What function do the relational data store and tile cache data store serve in a base AGE deployment?

What function do the relational data store and tile cache data store serve in a base AGE deployment?

• A. Storing portal's hosted 3D scene layers
• B. Optimizing user access to spatial data
• C. Containing portal's hosted feature layer data and caches
• D. Providing direct SQL access for users

Answer: (C)

The relational data store and tile cache data store play key roles in a base ArcGIS Enterprise (AGE) deployment by specifically handling the storage of hosted feature layer data and caches. The relational data store is designed to manage and store the underlying data for hosted feature layers, ensuring efficient access and integration with the ArcGIS platform. This is crucial for maintaining the integrity and performance of spatial data operations. Additionally, the tile cache data store supports the efficient delivery of map tiles, which enhances the user experience by speeding up the rendering of maps in web applications. By caching map tiles, it reduces server load and improves the responsiveness of map interactions. This combination of functionalities allows for an organized and optimized approach to both spatial data storage and access, maximizing the performance of the ArcGIS platform for end-users. Moreover, while other options might reference aspects of data access or optimization, they do not specifically encapsulate the distinct roles of the relational and tile cache data stores as they relate to hosted feature layers and map tile management.

The relational data store and tile cache data store play key roles in a base ArcGIS Enterprise (AGE) deployment by specifically handling the storage of hosted feature layer data and caches. The relational data store is designed to manage and store the underlying data for hosted feature layers, ensuring efficient access and integration with the ArcGIS platform. This is crucial for maintaining the integrity and performance of spatial data operations.

Additionally, the tile cache data store supports the efficient delivery of map tiles, which enhances the user experience by speeding up the rendering of maps in web applications. By caching map tiles, it reduces server load and improves the responsiveness of map interactions.

This combination of functionalities allows for an organized and optimized approach to both spatial data storage and access, maximizing the performance of the ArcGIS platform for end-users. Moreover, while other options might reference aspects of data access or optimization, they do not specifically encapsulate the distinct roles of the relational and tile cache data stores as they relate to hosted feature layers and map tile management.