Automatic edge acquisition · collaborative web management · field re-survey on mobile · in-depth desktop interpretation — one account, one project, one data set covering the full lifecycle from investigation to monitoring.
Fuse multi-source geoscience data and complete data processing, professional analysis, anomaly identification and integrated interpretation in one unified 3D space.
Actual product UI · desktop client (project tree / data sets / layer management / 3D view / properties panel)
Multi-source data fusion
In-depth spatial analysis
Integrated interpretation
Professional production
Bring every dataset into one space — geoscience data from different sources and formats is ingested uniformly and organized and presented under one spatial reference framework.
Supports unified ingestion of heterogeneous multi-source data including electrical ERT, GPR and borehole logs, fused and presented in one 3D space.
Import DXF / Shapefile / GeoJSON / terrain / remote-sensing imagery / legacy documents to build a unified coordinate system and engineering context — the spatial reference for all survey data.
2D profiles and 3D volumes work in tandem; each data type has the analysis view that suits it best, all cooperating in the same space.
Supports linked views of 2D profiles, 3D volumes, slices and borehole columns; data switches freely between 2D and 3D for coordinated analysis.
Real-time volume rendering on the VTK engine, supporting 3D volume construction, slicing in any direction, contour surface extraction and linked multi-object analysis.
From single-method analysis to integrated multi-source interpretation, making anomalies identifiable, trackable, verifiable and evolvable.
Spatial association and cross-validation of ERT, GPR, borehole and other survey results — upgrading single-method analysis into integrated multi-source interpretation.
Discover → delineate → classify → attribute → track → verify → status management. ERT tracks seepage changes; GPR maps distress distribution.
Batch import and process multiple survey lines and sections, reuse processing-parameter templates, and run large data sets in one click — leave the repetitive work to the platform.
Conversion, derivation and combination of parameters across datasets, providing a unified data basis for multi-method correlation analysis and integrated interpretation.
Turn analysis results into professional deliverables that are manageable, shareable and exportable, supporting engineering report preparation.
Complex data processing workflows are packaged into reusable processing chains supporting batch jobs and automated execution — from raw data to finished maps and figures in one click.
Supports generation and export of anomalous bodies, profiles, 3D models, analytical figures and thematic deliverables, supporting engineering inspection and report preparation.
Processing parameters, maps and anomaly conclusions flow automatically into standardized engineering reports generated in one click — freed from screenshots, layout work and manual transcription, with machine generation eliminating copy errors.
Analysis results are stored structurally — traceable, reusable and open to secondary development; survey data becomes an accumulable digital asset.
The core competencies behind a professional analysis workbench.
Integrated 2D / 3D analysis Linked views of 2D profiles, 3D volumes, slices and borehole columns. 2D data is not forced into 3D; 2D and 3D become different analytical views of the same data object — for more efficient professional analysis.
Multi-method joint interpretation ERT low-resistivity anomalies + GPR reflection anomalies + borehole lithology ground-truthing — multi-method results link and cross-validate in one space into a unified anomaly object, making interpretation more reliable.
Automated processing chains Complex processing flows are packaged as reusable processing chains with batch tasks and automated execution. From raw-data import to deliverable-map output in one click; parameter templates are reusable and chains can run as overnight batches.
Aggregates engineering geoscience data and connects real-time monitoring with spatial information, keeping project status continuously visible.
Actual product UI · web platform monitoring overview (device status / monitoring data / threshold alerts)
Project space
Dynamic monitoring
Engineering status
Collaboration & sharing
Vector drawings + remote-sensing imagery + terrain + survey data + monitoring data all enter one coordinate system — no more switching between multiple software packages.
DXF / Shapefile / GeoJSON, terrain, remote-sensing imagery and project documents build a project space under one coordinate system, all data sharing one spatial reference.
Desktop analysis results, online monitoring data, sensor feeds such as GNSS / water level / rainfall, and documents keep flowing into the project space for centralized management.
Multi-sensor real-time connection with automatic acquisition and ingestion; monitoring data and threshold alerts are always available in the browser.
Multi-sensor connection and automatic acquisition; device status, monitoring curves and latest inversion results visible at a glance, continuously ingested into the cloud time-series database.
Multi-level threshold configuration, multi-channel alert push (SMS / email / in-site message); anomalies sync to mobile for re-survey, with trackable, closable status.
Unified multi-project management; progress, data results and monitoring alerts on one screen.
The project overview dashboard centralizes progress, raw data and inversion results across projects, giving an at-a-glance command of the engineering situation.
Centralized display of multi-project monitoring data with scrolling real-time alerts, suited to monitoring centers and meeting-room displays.
Monitoring daily reports are generated automatically from templates with data and maps filled in, producing standardized deliverables fast.
Accessible from phone, tablet and desktop browsers with responsive design — the same dataset in the field and in the office.
