Foreword
The mining reserve management industry is undergoing a fundamental transformation. The traditional model—relying on static annual reports, 2D drawings, and manual calculations—has long suffered from delayed data updates, cumulative ore body errors, untraceable reserve changes, and opaque auditing processes. It is no longer adequate for today's demands for refined and compliant mine regulation. Today, 3D dynamic geological modeling has become the clear mainstream trend and is gradually evolving into a mandatory regulatory standard, making the replacement of traditional static modeling inevitable.

GridWorld has built a dual-track architecture of "traditional model as a safety net + AI model for progressive iteration." The traditional model leverages DeepProbe geological modeling software to provide comprehensive coverage of standardized reserve operations across all mineral types and scenarios. Meanwhile, the AI model, powered by the tEgg large language model, injects intelligent analytical capabilities into mine management. These two modes operate synergistically, reinforced by end-to-end blockchain evidence storage, to create a secure, trustworthy, and closed-loop system for digital mine reserve management and regulation.

01 | Multi-Version Dynamic Geological Models: Continuous Iteration, Full Traceability, and Clear Explanations for Changes

We have completely broken away from the outdated industry practice of "annual static reporting." Our system supports the continuous, dynamic updating of geological models based on new mining and exploration data. By aligning closely with actual production conditions at a high frequency, we solve the root problems of data lag, error accumulation, and disconnect from on-site realities inherent in traditional models.

The system can automatically compare 3D ore body shapes, resource reserves, and grade data across different model versions. It precisely quantifies the magnitude of changes and clearly breaks down the core reasons behind every reserve fluctuation. This not only meets the operational needs of production reviews and data calibration but also ensures that all reserve changes are well-documented and fully traceable. It comprehensively aligns with compliance audit standards, eliminating the regulatory risks associated with untraceable data.

02 | One-Stop Cloud-Managed Services: Minimal Maintenance, Fully Handled, Cost & Efficiency Optimized

To address the pain points of weak in-house 3D geological modeling expertise and high technical barriers, we offer a dedicated, full-lifecycle cloud-managed service for dynamic geological models. This significantly lowers operational costs and technical thresholds for enterprises. Clients do not need to build a professional modeling team or master complex software and algorithms. Simply uploading routine field measurement data on a regular basis is all it takes; the platform handles the rest of the modeling work.

From dynamic model updates and precise parameter calibration to intelligent reserve calculation and final result verification, the platform provides end-to-end support. While ensuring that all outputs are compliant and highly accurate, the platform transforms tedious daily 3D geological modeling and maintenance tasks into a lightweight, routine professional managed service, drastically reducing labor and time costs.

Unlike superficial, one-off modeling services in the industry, GridWorld focuses on the long-term development of mines by providing full-lifecycle dynamic geological model services. We help mines build a solid compliance foundation with iterable and traceable dynamic models, and achieve lightweight operations through one-stop cloud management. This empowers mines to complete their digital upgrade from manual static calculations to intelligent dynamic control, precisely capturing the core opportunities in this industry transformation.