What is DIGspace
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Product Positioning
DIGspace is a multi-source geological data and spatial analysis platform for geology and underground-space understanding.
The platform connects multi-type data such as geophysics, geology, geography, and engineering, and supports unified management, professional analysis, and spatial presentation of ERT, GPR, EM, drilling logs, GIS, CAD, BIM, and other data.
DIGspace not only provides various professional data processing and analysis tools, but also helps users better understand the structure, distribution and changes of underground space from single data results through 2D/3D integrated analysis, 3D volume construction, multi-source data fusion and anomaly spatial analysis.
The platform consists of desktop analysis, web collaboration, and online monitoring capabilities, covering the complete workflow from data acquisition and processing analysis to result sharing and continuous monitoring.
The core value of DIGspace is to connect scattered geological, geophysical, geographic and engineering data into one space, turning data from "results" into "spatial understanding", helping users better understand the underground, find problems and support engineering decisions.
In a nutshell: bring multi-source geological data into one space, moving from data to spatial understanding.
Dual-end architecture
DIGspace uses a dual-end architecture of Web + Desktop client, each with its focus and with interconnected data:
| End | Locate | Core responsibilities |
|---|---|---|
| Web | Management, Delivery & Collaboration Platform | Account permissions / project management / deliverables / collaboration sharing / data dashboard |
| Desktop Client | Heavy-duty Processing & Analysis Workbench | Data processing / 3D visualization / anomaly interpretation / batch export / deep analysis |
The two ends achieve bidirectional data sync through the cloud-edge collaboration mechanism, and users can switch freely according to their work scenario.
Overview of core capabilities
DIGspace has five core capabilities:
Multi-source data access: supports fast import of your own devices + compatibility with common industry formats, covering radar, electrical, borehole, vector, tabular, and other data types.
- 3D visualization:Professional 3D rendering based on the VTK engine, supporting volume rendering, surface rendering, slicing, and multi-view switching.
- Smart processing:Built-in processing chains and intelligent algorithms support professional processing such as radar denoising, ERT inversion, and anomaly detection.
- Anomaly interpretation:Structured anomaly annotation + type management + attribute templates, accumulating interpretation experience.
- Deliverables:Batch export + report generation, completing deliverables in one stop.
Supported methods
DIGspace uses a plug-in method system to continuously expand supported geophysical methods:
- Radar GPR — launched, fully covering data import, processing chain, GPS quality control, 3D reconstruction, and anomaly detection.
- Electrical ERT — launched, supports resistivity inversion, 3D volume generation, and online monitoring.
- Borehole logging — launched, with bar-chart display, layered management, and assay data.
- Transient electromagnetic (TEM) — coming soon.
- Seismic — coming soon.
- Magnetic method — coming soon.
Applicable industries and scenarios
| Industry | Typical application scenarios |
|---|---|
| Geological disaster | Landslide monitoring, land subsidence, karst detection |
| Urban underground space | Underground pipeline detection, void detection, subway construction monitoring |
| Archaeology | Ruins detection, ancient tomb locating, underground heritage survey |
| Pipeline Detection | Municipal pipeline survey, concealed pipeline locating |
| Mining | Goaf detection, slope monitoring, mine hydrogeology |
| Water conservancy | Dam safety monitoring, embankment hazard detection, leakage detection |
| Transportation | Road defect detection, tunnel advance prediction, subgrade assessment |
Technical highlights
- VTK 3D rendering engine:Professional-grade 3D visualization with volume rendering / surface rendering / isosurface multi-mode switching.
- Node-based processing chain:Visually build processing flows, WYSIWYG, reusable and shareable.
- Cloud-edge collaboration architecture:Web management + client computing, with bidirectional data sync.
- Plug-in method system:New methods are integrated as plug-ins, continuously expanding platform capabilities.
- AI-assisted interpretation (integrating):Built-in intelligent anomaly detection algorithm assists manual interpretation and improves efficiency.