Abstract: Systems, apparatus, articles of manufacture, and methods are disclosed to prevent data loss, including determining a multi-layered security protocol from a plurality of security protocols stored in a database, after a determination that the multi-layered security protocol includes at least one security protocol corresponding to each unique type, causing the multi-layered security protocol to be enabled, after a breach of the multi-layered security protocol, performing an enforcement, the enforcement to include using a third-party integration and notifying a developer.

Abstract: In an example embodiment, a set of applications is provided that provides design-time, runtime, for form operations. A low-code or no-code form builder is provided as part of this set of applications. The low-code or no-code form builder is hosted on a business development platform (BTP), which is supported by multiple hyperscalers with rich control sets. Thus, the low-code or no-code form builder is able to provide an intuitive way of building forms using drag-and-drop functionality.

Abstract: In an example embodiment, a set of applications is provided that provides design-time, runtime, for form operations. A low-code or no-code form builder is provided as part of this set of applications. The low-code or no-code form builder is hosted on a business development platform (BTP), which is supported by multiple hyperscalers with rich control sets. Thus, the low-code or no-code form builder is able to provide an intuitive way of building forms using drag-and-drop functionality.

Abstract: The present disclosure involves systems, software, and computer-implemented methods for automatically predicting a probability of success or failure of change requests for an organization's information technology (IT) infrastructure or use environment. One example system includes at least one repository storing information corresponding to one or more prior change requests, at least one memory storing instructions and at least one prediction tool, and at least one hardware processor. Each change request corresponds to a request for a modification to one or more sections of the infrastructure. The instructions instruct the at least one hardware processor to receive one or more parameters corresponding to a new change request associated with the infrastructure. The parameters are provided as input to the at least one prediction tool, and in response, a probability of success of the new change request is received as an output of the at least one prediction tool.

Abstract: The present disclosure involves systems, software, and computer implemented methods for automatically predicting a probability of success or failure of change requests for an organization's information technology (IT) infrastructure or use environment. One example system includes at least one repository storing information corresponding to one or more prior change requests, at least one memory storing instructions and at least one prediction tool, and at least one hardware processor. Each change request corresponds to a request for a modification to one or more sections of the infrastructure. The instructions instruct the at least one hardware processor to receive one or more parameters corresponding to a new change request associated with the infrastructure. The parameters are provided as input to the at least one prediction tool, and in response, a probability of success of the new change request is received as an output of the at least one prediction tool.

Abstract: The present invention relates to a system and method of integration among software components. The method allows integration between data corresponding to a first set of software components and a second set of software components. This method also involves exposing Application Program Interfaces (APIs) to a plurality of end user applications, wherein the APIs allow communication among the at least one end user application, the first set of software components and the second set of software components.