Abstract:
A system for securely distributing and managing resources includes a smart device, a resource management device, and a third party system, each having communication interfaces, and memory device, and processing device. In the resource management device, the processing device is configured to: receive from a smart device a set of smart device data via the smart device communication interface; detect within the set of smart device data a subset of data associated with a failure condition of the smart device; and communicate a set of instruction information to a third party system, wherein the instruction information is usable by the third party system to initiate a targeted communication between a host entity system associated with the smart device and the custodian such that maintenance, repair, and/or replacement of the smart device can be effectuated.
Abstract:
A system for automatically filtering and aggregating plural smart device usage and diagnostic data includes a smart device, a resource management device, and a third party system, each having communication interfaces, memory devices, and processing devices. In the resource management device, one or more sets of smart device data, such as usage profiles and/or diagnostic information, is filtered to create an extracted data set, which can be communicated to a third party system to initiate communication between a device custodian, the third party system, host entity systems associated with one or more smart device, and other system participants associated with a particular smart device or multiple smart devices.
Abstract:
A system for securely distributing resources includes a smart device, a resource distribution device and a third party system each having communication interfaces, a memory device and a processing device. In the resource distribution device the processing device is configured to: communicate host information with a smart device associated with a host entity system via a smart device communication interface; and communicate resource distribution information to a third party system via a network communication interface. In the third party system the processing device is configured to: receive resource distribution information from a resource distribution device in communication with a smart device associated with a host entity system where the resource distribution information is usable to distribute a resource to the host entity system; and distribute the resource to the host entity system based on the resource distribution information.
Abstract:
A closed-loop system is operatively connected with a block chain distributed network for using the block chain distributed network for facilitating operation of a transaction record sharing system between member institutions comprising a host system and a source system. Host and source institutions function to share the transaction records from member institutions such that a host institution that is a member of the block chain may obtain the transaction records of all source institutions of the block chain. The transaction records are validated on the block chain such that the transaction records are secure represent a source of truth.
Abstract:
Aspects of the present disclosure are directed to electronic data transfer methods and systems for multiple recipient destination processing. A plurality of computer readable memory locations in a computer readable database associated with a first entity computer system is maintained. Electronically, via a computer-based data communications network, an instruction is received for electronic data transfer EDI data payload including a stored value data attribute, and data transfer request attribute, and a first recipient destination and a second recipient destination; wherein the first recipient destination and the second recipient destination are associated with different recipient virtual memory locations. Responsive to the data transfer request attribute request being extracted, EDI data payload associated with the stored value data attribute to the first recipient destination and the second recipient destination is transmitted.
Abstract:
A heightened level of security is provided in a computing platform by monitoring usage of applications and/or services residing on or accessible to a computing platform to determine abnormal usage patterns. In response to determining an abnormal pattern of usage, the user is required to provide biometric data, such as voice data, facial feature data, fingerprint data or the like, as a means of authenticating the user. The abnormal pattern of usage may be determined dynamically by comparing current usage patterns to known user baseline usage patterns. Alternatively, the abnormal pattern of usage is predefined, such as the resetting of passwords in a predefined number of applications and/or services over a predefined period of time.
Abstract:
Embodiments of the present invention provide a system for embedding extractable metadata elements within a channel-agnostic layer of audio-visual content. The system is configured for receiving a content file, determining products displayed in the content file, and delivering resource metadata related to the products displayed in the content file in an interactive and secure manner. The invention may further include various ways in which to automatically display resource metadata in an intuitive manner in conjunction with streaming the content file to a user device via one or more platforms or channels.
Abstract:
Systems, computer program products, and methods are described herein for digital and/or physical object transfer in an extended reality environment. The system may include an extended reality platform, where a user may select a transaction associated with a third party system. When the transaction includes a physical object, the system may use a machine learning engine or an image processing technique to generate a virtual rendering of the object and may allow the user to select a variety of interaction options associated with the object. The system may further establish wireless communication channels with secondary third party systems associated with the selected interaction options. As such, the system may display, via the extended reality platform, information associated with the secondary third party system to the user.
Abstract:
Systems, computer program products, and methods are described herein for dynamic communication channel switching based on preconfigured network security protocols. The present invention is configured to receive, from a first user input device, a request to access resources via a first communication channel; determine, using a network device configuration monitoring engine, device configuration parameters associated with the first user input device; determine configuration requirements associated with the first communication channel; determine that the device configuration parameters associated with the first user input device does not meet the configuration requirements associated with the first communication channel; trigger a channel switch engine; determine, using the channel switch engine, that the device configuration parameters associated with the first user input device meets configuration parameters associated with a second communication channel; and authorize the first user input device to access the resources via the second communication channel.
Abstract:
Embodiments of the present invention provide a secure edge device for contactless resource distribution and resource crediting from an automobile. In this way, the edge device may be affixed to or embedded within the side or the mirror of an automobile and be able to communicate with a third party device using near field communication. Upon authentication of a user, the edge device may communicate with the third party to transmit and present data about the resource distribution to the automobile display. The system allows for the user to select the resource distribution via the automobile display and provide a completion of resource distributions.