Foreword

On April 1, Beijing held a press conference on resilient city construction, marking the full implementation of theBeijing Special Plan for Resilient City Space (2022–2035). The plan defines the spatial layout of "three rings, eight corridors and multiple fulcrums", designates 39 resilient city clusters, and strengthens geological disaster investigation, infrastructure resilience and emergency support capabilities, drawing a clear roadmap for the city’s safe development.

As a high-tech enterprise with years of expertise in 3D geoscience modeling, GridWorld leverages its core strengths in spatial technology. Its three flagship products —DepthInsight Geoscience Modeling Software, TransparentEarth Engine, and Computing Application Modules (CAE Simulation & Intelligent Applications) — precisely align with the core needs of resilient city construction, providing full-chain technical support for urban safety and protection.

DepthInsight: The "Perspective Eye" for Geological Hazards

As an independently controllable core modeling tool, this software integrates multi-source data to construct high-precision 3D geological models, accurately reconstructing subsurface structures, pipeline distributions and disaster-prone points. It meets industry demands including 1:10,000-scale refined urban geological disaster surveys and air-space-ground integrated remote sensing identification.

Supporting dynamic updates and numerical simulation, the software facilitates safety management of lifeline projects such as underground pipelines, roads and stations, consolidating the data foundation for comprehensive management of municipal and transportation infrastructure. It effectively addresses industry pain points of difficult investigation and control of urban underground hazards, building the first line of defense for urban geological safety.

TransparentEarth: The "Digital Hub" for Resilient Governance

As a large-scale online visualization and sharing platform for 3D geological models, its core advantage lies in supporting secure storage and rapid access of PB-level massive models, enabling cross-terminal browsing, collaboration and sharing via browsers without additional plug-ins.

Targeting the core needs of spatial resource integration and coordinated management in resilient city construction, the engine efficiently integrates various spatial resources including urban clusters, emergency shelters and material depots. It realizes "full-region monitoring on one screen and city-wide management via one network", breaks down data silos, improves collaboration efficiency, and provides lightweight, high-efficiency visualization support for optimizing resilient spatial layout and dispatching dual-purpose peacetime-and-emergency facilities.

Computing Application Modules: The "Simulation Deduction Engine" for Disaster Response

Focusing on core geoscience scenarios, this module accurately simulates complex physical processes such as in-situ stress, fluid seepage and geological structure evolution, enabling 3D dynamic demonstration of disaster scenarios. Its technical logic is highly consistent with cutting-edge applications including high-position collapse simulation and geological disaster early warning.

To meet disaster response needs in resilient city construction, it provides panoramic simulation analysis and intelligent decision support, rapidly pre-engineering plans and identifying risk points. It helps cities achieve accurate early warning before disasters, rapid response during disasters and efficient recovery after disasters, comprehensively enhancing urban adaptive and self-organizing capabilities.

With the continuous advancement of resilient city construction across regions, demands for geological safety, infrastructure resilience and emergency support have become increasingly prominent.

In the future, GridWorld will continue to refine its three core products, iterate and optimize technical performance, and deeply adapt to all scenarios of resilient city construction. Through 3D geological modeling, spatial data services and intelligent simulation technologies, the company will strengthen safety defenses for cities of all types and support higher-quality, safer urban development.