Abstract: A system and method for implementing a centralized innovation framework module are disclosed. A processor is operatively connected to one or more memories via a communication network. The processor creates a centralized web-based collaborative platform hub for collection of innovation ideas data from end users within an operation space and causes the centralized web-based collaborative platform hub to receive innovation ideas data from an end user related to development of an application. The processor also analyzes the received innovation ideas data establishes, based on analyzing, a connection between the centralized web-based collaborative platform hub and a development platform; migrates the received innovation ideas data onto the development platform; and creates a workflow on the development platform for tracking and managing development processes of the application.

Abstract: Various methods, apparatuses/systems, and media for implementing a high density session manager (HDSM) module are disclosed. A processor creates a master session in response to receiving login input data from an HDSM master module; accesses, in response to creating the master session, a configuration database that stores configuration file and logging information data corresponding to a plurality of child sessions each including corresponding functional user identifier (ID); retrieves the configuration file and logging information data from the configuration database; dynamically creates, based on the retrieved configuration file and log information data, multiple simultaneous and interactive server sessions among the plurality of child sessions; and runs the dynamically created multiple simultaneous and interactive server sessions on a single server. Each server session runs with a separately logged in functional user ID. The processor also monitors health of each server session running on the single server.

Abstract: Various methods, apparatuses/systems, and media for implementing an attended automation module are disclosed. A processor implements a primary desktop on a graphical user interface (GUI) window. The primary desktop is being created in response to calling a higher level application programming interface (API) from a higher level library in connection with a primary desktop session. The processor also determines that a primary session is being conducted on the primary desktop; accesses a lower level library that stores lower level APIs; calls the lower level APIs; dynamically creates, in response to calling the lower level APIs, a plurality of child desktops each associated with a corresponding lower level API; displays the plurality of child desktops on the GUI window; and simultaneously runs each of the plurality of child desktops on the GUI window in parallel independent of running of the primary desktop.

Abstract: Various methods, apparatuses/systems, and media for implementing an attended automation module are disclosed. A processor implements a primary desktop on a graphical user interface (GUI) window. The primary desktop is being created in response to calling a higher level application programming interface (API) from a higher level library in connection with a primary desktop session. The processor also determines that a primary session is being conducted on the primary desktop; accesses a lower level library that stores lower level APIs; calls the lower level APIs; dynamically creates, in response to calling the lower level APIs, a plurality of child desktops each associated with a corresponding lower level API; displays the plurality of child desktops on the GUI window; and simultaneously runs each of the plurality of child desktops on the GUI window in parallel independent of running of the primary desktop.

Abstract: Various methods, apparatuses/systems, and media for implementing a high density session manager (HDSM) module are disclosed. A processor creates a master session in response to receiving login input data from an HDSM master module; accesses, in response to creating the master session, a configuration database that stores configuration file and logging information data corresponding to a plurality of child sessions each including corresponding functional user identifier (ID); retrieves the configuration file and logging information data from the configuration database; dynamically creates, based on the retrieved configuration file and log information data, multiple simultaneous and interactive server sessions among the plurality of child sessions; and runs the dynamically created multiple simultaneous and interactive server sessions on a single server. Each server session runs with a separately logged in functional user ID. The processor also monitors health of each server session running on the single server.

Abstract: A system and method for implementing a centralized innovation framework module are disclosed. A processor is operatively connected to one or more memories via a communication network. The processor creates a centralized web-based collaborative platform hub for collection of innovation ideas data from end users within an operation space and causes the centralized web-based collaborative platform hub to receive innovation ideas data from an end user related to development of an application. The processor also analyzes the received innovation ideas data establishes, based on analyzing, a connection between the centralized web-based collaborative platform hub and a development platform; migrates the received innovation ideas data onto the development platform; and creates a workflow on the development platform for tracking and managing development processes of the application.