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ArcGIS is a software developed by Esri designed for geographic information system applications, enabling users to analyze, visualize, and interpret spatial data. The software provides tools for mapping, spatial analytics, and location intelligence, supporting workflows that involve data management, geocoding, network analysis, and imagery processing. ArcGIS facilitates the integration of spatial data with business systems, helping organizations manage assets, plan projects, and make informed decisions based on geographic patterns and trends. The software addresses business needs in sectors such as urban planning, transportation, natural resources, and public safety by supporting collaboration and sharing of spatial insights across different teams and stakeholders.
Google Earth Engine is a software platform designed for planetary-scale geospatial analysis. It provides access to a vast data catalog, including satellite and geospatial datasets, and enables users to analyze large-scale environmental data through cloud-based processing. The software supports the visualization, exploration, and manipulation of geospatial information, allowing users to run algorithms on imagery and vector datasets at scale. Google Earth Engine addresses business problems related to monitoring environmental changes, land use, agriculture, forestry, water resources, and disaster response, facilitating data-driven decision-making across various sectors.
HEAVY.AI is a software designed for advanced data analytics and visualization, offering high-performance analysis of large-scale datasets. The software utilizes graphics processing units to accelerate complex queries and enables interactive exploration of spatiotemporal data. HEAVY.AI provides features such as real-time SQL analytics, geospatial visualization, and dashboard creation, supporting a range of data formats and sources. It addresses business problems related to slow data processing by significantly reducing query times, allowing organizations to analyze and visualize massive data volumes quickly. The software is used in scenarios requiring rapid insights from large and complex datasets, particularly where time-sensitive decision-making is critical.
BlackSky is a software that provides real-time geospatial intelligence and satellite imagery analysis. It combines data from satellites, sensors, and open sources to deliver insights on global events and locations. The software features automated image processing, change detection, and object identification. It supports decision-making for various industries by monitoring sites and tracking activities across the globe. BlackSky addresses business needs such as risk assessment, situational awareness, and operational planning by enabling rapid access to updated imagery and analytic reports. The software helps organizations convert complex geospatial data into actionable information for diverse applications.
GeoBase is a software that provides geographic information system capabilities for managing spatial data. The software allows users to visualize, analyze, and interpret geographic information to support urban planning, resource management, and infrastructure development. GeoBase offers features such as mapping, data integration, spatial querying, and reporting tools, enabling organizations to address location-based business challenges. It facilitates efficient data management and decision-making by integrating geographic data with enterprise processes, allowing businesses and government agencies to optimize operations and planning based on spatial insights.
ICEYE is a software that utilizes synthetic aperture radar (SAR) technology to provide satellite-based earth observation. The software delivers high-resolution imaging capabilities, enabling users to monitor and analyze changes on the planet’s surface regardless of weather conditions or daylight. ICEYE supports applications such as disaster response, infrastructure monitoring, and maritime surveillance by offering timely and frequent data. The software is capable of detecting surface movements, mapping flood extents, and tracking ships at sea. By providing actionable geospatial information, ICEYE addresses business challenges related to surveillance, situational awareness, and risk management in sectors such as insurance, security, and logistics.
Orbital Insight GO is a software that leverages geospatial analytics to transform various data sources, such as satellite imagery and location data, into actionable insights for businesses and organizations. The software offers features for analyzing patterns of activity, changes in infrastructure, and movement trends across selected geographic areas. Users can query large-scale geospatial datasets to address questions related to supply chain management, competitor activity, and infrastructure development. By providing a unified platform for location-based analysis, the software supports decision-making processes related to resource allocation, market analysis, and risk assessment across multiple industries.
Picterra is a software designed to facilitate the analysis and extraction of geospatial information from satellite and aerial imagery. It enables users to create, train, and deploy custom machine learning models for object detection, land use mapping, and change detection within geospatial data. The software supports a variety of imagery formats and provides tools for managing large datasets. Picterra aims to address business challenges related to automating manual image interpretation and streamlining workflows in fields such as urban planning, agriculture, and infrastructure management by providing accessible geospatial analytics capabilities.
Planet offers satellite imagery software that provides detailed Earth observation data. The software enables users to access high-frequency satellite images, supporting applications in mapping, agriculture, forestry, urban planning, and disaster response. Features include the ability to monitor land use changes, track assets, and analyze environmental or infrastructural developments over time. The software supports data integration with other analytical platforms, offering tools for managing large image datasets and extracting insights through geospatial analytics. It addresses the business need for timely, scalable, and consistent visual data to inform decision-making in sectors requiring up-to-date geospatial information.
UgCS is a software designed for mission planning and flight control of unmanned aerial vehicles. The software provides tools for creating, editing, and managing flight routes for drones across multiple brands and models. Features include georeferenced map support, terrain-following capability, and customizable waypoints, which allow for precise route planning. UgCS streamlines the process of automating drone missions for tasks such as mapping, surveying, and inspections, addressing the need for efficient and accurate data acquisition in various industries. The software integrates with external payloads and telemetry data sources, facilitating comprehensive flight management and enabling users to respond to specific operational requirements in fields such as agriculture, mining, and public safety.
UP42 is a software platform that enables users to access, analyze, and process geospatial data from various sources including satellite imagery, aerial photography, and weather data. The software provides a scalable infrastructure for workflow automation, algorithm integration, and data management, facilitating efficient handling of large datasets. UP42 addresses business challenges related to geographic analysis, environmental monitoring, urban planning, and asset tracking by offering modular blocks for data retrieval and processing. Through its API and user interface, the software supports custom workflows for data fusion and advanced analytics, contributing to informed decision-making across industries that rely on location intelligence and spatial information.
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What is Earth Intelligence?
Earth Intelligence is centred around the collection and analysis of geospatial data and deriving insights using earth observation technologies. The data collected is regarding Earth's physical, biological, and human systems via high-resolution satellite imagery, aerial sensors, remote sensing etc. It provides geospatial analysis which involves analysing and interpreting data that has a geographical or spatial element, using tools like Geographic Information Systems (GIS), deriving insights that help in informed decision making. It is used by environmental groups and government agencies for environmental monitoring, resource management, disaster management, urban planning and understanding global changes. (Retired as of June-04-2026).
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