Abstract: A low-code/no-code task flow authoring computer system includes one or more processors; and a memory storing computer-readable instructions that, when executed by the one or more processors, cause the computing system to cause an interactive graphical user interface to be displayed, generate an output; and replace a portion of a primary interactive content object with the output. A computer-implemented method includes causing an interactive graphical user interface to be displayed; generating an output; and replacing a portion of a primary interactive content object with the output. A non-transitory computer readable medium containing program instructions that when executed, cause a computer to cause an interactive graphical user interface to be displayed, generate an output; and replace a portion of a primary interactive content object with the output.

Abstract: A network-based application development and distribution platform allows application developers to build, modify, and configure dynamic content applications (especially mobile applications) remotely, and without requiring manual software coding. Smart endpoints facilitate creation of distributable applications for multiple operating systems, form factors, access methods, and/or device types, while creating only a single product and associating the product with the desired endpoints corresponding to the operating systems, form factors, access methods, and/or device types. The platform also facilitates software updates, as updates can be made to the product once, rather than once for each version of the application.

Abstract: A network-based application development and distribution platform allows application developers to build, modify, and configure dynamic content applications (especially mobile applications) remotely, and without requiring manual software coding. Smart endpoints facilitate creation of distributable applications for multiple operating systems, form factors, access methods, and/or device types, while creating only a single product and associating the product with the desired endpoints corresponding to the operating systems, form factors, access methods, and/or device types. The platform also facilitates software updates, as updates can be made to the product once, rather than once for each version of the application.

Abstract: A network-based application development and distribution platform allows application developers to build, modify, and configure dynamic content applications (especially mobile applications) remotely, and without requiring manual software coding. Smart endpoints facilitate creation of distributable applications for multiple operating systems, form factors, access methods, and/or device types, while creating only a single product and associating the product with the desired endpoints corresponding to the operating systems, form factors, access methods, and/or device types. The platform also facilitates software updates, as updates can be made to the product once, rather than once for each version of the application.

Abstract: A network-based application development and distribution platform allows application developers to build, modify, and configure dynamic content applications (especially mobile applications) remotely, and without requiring manual software coding. Smart endpoints facilitate creation of distributable applications for multiple operating systems, form factors, access methods, and/or device types, while creating only a single product and associating the product with the desired endpoints corresponding to the operating systems, form factors, access methods, and/or device types. The platform also facilitates software updates, as updates can be made to the product once, rather than once for each version of the application.