Abstract: Techniques are described for using a single application to interact with multiple separate realms simultaneously while maintaining data security boundaries. For example, a web browser may be used to access and interact with the multiple separate secure realms while maintaining data security boundaries between the systems. Multiple concurrent sessions may be established for a user between the web browser and multiple realms. Separate sets of security credentials (e.g., credentials used for authentication and authorization purposes) may be used to establish the sessions and for operations performed in the realms via the sessions. The application can also execute logic (e.g., via machine-executable code or instructions) for automating operations performed in the realms, such as, automating the initiation of a certain operation in one realm based upon a response received from another realm, causing operations to be initiated in two different realms such that the operations overlap in the time; and the like.

Abstract: Techniques are described for using a single application to interact with multiple separate realms simultaneously while maintaining data security boundaries. For example, a web browser may be used to access and interact with the multiple separate secure realms while maintaining data security boundaries between the systems. Multiple concurrent sessions may be established for a user between the web browser and multiple realms. Separate sets of security credentials (e.g., credentials used for authentication and authorization purposes) may be used to establish the sessions and for operations performed in the realms via the sessions. The application can also execute logic (e.g., via machine-executable code or instructions) for automating operations performed in the realms, such as, automating the initiation of a certain operation in one realm based upon a response received from another realm, causing operations to be initiated in two different realms such that the operations overlap in the time; and the like.

Abstract: Techniques are described for using a single application to interact with multiple separate realms simultaneously while maintaining data security boundaries. For example, a web browser may be used to access and interact with the multiple separate secure realms while maintaining data security boundaries between the systems. Multiple concurrent sessions may be established for a user between the web browser and multiple realms. Separate sets of security credentials (e.g., credentials used for authentication and authorization purposes) may be used to establish the sessions and for operations performed in the realms via the sessions. The application can also execute logic (e.g., via machine-executable code or instructions) for automating operations performed in the realms, such as, automating the initiation of a certain operation in one realm based upon a response received from another realm, causing operations to be initiated in two different realms such that the operations overlap in the time; and the like.

Abstract: Techniques are described for using a single application to interact with multiple separate realms simultaneously while maintaining data security boundaries. For example, a web browser may be used to access and interact with the multiple separate secure realms while maintaining data security boundaries between the systems. Multiple concurrent sessions may be established for a user between the web browser and multiple realms. Separate sets of security credentials (e.g., credentials used for authentication and authorization purposes) may be used to establish the sessions and for operations performed in the realms via the sessions. The application can also execute logic (e.g., via machine-executable code or instructions) for automating operations performed in the realms, such as, automating the initiation of a certain operation in one realm based upon a response received from another realm, causing operations to be initiated in two different realms such that the operations overlap in the time; and the like.

Abstract: In one embodiment, a digital image viewer 110 may use an adjustable text backing shape 312 to preserve legibility of an image text segment 310 during size conversions of a digital image 304. The digital image viewer 110 may determine a viewport size of a viewport 302 for a display application 112 that downloads a digital image 304 with an image text segment 310. The digital image viewer 110 may interleave an adjustable text backing shape 312 of an independently adjustable shape size based on the viewport size between the digital image 304 and the image text segment 310.

Abstract: In one embodiment, a digital image viewer 110 may crop a digital image 304 to fit into the viewport 302 of the display application 112. The digital image viewer 110 may determine a viewport height of a viewport 302 for a display application 112 on a digital image viewer 110 that downloads a digital image 304. The digital image viewer 110 may execute an automatic size adjustment of the digital image 304 keyed to the viewport height.

Abstract: In one embodiment, a digital image viewer 110 may use an adjustable text backing shape 312 to preserve legibility of an image text segment 310 during size conversions of a digital image 304. The digital image viewer 110 may determine a viewport size of a viewport 302 for a display application 112 that downloads a digital image 304 with an image text segment 310. The digital image viewer 110 may interleave an adjustable text backing shape 312 of an independently adjustable shape size based on the viewport size between the digital image 304 and the image text segment 310.