10 m
Spatial Resolution
Automated
Water Body Detection
Regional Scale
Floodplain Analysis
One Unified Workspace for Flood Risk Intelligence
GeoVista integrates multiple geospatial datasets to create a unified environment for flood risk analysis and prevention planning.
Satellite imagery
Hydrological datasets
Terrain elevation models
River and reservoir datasets
Contour maps
Watershed layers
All aligned in a shared environment to support floodplain analysis, water-flow modelling, and disaster preparedness planning.
GeoVista enables:
- Integrated analysis across multiple datasets
- AI workflows for hydrological detection and flood modelling
- Transparent and auditable geospatial outputs
How It Works
From raw geospatial data to actionable insight
Satellite Data Acquisition
GeoVista connects to satellite repositories to retrieve high-resolution imagery and terrain datasets.
Terrain & Elevation Modeling
The platform generates elevation models to understand landscape slope, watershed patterns, and water flow paths.
AI Water Body Extraction
Trained AI models automatically detect rivers, reservoirs, lakes, and surface water networks from satellite imagery.
Floodplain Analysis
Terrain data and hydrological layers are combined to analyze flood spread potential and identify high-risk regions.
Use Cases
From Local Analysis To Regional Insight
Urban Flood Risk Mapping
Identify flood-prone zones in rapidly expanding cities.
Reservoir & River Monitoring
Track water bodies and hydrological networks across large regions.
Infrastructure Protection Planning
Support planning for roads, bridges, and critical infrastructure exposed to flood risk.
Watershed Analysis
Understand water flow patterns across terrain and drainage systems.
Disaster Preparedness Planning
Help authorities identify areas requiring early flood mitigation measures.
Land-Use Risk Assessment
Evaluate development projects against floodplain and hydrological constraints.
Clear, Actionable Outputs
Everything you need to move from analysis to action.
- Version-controlled models
- Full audit trails
- Access-governed outputs
- Field validation support
Floodplain Risk Maps
Visual layers identifying areas susceptible to flooding.
Water Body Detection Layers
Automatically generated river, lake, and reservoir datasets.
Terrain & Elevation Models
Digital elevation maps showing slopes and watershed boundaries.
Hydrological Network Maps
Structured mapping of river systems and water pathways.
Geospatial Risk Insights
Data outputs that support planning, mitigation, and infrastructure decisions.
Why GeoVista AI
Designed for geospatial intelligence at scale
Satellite-Connected Data Pipeline
Direct integration with satellite repositories enables large-scale geospatial analysis.
AI-Driven Hydrological Detection
Machine learning models automatically extract water bodies from satellite imagery.
Integrated Terrain Intelligence
Elevation and terrain modelling reveal flood pathways and watershed patterns.
Unified Geospatial Workspace
Multiple datasets are analyzed within one shared analytical environment.
Scalable Regional Analysis
Supports analysis from local catchments to regional floodplain systems.
Transparent Analytical Outputs
All results remain traceable and auditable for planning and compliance workflows.
Choose Your Deployment Option
On-Premises Deployment
Deploy GeoVista within your internal infrastructure to maintain full control over sensitive geospatial datasets.
Cloud Deployment
Run GeoVista on secure cloud infrastructure to enable scalable analysis and collaboration across teams.
Built on Trust. Backed by Global Standards.
Build Stronger Flood Resilience with Geospatial Intelligence
GeoVista enables organizations to combine satellite data, terrain models, and AI to detect water systems, analyze floodplains, and identify risk before disaster strikes.
Frequently Asked Questions
This product is co-engineer & powered by Kalpa and HestaBit.
GeoVista integrates satellite imagery, terrain elevation models, hydrological datasets, river and reservoir datasets, contour maps, and watershed layers for comprehensive flood risk analysis.
Yes. Trained AI models automatically extract rivers, reservoirs, lakes, and surface water networks from satellite imagery without manual interpretation.
Terrain and elevation models reveal landscape slopes, watershed patterns, and water flow paths, helping identify where flood water is likely to accumulate or spread.
Yes. The platform supports scalable analysis from local catchments to regional floodplain systems, making it suitable for both targeted assessments and wide-area risk mapping.
GeoVista is used by urban planners, environmental agencies, infrastructure teams, disaster management authorities, and geospatial intelligence professionals.
Yes. GeoVista outputs are designed to be compatible with standard GIS workflows, enabling teams to incorporate results into existing planning and analysis environments.