ERDAS APOLLO is an enterprise geospatial data management and cataloging system that becomes highly scalable and cost-efficient when deployed on AWS. Running APOLLO in the cloud enables organizations to store, index, process, and stream massive geospatial datasets using elastic compute, S3 storage, and AWS networking services. This combination provides fast data delivery, high availability, and flexible scaling for demanding geospatial workflows.
Deploying ERDAS APOLLO on Amazon Web Services (AWS) provides a powerful cloud-native environment for enterprise geospatial data management. APOLLOs ability to catalog, optimize, and stream massive imagery and vector datasets pairs naturally with AWS services such as Amazon S3, EC2, RDS, and CloudFront. Using object storage and elastic compute, organizations can seamlessly scale from small deployments to global distribution systems, all while reducing on-premise infrastructure overhead and improving reliability.
On AWS, ERDAS APOLLO supports high-performance data delivery using OGC services (WMS, WMTS, WCS), automated data harvesting, and efficient compression/tiling workflows. The cloud environment allows teams to ingest raw geospatial datasets, process them through scalable compute clusters, store them in S3 buckets, and immediately serve them to end users with low latency. This architecture makes APOLLO on AWS ideal for governments, mapping agencies, environmental monitoring, and any organization dealing with petabyte-scale geospatial data.
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Pricing is based on the duration and terms of your contract with the vendor. This entitles you to a specified quantity of use for the contract duration. If you choose not to renew or replace your contract before it ends, access to these entitlements will expire.
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This listing uses a single pricing dimension billed per user on an annual contract. You pay one yearly price for each single-user license. Pricing scales by adding more single-user licenses as your team grows. There are no separate tiers, instance sizes, or usage-based add-ons to choose from. The structure keeps billing simple: your total cost depends on how many single-user licenses you need for the year.
Top-of-mind questions for buyers
What counts as one single-user license for billing purposes?
One single-user license covers one named user account. Each person who needs access requires a separate license. The count reflects how many individual users work with the system, not the number of devices or workstations they use.
How does my cost change as my team grows during the year?
Cost scales by adding more single-user licenses. Each added license carries the same annual price. There are no tiers or usage thresholds, so your total is the yearly price multiplied by your license count. Adding users is a manual step, not automatic.
What capabilities does the single-user license include?
The license provides spatial analysis, aerial and satellite imagery viewing, and editing of geographic and alphanumeric data. It supports layer display control, workflow routing between roles, permission management, web access, and three-dimensional viewing. No separate desktop products are required to work during network outages.
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Erdas Apollo by geotwins ready-to-use connected to database including correct schemas for initial usage
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