Groundwater product

Hydro GeoScientist

AI-Enabled Groundwater, Wells, and Hydrogeology Intelligence. Hydro GeoScientist helps groundwater teams monitor wells, integrate IoT logger data, visualize well construction, analyze well logs, correlate subsurface information, and support hydrogeology decisions.

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

Product positioning

AI-Enabled Groundwater, Wells, and Hydrogeology Intelligence

Groundwater and hydrogeology intelligence platform for monitoring wells, well logs, IoT logger integration, recharge analysis, and AI-assisted groundwater decision-making.

Key capabilities

Groundwater monitoring
IoT well logger integration
Water level, EC, TDS, pressure, and time-series analytics
Well construction visualization
Well logs and correlation
Cross sections and subsurface interpretation
Groundwater recharge analysis
AI-assisted groundwater workflows
Data Hub for well data
Water authority dashboards

Target users

Water authorities
Hydrogeologists
Groundwater departments
Environmental teams
Well engineers
Resource teams

AI workflow agent demo

Watch an agent plan, execute, and return results

See how Hydro GeoScientist turns a natural-language request into a reviewable task plan, runs the workflow through connected tools, and presents the result in the same operational workspace.

AI Workflow Agent demo: task planning, tool execution, and result review.

Hydro GeoScientist workflows

Groundwater, wells, and hydrogeology intelligence

Hydro GeoScientist helps groundwater teams monitor wells, integrate IoT logger data, visualize well construction, analyze well logs, correlate subsurface information, and support hydrogeology decisions.

Water Authorities

Integrate IoT well loggers, sensor-backed monitoring, regulatory and operational reporting, aquifer monitoring, data quality workflows, and centralized well information.

Subsurface and Wells

Highlight well logs, correlation, cross sections, construction details, and groundwater or resource subsurface workflows.

Recharge and AI-assisted interpretation

Support groundwater recharge analysis, well monitoring agents, water-level analysis, and AI-assisted groundwater interpretation.

Product screenshots

Hydro GeoScientist in action

A closer look at the working application — the screens your team will use day to day.

Ask a well monitoring specialist agent for trends, risks, and next steps.
Import water-level data to support monitoring and trend analysis.
Manage well records and attributes in a structured data workspace.
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.

Enterprise evaluation

How teams should evaluate Hydro GeoScientist

A production evaluation should prove technical fit, governance, deployment model, data readiness, and workflow value before procurement.

Deployment fit

Review cloud, self-hosted, ArcGIS-connected, and open-source GIS integration options before implementation.

Governance model

Validate authentication, data access, audit logging, and AI-agent review controls with technical stakeholders.

Workflow proof

Walk through wells, monitoring, IoT logger imports, log correlation, recharge, and reporting scenarios.

Adoption plan

Define users, training needs, rollout sequence, success metrics, and implementation responsibilities.

Modernize groundwater intelligence

Talk to SpatialTechSolutions about product fit, implementation scope, integrations, and deployment support.

Request Demo

Request demo

Modernize groundwater intelligence

Request a tailored walkthrough for Plato GIS, Hydro GeoScientist, enterprise GIS services, AI-enabled geospatial applications, groundwater monitoring, remote sensing, Data Hub workflows, 3D visualization, or spatial analytics.