GeoTwin merges the physical and digital worlds through AI models that integrate satellite data, sensors, and physical science, enabling real-time visualization, analysis, and prediction of changes in cities, infrastructure, and natural environments.
A live digital mirror of the real world showing terrain, infrastructure, and environmental conditions in real time.
Monitor everything as it exists right now.
AI-powered predictions to understand how the environment will change rainfall, floods, land use, and risks.
See what's coming next before it happens.
Run scenario simulations to test decisions dam operations, city planning, climate events.
Explore what could happen if conditions or actions change.
GeoTwin merges the physical and digital worlds through AI models that integrate satellite data, sensors, and physical science, enabling real-time visualization, analysis, and prediction of changes in cities, infrastructure, and natural environments.
A live digital mirror of the real world showing terrain, infrastructure, and environmental conditions in real time.
Monitor everything as it exists right now.
AI-powered predictions to understand how the environment will change rainfall, floods, land use, and risks.
See what's coming next before it happens.
Run scenario simulations to test decisions - dam operations, city planning, climate events.
Explore what could happen if conditions or actions change.
The world’s first unified, scalable digital twin platform for real-time geospatial intelligence.
Build a real-time digital replica of your world.
Forecast change before it happens.
Simulate scenarios and compare outcomes.
• Understand how rivers, terrain, and weather systems influence each other in real time
• Maintain continuous awareness of environmental shifts through data-linked entities.
• Build explainable models that reveal “why” changes happen not just “what” changed.
• Enable precision monitoring for sustainability, risk, and infrastructure resilience..
• Simulate the ripple effects of rainfall, infrastructure stress, or policy decisions.
• Couple AI-driven reasoning with physics-informed constraints for realistic outcomes.
• Generate future scenarios from flood propagation to climate impact chains.
• Feed live insights into GeoTwin dashboards for proactive intervention and planning.
Integrate satellite, UAV, sensor, and IoT feeds into one dynamic environment - continuously refreshed and geo-aligned.
• Seamlessly process terabyte-scale imagery and telemetry with automated ingestion pipelines.
For Field Engineers: Ingest sensor and drone data for near-real-time site intelligence.
For Researchers: Combine multi-sensor datasets (optical, radar, thermal) for enhanced spatial analysis.
Merge elevation, hydrology, urban, and environmental datasets into one unified spatial framework.
• Automatically resolve alignment, projection, and scale differences across data sources.
For City Planners: Blend terrain and infrastructure models for actionable 3D context.
For Developers: Use GeoTwin APIs to integrate digital twins directly into simulation or VR platforms.
Detect and predict spatial changes before they occur with physics-informed machine learning.
• Identify land deformation, vegetation growth, or structural stress using time-series analysis.
For Disaster Teams: Receive predictive alerts on floods, landslides, or drought events.
For Utilities: Monitor asset health and environmental interactions continuously.
Run data-driven simulations to evaluate future outcomes across climate, infrastructure, or urban systems.
• Test resilience strategies with virtual replicas of real-world environments.
For Policy Makers: Assess infrastructure risks under varying environmental conditions.
For Water Managers: Predict reservoir levels, inflows, and sedimentation with adaptive modeling.
Connect GeoTwin outputs directly to dashboards, IoT systems, or control networks for fast decision-making.
• Trigger automated workflows or visual alerts based on data thresholds.
For Operations Teams: Deploy insights in mission-critical workflows with real-time responsiveness.
For Enterprises: Integrate GeoTwin with existing GIS or analytics stacks for end-to-end automation.
GeoTwin merges the physical and digital worlds through AI models that integrate satellite data, sensors, and physical science, enabling real-time visualization, analysis, and prediction of changes in cities, infrastructure, and natural environments.
Where science, AI, and time converge to create a living digital organism.
Cities and infrastructure exist in 3D space
Latitude, Longitude, and Elevation.
GeoTwin constructs the geo-ontology from:
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The functional intelligence that powers GeoTwin’s 4D Digital Twin.
Test future outcomes under different environmental and infrastructure conditions.
Anticipate risks, impacts, and system behavior before they occur.
Detect, measure, and understand changes across terrain, assets, and time.
Unify all data into a single, consistent view of every real-world asset.
Visualize confidence, risk bounds, and probabilistic outcomes in every prediction.
Seamlessly move from national overviews to asset-level insight.
Ensure secure, auditable, and role-based access to data and models.
Ingest and process live data as it is generated.
Translate intelligence into clear, actionable decisions.
GeoTwin understands the planet as a dynamic, living system - not static imagery. Deploy across cities, industries, environments, and infrastructure ecosystems.
Ingest satellite, drone, CCTV, LiDAR, CAD/BIM, IoT streams, DEMs, metrology data & more - unified into one operational twin.
