Ready to innovate geospatially?

Leverage our connected ecosystem of products to build a comprehensive architecture that incorporates data provision, computation, and visualization tools. This approach ensures your solution is powered by our robust infrastructure and facilitates efficient delivery to end users.

Innovative solutions

Turn your innovative ideas into reality with the comprehensive BigGeo Digital Earth Platform. Our infrastructure offerings, combined with data provision, computation, and visualization tools, provide a scalable and customized solution tailored to your unique requirements. Imagine the flexibility and agility to build an architecture that precisely aligns with your vision, allowing you to drive innovation, make informed decisions, and engage your customers with impactful solutions. Let us empower you to bring your geospatial ideas to life and shape the future of your industry.

Geospatial Data Analysis and Computational Tool

Unified frameworks for analyzing data in a hierarchical geospatial grid within the BigGeo Digital Earth Platform.

Geospatial Query Tool

Perform geospatial queries based on geographic location and areas of interest. It provides functionalities for efficiently searching and retrieving relevant information within the BigGeo Digital Earth Platform.

Geospatial Data Integration and Management Tool

Streamline the process of ingesting and encoding diverse geospatial data into standardized formats compatible with the BigGeo Digital Earth Platform.

Geospatial Data Visualization and Mapping Tool

2D and 3D advanced visualization capabilities for geospatial data, allowing users to create and explore interactive visualizations.

Geospatial Simulation and Modeling Tool

Simulate geospatial phenomena and scenarios within the BigGeo Digital Earth Platform. The tool supports the creation of dynamic simulations that incorporate geospatial data, environmental factors, and user-defined variables.

Data Lake
Raw Data Storage and Indexing System

Serves as a repository for storing original source data in its raw format while indexing it for efficient retrieval and querying within the BigGeo Digital Earth Platform.

Spatial data integration & management

Environmental Management

Environmental management firms can use DGGS to analyze various types of spatial data to inform conservation and restoration efforts. For example, by analyzing satellite imagery and topographic maps, an environmental management firm could identify areas that are experiencing environmental degradation and prioritize restoration efforts in those areas.

Spatial Data Integration


By integrating various geospatial data sources, such as satellite imagery, soil moisture data and weather information, farmers can effectively monitor crop health, predict yield, and optimize irrigation in real-time.

Risk Assessment & Threat Analysis


An IT security firm can use risk assessment and threat analysis to identify potential cyber threats and vulnerabilities in an organization's network infrastructure. They could use various tools such as vulnerability scanners, network traffic analyzers and user behavior analytics to identify and evaluate risks, and develop strategies to mitigate them.

Predictive maintenance


The manufacturing industry can use predictive maintenance to identify equipment failures before they occur, enabling maintenance teams to schedule repairs during planned downtime; reducing the likelihood of unscheduled downtime and increasing production efficiency. This can involve using machine learning algorithms to analyze equipment data, predict equipment failures, and prioritize maintenance tasks based on their impact on production.

Location-based asset management


The transportation industry can use location-based asset management to track and optimize their fleets, including real-time vehicle tracking, routing optimization, and fuel consumption monitoring. This will enable transportation companies to reduce fuel costs, increase delivery efficiency, and improve customer service by providing accurate delivery ETAs.

Land Use Analysis


Tourism developers can benefit from land use analysis by gaining insights into the availability, suitability, and value of land for tourism development. A developer looking to build a new resort in a coastal area may use land use analysis data to identify suitable sites with access to transportation, amenities, and attractions, while minimizing the impact on the environment and local communities.

Infrastructure planning

Urban planning

Urban planners can use a DGGS to analyze data on population density, land use patterns and transportation networks to optimize the design of new urban developments and ensure that they are well integrated with existing infrastructure systems.



The retail industry can use geovisualization to behaviour data on maps, such as buying patterns, product preferences, and store visit history, to identify target markets, optimize store locations, and improve customer experiences.

Environmental Impact Assessment

Construction & Project development

Developers can use a DGGS to assess the environmental impacts of proposed development projects, such as changes in air quality, water quality and habitat loss, and develop mitigation strategies that minimize harm to the environment.

Disaster management

Emergency services

Emergency service providers such can use DGGS-based disaster management to predict, plan for and respond to natural disasters and other emergencies. This includes resource allocation as well as identifying the best evacuation routes and coordinating with other emergency response teams.

Destination Management & Marketing


Accommodation providers can benefit from destination management and marketing by gaining insights into visitor demand, preferences, and behavior, which can help them to develop marketing strategies, assess pricing insights and create service offerings that attract and retain customers. For example, a hotel chain may use destination management and marketing data to identify popular tourist destinations, seasonal trends and customer preferences for amenities and services.

Demand Forecasting & Planning


Automotive manufacturers can use demand forecasting to predict the demand for specific models and components to plan their production schedules and supply chain logistics. By using DGGS to analyze data from past sales and market trends, they can accurately predict demand and minimize excess inventory and stockouts.

Let’s talk data

Every partnership is unique. Get in touch to learn what BigGeo can do for you.

Explore our products

Our unique Discrete Global Grid System offers a streamlined approach to store, analyze, and visualize large-scale geospatial data.