Abstract: Various embodiments of the present disclosure provide an automated asynchronous decisioning process that improves the functionality of a computer in various aspects. The process may comprise receiving, an input data object that comprising a set of unstructured data elements and converting the input data object to a structured data object by (i) extracting, using an optical character recognition model, a set of input features from the input data object, (ii) generating, using a structuring ruleset, a structured data element based on the set of input features, and (iii) storing the structured data element within a polling queue and in association with the request identifier. The process may comprise receiving, from a polling component, a polling request and responsive to receiving the polling request, providing, to the polling component, at least one of the request identifier, the structured data element, or a conversion status for the structured data object.

Abstract: A computing system may obtain code for a query to a database from a first user. In response, the application may automatically perform an operation to determine a number of records of the database that would be accessed by executing the query on the database. The computing system may output, for display to the first user, the number of records of the database that would be accessed by executing the query on the database. The computing system may output, for display to the first user, a prompt for an acknowledgement of the number of records of the database that would be accessed. In response to receiving an indication of the acknowledgement by the first user of the number of records of the database that would be accessed, the computing system may output, for display to a second user, the code for the query for review by the second user.

Abstract: A computing system may obtain code for a query to a database from a first user. In response, the application may automatically perform an operation to determine a number of records of the database that would be accessed by executing the query on the database. The computing system may output, for display to the first user, the number of records of the database that would be accessed by executing the query on the database. The computing system may output, for display to the first user, a prompt for an acknowledgement of the number of records of the database that would be accessed. In response to receiving an indication of the acknowledgement by the first user of the number of records of the database that would be accessed, the computing system may output, for display to a second user, the code for the query for review by the second user.

Abstract: A computing system may obtain code for a query to a database from a first user. In response, the application may automatically perform an operation to determine a number of records of the database that would be accessed by executing the query on the database. The computing system may output, for display to the first user, the number of records of the database that would be accessed by executing the query on the database. The computing system may output, for display to the first user, a prompt for an acknowledgement of the number of records of the database that would be accessed. In response to receiving an indication of the acknowledgement by the first user of the number of records of the database that would be accessed, the computing system may output, for display to a second user, the code for the query for review by the second user.

Abstract: A method, system and computer program product for performing a financial transaction at a transaction host are disclosed. The method includes the step of receiving, at the transaction host, a first set of information from an electronic portable device. The method further includes the step of identifying an associated account of a user using an identifier from the first set of information, determining loyalty points accrued in the identified associated account; a value proportional to the loyalty points is then subtracted from a first transaction amount to give a second transaction amount. The financial transaction worth the second transaction amount is completed using the payment instrument details derived from the first set of information. The method also includes automatically creating an account for the user using the identifier when the user doesn't have any past transaction associated with the transaction host.