Best GIS Software for Oracle Cloud Infrastructure

Compare the Top GIS Software that integrates with Oracle Cloud Infrastructure as of October 2025

This a list of GIS software that integrates with Oracle Cloud Infrastructure. Use the filters on the left to add additional filters for products that have integrations with Oracle Cloud Infrastructure. View the products that work with Oracle Cloud Infrastructure in the table below.

What is GIS Software for Oracle Cloud Infrastructure?

GIS (Geographic Information System) software is used to capture, store, analyze, and present spatial and geographic data. These tools allow users to map, visualize, and interpret complex data related to geography, helping to make decisions based on location-based insights. GIS software supports a wide range of industries, from urban planning and environmental management to transportation and utilities, by enabling the analysis of geographical patterns and relationships. Features often include data layering, spatial analysis, cartographic tools, and the ability to integrate with other systems for more comprehensive data analysis. GIS software is invaluable for planning, resource management, logistics, and location-based decision-making. Compare and read user reviews of the best GIS software for Oracle Cloud Infrastructure currently available using the table below. This list is updated regularly.

  • 1
    TransCAD

    TransCAD

    Caliper

    TransCAD is the first and only Geographic Information System (GIS) designed specifically for use by transportation professionals to store, display, manage, and analyze transportation data. TransCAD combines GIS and transportation modeling capabilities in a single integrated platform, providing capabilities that are unmatched by any other package. TransCAD can be used for all modes of transportation, at any scale or level of detail. TransCAD has applications for all types of transportation data and for all modes of transportation, and is ideal for building transportation information and decision support systems. TransCAD runs on readily-available hardware under Microsoft Windows and embraces virtually all desktop computing standards. A powerful GIS engine with special extensions for transportation. Mapping, visualization, and analysis tools designed for transportation applications. Application modules for routing, travel demand forecasting, public transit, logistics, site location, etc.
    Starting Price: $19.95
  • 2
    Oracle Spatial
    In keeping with Oracle's mission to help people see data in new ways, discover insights, unlock endless possibilities, Oracle Database now includes machine learning, spatial and graph features. If you have an Oracle Database license, you can use all the industry-leading machine learning, spatial and graph capabilities for development and deployment purposes on-premise and in Oracle Cloud Database Services. Oracle's spatial database is included in Oracle's converged database, allowing developers and analysts to get started easily with location intelligence analytics and mapping services. It enables Geographic Information System (GIS) professionals to successfully deploy advanced geospatial applications. Organizations can manage different types of geospatial data, perform hundreds of spatial analytic operations, and use interactive map visualization tools with the spatial features in Oracle Autonomous Database and Oracle Database.
  • 3
    CADObject
    CADObject is a unique development of "ExonIT" LLC which allows to create of application systems and WEB services that provide interaction between CAD and GIS apps. Creation and managing of project documentation exacting the customer's requirements. Decreasing the operational costs thanks to real-time updating of documentation. Maintenance of the history of the object lifecycle with instant access to the needed information in real-time. Integration with existing enterprises' systems. The main difference between CADObject and other similar products is, that in process of data exchange between CAD and GIS, CADObject creates an object data model whilst converting. During this process, all the standard graphic symbols are recognized, united into separate objects according to a certain classifier, and transferred to a spatial database. Each object has a specific entry in the database, which allows the development of analytical spatial solutions.
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