Abstract: Systems, computer program products, and methods are described herein for viability testing of applications in a distributed computing environment. An example system may include a plurality of generative AI subsystems, each associated with a corresponding application within the distributed environment. Each generative AI subsystem may be configured to analyze the functional accessibility of the associated application and generate a first output based on the analysis to facilitate user interaction with the application. The system may further include a primary generative AI subsystem that may be configured to receive the first outputs from the generative AI subsystems, determine dependency information among the applications based on the first outputs, and generate a second output based on at least the dependency information.

Abstract: Systems, computer program products, and methods are described herein for viability testing of applications in a distributed computing environment. An example system may include a plurality of generative AI subsystems, each associated with a corresponding application within the distributed environment. Each generative AI subsystem may be configured to analyze the functional accessibility of the associated application and generate a first output based on the analysis to facilitate user interaction with the application. The system may further include a primary generative AI subsystem that may be configured to receive the first outputs from the generative AI subsystems, determine dependency information among the applications based on the first outputs, and generate a second output based on at least the dependency information.

Abstract: Embodiments of the present invention provide a system for automatically identifying and mitigating exposures in software applications. The system is configured for identifying an exposure in a software application associated with an entity, determining a third party entity associated with the exposure in the software application, automatically identifying other software applications within the entity that are impacted by the exposure, identifying one or more exceptions associated with the exposure, generating an automatic workflow process to mitigate outcomes associated with the exposure in the software application and the other software application, and executing the automatic workflow process to mitigate outcomes associated with the exposure in the software application and the other software application.

Abstract: Systems, computer program products, and methods are described herein for protocol database generative interfacing via a multi-channel cognitive interaction platform. The present disclosure includes training a machine learning model, wherein the machine learning model comprises a generative machine learning model, and wherein the generative machine learning model is trained on entries of a protocol database, receiving, into a multi-channel cognitive interaction platform, an input of at least one of text, voice, and an image, detecting, using an aggregation engine, changes in the protocol database, detecting, using a relationship engine, dependencies in the protocol database comprising dependencies between the at least one protocol, and generating a generated output using the machine learning model.

Abstract: Systems, computer program products, and methods are described herein for location dependent instantaneous resource management. The present disclosure is configured to receive a user itinerary, wherein the user itinerary comprises a destination of a user; determine a real-time user location using a synchronized travel engine (STE); determine the user has arrived at the destination; generate a temporary account, wherein the temporary account is generated using the STE, and wherein the temporary account is generated based on local regulations of the destination; configure the temporary account to be communicatively coupled with at least a main account associated with the user; configure the user device to access the temporary account; and remove, in response to the user location leaving the destination, the temporary account, wherein removing the temporary account comprises deleting the temporary account and decoupling the temporary account from the main account.