Cities, utilities, climate labs, defense, disaster planning, smart infra - GeoTwin molds to your reality, not the other way around.
Connect satellite feeds, drones, LiDAR, CAD/BIM, IoT sensors, weather models, & infrastructure databases - seamlessly fused into one digital brain.
From national-scale simulations to single-asset analysis built for science, powered by AI.
Intelligence for governments, researchers, and infrastructure operators shaping resilient, data-driven environments.
Real-time geospatial intelligence for planning, resilience, and national-scale digital twins.
GeoTwin empowers government teams to simulate risk, manage infrastructure, and respond to climate events with sovereign-secure deployment options.
• Create live digital twins for cities & regions
• Forecast floods, landslides, and climate-driven risk
• Monitor critical infrastructure and water assets
• Run on-prem, secure cloud, or air-gapped systems
A scientific engine for environmental understanding and future-focused modeling.
Built for geospatial researchers, climate scientists, and digital earth labs needing explainable models and planetary-scale data fusion.
• Physics-guided AI for urban & environmental science
• Multi-source satellite + sensor fusion
• Scenario simulation and climate projection workflows
• Full model transparency and explainability
Asset-level digital twins for water, energy, mobility, and built environments.
See, predict, and manage infrastructure as a living system - from reservoirs to power corridors.
• Reservoir & sediment monitoring
• Mobility & traffic intelligence
• Power & utility asset monitoring
• Real-time alerts & automated workflows
Real-time geospatial intelligence for planning, resilience, and national-scale digital twins.
GeoTwin empowers government teams to simulate risk, manage infrastructure, and respond to climate events with sovereign-secure deployment options.
• Create live digital twins for cities & regions
• Forecast floods, landslides, and climate-driven risk
• Monitor critical infrastructure and water assets
• Run on-prem, secure cloud, or air-gapped systems
A scientific engine for environmental understanding and future-focused modeling.
Built for geospatial researchers, climate scientists, and digital earth labs needing explainable models and planetary-scale data fusion.
• Physics-guided AI for urban & environmental science
• Multi-source satellite + sensor fusion
• Scenario simulation and climate projection workflows
• Full model transparency and explainability
Asset-level digital twins for water, energy, mobility, and built environments.
See, predict, and manage infrastructure as a living system - from reservoirs to power corridors.
• Reservoir & sediment monitoring
• Mobility & traffic intelligence
• Power & utility asset monitoring
• Real-time alerts & automated workflows
We build a marketing plan that fits your goals. Data, audience insights, and smart targeting.
We launch, test, and optimize in real-time. No delays, just action.
With a strong base, we scale your reach and turn leads into loyal customers.
We launch, test, and optimize in real-time. No delays, just action.
With a strong base, we scale your reach and turn leads into loyal customers.
At the heart of GeoTwin are AI models grounded in physical science built not just to predict, but to explain.Each model blends data-driven learning with domain physics, ensuring both accuracy and interpretability.
GeoTwin Offerings
Purpose-built digital twins designed for diverse terrains and applications.
Urban resilience, smart infrastructure, and mobility planning.
Catchment modeling, flood forecasting, and hydrological intelligence.
Sedimentation tracking, inflow-outflow analytics, and dam safety.
Understanding GeoTwin & Our Geospatial Engine
EarthSense Labs builds science-informed geospatial AI systems that convert Earth observation data into real-time, asset-level intelligence for cities, infrastructure, and environmental systems.
EarthSense serves governments, public infrastructure agencies, research institutions, and enterprises that require reliable geospatial intelligence for planning, risk management, and decision-making.
Unlike static GIS or visualization platforms, EarthSense delivers living digital twins that update in real time, integrate physical science, and generate predictive, decision-ready insights.
Yes. EarthSense models are grounded in peer-reviewed scientific research and combine domain physics with advanced AI to ensure accuracy, interpretability, and operational reliability.
EarthSense supports sovereign-secure deployments, including on-premise, private cloud, and air-gapped environments, with role-based access and auditable data governance.
GeoTwin 4D is an AI-powered digital twin platform that creates a real-time, evolving replica of cities, infrastructure, and natural systems by combining geospatial data, sensors, and physical science.
Traditional GIS tools show static maps. GeoTwin 4D continuously ingests live data, detects change, simulates scenarios, and forecasts future outcomes using physics-aware AI models.
The first three dimensions represent space (latitude, longitude, elevation). The fourth dimension is time, allowing GeoTwin to model how systems evolve, respond, and interact dynamically.
GeoTwin 4D can ingest satellite imagery, LiDAR, UAV data, IoT sensors, weather models, CAD/BIM files, and historical geospatial datasets - all fused into one operational twin.
Yes. GeoTwin supports scenario simulation, predictive forecasting, uncertainty analysis, and what-if modeling to support proactive planning and risk mitigation
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