Abstract: Methods, systems, computer-readable media, and apparatuses for dynamically generating patient-facing mobile interfaces based on healthcare data retrieved from secure medical information systems are presented. A computing platform may receive, from a first patient mobile device, a first request for a first link comprising a first unique token. Responsive to receiving the first request for the first link comprising the first unique token, the computing platform may load one or more patient-specific records associated with the first link comprising the first unique token. Subsequently, the computing platform may generate a first mobile explanation-of-benefits user interface based on the one or more patient-specific records associated with the first link comprising the first unique token.

Abstract: Methods, systems, computer-readable media, and apparatuses for using event tokens to track and control inter-system processing events associated with medical-related data are presented. A computing platform may receive adjudication information and generate an event token associated with a post-adjudication event. Subsequently, the computing platform may store the event token, generate an adjudication notification for a patient mobile device, and send the adjudication notification to the patient mobile device. Thereafter, the computing platform may receive a tokenized request and may generate and send a post-adjudication user interface associated with the post-adjudication event to the patient mobile device. Thereafter, the computing platform may receive post-adjudication response data and may generate a formatted command directing a remote event processing server to complete the post-adjudication event.

Abstract: A lottery ticket sales system serves a multiplicity of facilities, each having a plurality of point-of-sale locations. Sales are expedited by cards customized for individual customers only with desired wager data in machine-readable form to identify repeated purchases. Terminals at point-of-sale locations in a facility are coupled to a facility play center for interfacing a remote central computer through telephone communications. Cards, void of individual data, are prepared by the play centers. Terminals receive cards for cooperation with a facility play center to formulate an order data pocket communicated to the central computer. Contemplated purchase data packets are supplied from the central computer for actuating source terminals to display a purchase value for approval or rejection. Approved purchases prompt the terminal to issue one or more lottery tickets with the recorded wager data.

Abstract: Remotely located lottery terminals, for operation by purchasers of lottery tickets, are adapted to be coupled by telephone to each other and to a central host computer as for verification of tickets by storing backup lottery data. Individual terminals are self-sufficient to approve ticket sales, issue tickets, encrypt data, register data and verify winners. Tickets are sold by terminals on the basis of various payment forms, e.g. cash, credit cards and payslips. One aspect of security in the relationship between the host computer and the remote terminals is provided by monitoring for operating anomalies, as a disconnected terminal, format irregularities or identification failures. Detection of an anomaly prompts corrective action, e.g. commanding a fresh call, realigning data or calling numbers for identification confirmation, as by use of ANI calling number identification.