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Water resources intelligence

Dewatering, monitoring bores, well logs, and IoT logger integration

SpatialTechSolutions supports mine water and groundwater teams with bore monitoring, well construction visualization, well logs, correlation workflows, IoT logger integration, recharge analysis, and AI-assisted interpretation.

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Monitor wells, inspections, sensors, water levels, pressure, and quality from the map.

Target audience

Mine water teams, hydrogeologists, water authorities, groundwater departments, environmental agencies, well engineers, and data managers.

Platform capabilities

Water-level, pressure, EC, TDS, sensor, inspection, and quality monitoring
IoT-enabled well data logger and monitoring device integration
Automated water-level ingestion and field-to-platform workflows
Dewatering and monitoring bore construction and interval review
Well log correlation, cross-section, and subsurface interpretation workflows
Groundwater recharge suitability mapping from terrain, rainfall, land cover, and proximity
Sinkhole susceptibility and rainwater-harvesting suitability screening from the same terrain and climate inputs
AI monitoring workflows for trends, anomalies, and health review

Business benefits

Connect map context with bore and well evidence
Bring sensor-backed groundwater time series into operational dashboards
Reduce switching between GIS, monitoring, and subsurface tools
Prepare clearer technical reviews for water and regulatory decisions

Screenshot gallery

Groundwater & Mine Water in the product

The screens that support this workflow, shown in the working application.

Ask a well monitoring specialist agent for trends, risks, and next steps.
Import water-level data to support monitoring and trend analysis.
Review well construction and interval context beside the map.
Compare well logs and subsurface patterns across selected wells.
Identify candidate groundwater recharge zones using terrain, rainfall, land cover, and proximity factors.

Groundwater workflow depth

Monitoring, IoT loggers, well evidence, and recharge analysis

SpatialTechSolutions supports groundwater teams with well monitoring, well construction visualization, well logs, correlation workflows, IoT logger integration, recharge analysis, and AI-assisted interpretation.

Groundwater Monitoring

Monitor wells, inspections, sensor readings, water levels, pressure, and water quality from a map-first workspace. AI-assisted monitoring workflows are designed to support trends, health review, and anomaly readiness.

IoT Well Logger Integration

Integrate IoT-enabled well data loggers and monitoring devices to bring water level, pressure, EC, TDS, and other time-series measurements into a centralized geospatial platform.

Well Construction & Completion

Review construction, completion, casing, screen, and interval context beside the map so groundwater and well engineering teams can interpret monitoring evidence with physical well context.

Well Logs & Correlation

Compare well logs and correlation views across selected wells to connect map context with subsurface evidence for groundwater, environmental, and resource workflows.

Cross Sections & Subsurface Understanding

Build cross-sections connected to well logs and construction evidence so teams can review subsurface relationships across selected wells.

Recharge & Hazard Suitability Screening

Use remote sensing and Earth Engine-backed workflows to screen groundwater recharge, sinkhole, and rainwater-harvesting suitability from terrain, rainfall, land cover, and proximity factors — a fast, desktop-first way to prioritize where field investigation should focus next.

Compare this workflow with the full platform

Explore adjacent capabilities in AI agents, data management, remote sensing, 3D visualization, and enterprise GIS.

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Bring your workflow, target users, and data readiness questions. The demo can be tailored to the product areas shown on this page.

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