Truist Bank

Noel Ciminello

Murali Mohanan

Wire-transfer requests processed in wire-transfer environments can be monitored. For example, a computing device can monitor communication channels between a wire-transfer application that can perform wire transfers and other applications. The other applications can include a wire-initiating application that can transfer wire-transfer requests to the wire-transfer application and a wire-reporting application that can generate reporting data for the wire-transfer requests. The computing device can detect an error with respect to the wire-transfer requests or the reporting data transmitted via the communication channels. In response to detecting the error, the computing device can generate an error notification comprising a description of the error to output for use in resolving the error.

Error detection for wire-transfer requests in wire-transfer applications in a computing environment

Computing environments can perform batch approval of batch interaction requests according to some aspects described herein. For example, a processing device can receive a batch of interaction requests from one or more client devices. Prior to performing the requested interactions, the processing device can assign a validation identification number to each interaction request based on an identified validation process for that interaction request. The validation identification number can indicate that the identified validation process is to be performed for that interaction request. The processing device can also assign a batch identification number to each interaction request in the batch. In response, the processing device can automatically validate all interaction requests in the batch substantially contemporaneously using one or more validation processes associated with interactions in the batch.

Batch approval for interaction requests in a computing environment

Computing environments can translate protocols for wire requests received from third-party applications according to some aspects described herein. For example, a processing device can receive a wire request transmitted from a first wire-transfer application. The wire request can be provided from the first wire-transfer application according to a first protocol via a first interface. The processing device can generate a translated wire request that is compatible with a second protocol associated with a second interface for a second wire-transfer application. The wire request can be translated to the second protocol based on characteristics of the wire request. The processing device can transmit the translated wire request to the second wire-transfer application, which can generate an automated process for processing the translated wire request. The automated process can be executed before a wire requested by the wire request is performed between two entities.

Translating protocols for wire requests in a computing environment

Computing environments can enable user initiation of wire-transfer application functionalities according to some aspects described herein. For example, a selection by a user of an option in a graphical user interface can be detected. The option can be for initiating a selected functionality of a wire-transfer application in a computing environment, and the user may not be authorized in the computing environment to interact with the wire-transfer application outside of the graphical user interface. In response, a text file can be generated that includes data identifying the selected functionality. The text file can be stored in a predefined storage location that is monitored by the execution service. The execution service can automatically detect a presence of the text file in the predefined storage location. In response, the execution service can automatically issue a command to the wire-transfer application for causing the wire-transfer application to execute the selected functionality.

Graphical user interface and execution service for enabling limited-privilege users to control wire-transfer application functions in a secure computing environment

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North Dartmouth, MA, United States of America

Noel Ciminello