Industry Transformation: GBase Debuts at the 2025 Geospatial Information Technology Innovation Conference

From September 24 to 25, 2025, the 2025 Geospatial Information Technology Innovation Conference, themed "The Way of Geography: Intelligently Linking Space-Time, Data Evolving All Things", will be held at the Beijing International Convention Center. Focusing on the innovation and application paradigms of geospatial information technology, the conference showcases how the technology empowers diverse industries in the era of "Spatiotemporal Intelligence". As a leading Chinese database provider, GBase (General Data Technology) showcases its full-stack, independently developed database products at the conference.

Databases: The "Invisible Engine" of Spatiotemporal Intelligence

In the past, the core value of geospatial technology lay in "mapping space"; today, its value is shifting toward "spatiotemporal prediction and decision-making." This transformation extends geospatial technology from specialized domains to a wide range of industries, becoming a common foundation for national strategic applications such as smart cities, emergency management, and low-carbon governance.

This shift imposes extreme demands on data processing, storage, and management capabilities. According to industry analysis, earth observation data is growing at an unprecedented rate, and most of it will require real-time or near-real-time processing to support intelligent applications. The ability to manage and utilize these massive spatiotemporal data efficiently and reliably directly determines the depth and breadth of spatiotemporal intelligence applications.

GBase Database: Building a Robust Data Foundation for Spatiotemporal Intelligence

The intelligent decision-making capability of modern Geographic Information System (GIS) engines stems from deep mining of massive spatial data. GBase database provides stable, efficient data management and service capabilities for this process.

GBase database supports the storage of spatial geographic data and enables efficient spatial data management, quantitative measurement, and geometric topology analysis using SQL, providing rich and powerful geospatial information processing capabilities. GBase database features high performance, high availability, elastic scalability, and robust security. It can be deployed on physical servers, virtual machines, containers, private clouds, and public clouds, delivering secure, stable, and reliable data storage and management services for core financial systems, internet business systems, and government/enterprise business systems.

Multi-Industry Case Studies Demonstrate Technical Strength

At this exhibition, GBase (General Data Technology) showcases its full-stack, self-developed database products and scenario-specific solutions. In practical applications, GBase databases have already played a key role in a series of important projects in the geospatial information field.

In disaster prevention and mitigation, GBase database supports a provincial geographic information and remote sensing agency's geological disaster risk control system, enabling precise prediction and rapid response to geological disasters. In emergency command scenarios, it provides real-time data processing capabilities for a municipal emergency management bureau's monitoring system, improving emergency response efficiency. In the transportation sector, GBase database serves the production information system of a regional railway transportation group company, handling the storage and dispatching of critical business data to ensure safe and efficient railway operations. In response to climate change risks, GBase database also supports the catastrophe risk mapping platform of a reinsurance company, providing the data foundation for risk quantification and model assessment.

Furthermore, in emerging areas such as digital twins and smart policing, GBase databases have been deployed in projects, including a water conservancy enterprise's digital twin watershed system and an airport police command platform in a city, gradually expanding its applicability in spatiotemporal data-intensive scenarios. These practices demonstrate that GBase database can provide stable and efficient data management support for various spatiotemporal data-intensive scenarios, helping critical systems achieve business closure and decision optimization.

With the deepening of the "Digital China" initiative, the integrated innovation of geospatial information technology and database products will unlock greater value. GBase (General Data Technology) will continue to deepen core technology R&D, providing a solid data foundation for building a smarter, more reliable, and more secure "spatial brain", enabling industries to seize opportunities in the era of spatiotemporal intelligence.