Role-based access control, multi-device access and real-time synchronization for distributed teams.
Roles such as administrator / regular user can be customized to your team's internal management, with permissions granted per project and data set, so everyone sees and handles only what they need.
Accessible from phone, tablet and desktop browsers with responsive design. The field and the office see the same data; distributed teams stay synced in real time.
The core value of building a project-level understanding platform.
Unified project space Vector drawings, remote-sensing imagery, terrain, survey data and monitoring data share one project-space foundation. Everything renders in one coordinate system — no more switching between software packages.
Dynamic monitoring and alerts Multi-sensor real-time connection, automatic acquisition and ingestion, multi-level threshold alerts pushed via SMS / email / in-site message. Anomalies sync to mobile for re-survey, with trackable, closable status.
Anomalies found and delineated on desktop sync instantly to the phone — anomaly re-survey, field notes, navigation and offline work, ready to use on arrival.
Actual product UI · DIGspot mobile (anomaly list / map navigation / re-survey records / field photos)
Anomalies in your pocket
Re-survey & verify
Field acquisition
Navigation
From receiving an anomaly task to completing field verification — the whole chain is done on the phone.
View anomalies by project, type and status with search and filters — pending re-survey tasks are immediately visible.
Fill in re-survey results and verification conclusions on site, update anomaly status, with records linked directly to the corresponding anomaly.
Field photos and videos upload instantly and are archived together with anomaly locations and re-survey records.
New field findings can be created as anomalies on the spot with attributes added there and then — no clue is missed.
Anomaly positions appear on the map with one-click navigation to the target — no paper point maps in the field.
With no network on site, data is stored locally and syncs automatically once connectivity returns — no lost records, no duplicate entry.
An anomaly is not a circle on a screenshot — it is a trackable object with status, owner and field evidence.
Automatic acquisition, unattended, running 24/7. Acquisition, transmission and power supply in one unit; with solar power it runs long-term as soon as it is deployed on site.
Field monitoring equipment deployed on site · integrated acquisition / transmission / power supply
Multi-source instrument connection
Automated acquisition
Unattended
Reliable transmission
From the field onward, data keeps flowing into DIGspace.
Supports ERT and microtremor plus sensor devices such as GNSS, water-level and rainfall gauges — plug and play, auto-recognized.
Acquisition runs automatically on schedule, preprocessing is completed on site, and uploaded data goes straight into the cloud inversion flow.
Data is cached locally during outages and resumes automatically afterwards — nothing is lost on poor field networks.
Long-term unattended field operation with automatic reconnection; engineers focus on analysis instead of babysitting devices on site.
Device online status, acquisition progress, battery and signal are visible remotely; acquisition tasks can be issued and configured from afar.
Low-power design with solar supply enables long-term standalone operation at sites without grid power.
From field acquisition to deep analysis, from alert generation to field re-survey — edge, cloud, web, mobile and desktop work together, turning online monitoring from "watching data" into "handling issues".
Edge acquisition → automatic cloud inversion → anomaly detection → alert generation → field re-survey feedback → expert interpretation — every step runs on one data set, eliminating repeated exports and version drift.
One data foundation, four working scenarios — continuous edge acquisition, collaborative web management, field re-survey on mobile and in-depth desktop interpretation; data flows seamlessly across all four ends.
Device → task → data → processing → results → anomaly → alert — every step is traceable.
Web alert → locate data on desktop → in-depth review → write conclusions back to the anomaly record.
One account across all four ends, customizable roles and permissions granted per project / data set.
From offline data processing to a closed online-monitoring loop, from people hunting anomalies to the system surfacing them proactively — this is the fundamental difference between DIGspace and traditional geophysics software.
Online 24/7 Remote device management, scheduled automated acquisition, and automated cloud processing — routine monitoring runs end to end without manual intervention, so engineers focus on analysis, not site visits.
More than just detection Anomalies are detected automatically and tracked through their full lifecycle — found, confirmed, re-surveyed, verified, closed — with a fully auditable handling process: from static snapshots to closed-loop management.
A complete loop across four ends Continuous edge acquisition, collaborative web management, field re-survey on mobile, in-depth desktop interpretation. On one data foundation, alerts drive review and conclusions are written back and archived.
Reports are the translation layer between data and decision-makers — clients may not read color scales, but they read engineering conclusions.
The plugin framework translates resistivity into moisture content and anomaly zones into phreatic lines — data is delivered in a form decision-makers can use, with every conclusion traceable to the original results.
Generate engineering reports in one click, freeing interpreters from screenshots, layout work and manual transcription; machine generation eliminates copy errors.
One format across people and projects makes results directly comparable; standardized deliverables can be archived, searched and reused.
In-depth desktop interpretation, online web monitoring, and field re-survey on mobile — after requesting a trial, modules are enabled for the exploration methods you use, with onboarding guidance throughout.
