Abstract: Disclosed is a contactless card, and a system in which the contactless card may be used. The contactless card may include a chip component, a communication interface, processing circuitry, and electromagnetic field sensing circuitry. The electromagnetic field sensing circuitry of the contactless card may be operable to provide orientation signals to the processing circuitry when the contactless card is in proximity to an oscillating electromagnetic field output by a card reader device. The processing circuitry of the contactless card may be operable to receive the orientation signals. An orientation of the contactless card with respect to the mobile device may be determined. An orientation indication signal may be generated based on the determined orientation, and a haptic indication, an audio indication, a visual indication or a combination directing movement of the contactless card in a particular direction may be output.

Abstract: A transaction card assembly may include a card body comprising a first face and a second face opposite the first face; a receiving portion formed on the first face of the card body; and a first removable magnetic strip assembly comprising a first magnetic strip and a first attachment portion. In a first configuration, the first removable magnetic strip assembly may be coupled to the card body via engagement between the first attachment portion and the first magnetic strip, and in a second configuration, the first removable magnetic strip assembly may be uncoupled from the card body by disengagement between the first attachment portion and the first magnetic strip. In the second configuration, the first removable magnetic strip assembly is configured for reuse with an additional card body, the additional card body being different than the card body.

Abstract: Disclosed is a transaction card may include a card body comprising a top surface and a bottom surface opposite the top surface, a chip secured to the top surface of the card body and configured to communicate wirelessly; a feedback element secured to the card body and including one or more tactile elements and a feedback sensor; and a feedback processor in communication with the chip and the feedback element. The feedback processor may, in response to receiving a signal from the feedback sensor indicative of the presence of a thumb or finger of a user on the feedback element and in response to receiving a signal from the chip, drive one or more of the one or more tactile elements to generate tactile feedback for the user.

Abstract: In some implementations, an intelligent medium selection device may receive, via a user interface, multiple wireless signals, wherein each wireless signal, of the multiple wireless signals, corresponds to a respective medium, of multiple mediums being presented at the user interface. The intelligent medium selection device may determine whether at least one medium, of the multiple mediums, is associated with a medium order priority profile. The intelligent medium selection device may determine, based on determining whether that at least one medium is associated with the medium order priority profile, a selected medium, of the multiple mediums, to be used for an electronic exchange of information. The intelligent medium selection device may execute the electronic exchange of information using the selected medium.

Abstract: A transaction card assembly may include a card body comprising a first face and a second face opposite the first face; a receiving portion formed on the first face of the card body; and a first removable magnetic strip assembly comprising a first magnetic strip and a first attachment portion. In a first configuration, the first removable magnetic strip assembly may be coupled to the card body via engagement between the first attachment portion and the first magnetic strip, and in a second configuration, the first removable magnetic strip assembly may be uncoupled from the card body by disengagement between the first attachment portion and the first magnetic strip. In the second configuration, the first removable magnetic strip assembly is configured for reuse with an additional card body, the additional card body being different than the card body.

Abstract: Systems and methods are described herein for novel uses and/or improvements to artificial intelligence applications. As one example, systems and methods are described for the use of an artificial intelligence-based solution in identifying fraudulent documents and/or other content. In particular, the systems and methods adapt the artificial intelligence-based solution to overcome the technical problem of insufficient training data and/or solutions that are commensurate with the time frame and resources available.

Abstract: Systems and methods of caller identity verification and notification are disclosed. In one embodiment, an exemplary computer-implemented method may include: configuring a notification application, executing at a first computing device associated with a first user, the first user associated with an entity; receiving, from the notification application executing on the first computing device, an indication when the first user initiates a particular call to a second user; determining an application associated with the entity and installed on the second computing device of the second user, the application having an icon displayed at a screen of the second computing device; and instructing the application, executing on the second computing device, when the second computing device has received the particular call from the first user, to update an appearance of the icon associated with the application to display an indicator with regard to that the first user is associated with the entity.

Abstract: In some implementations, a device may utilize a machine learning model to determine a set of candidate manufacturing entities associated with an exchange of an item. The device may cause a first automated action to be performed. The first automated action may include providing information identifying the set of candidate manufacturing entities to a device of a user that is associated with the exchange. The device may receive a response indicating the manufacturing entity associated with item. The device may identify a block in a blockchain associated with the manufacturing entity. The device may map the exchange information to the block to enable the item information associated with the item to be associated with the exchange.

Abstract: Aspects provided may allow for an entity to deactivate a virtual card number (VCN). In particular, aspects provide for deactivating VCNs based on a frequency or periodicity of an interaction. After deactivation, the entity may block future charges to the VCN. Further aspects provide for using incoming charge data sent to one or more previous users to train a machine learning model to determine the frequency or periodicity of the interaction. Additional aspects may also provide for including trial length when determining the deactivation date, providing VCN configuration options to a user, and notifying the user based on upcoming and current VCN status changes.

Abstract: Aspects described herein may allow for authenticating a user by generating a customized set of authentication questions based on patterns that are automatically detected and extracted from user data. The user data may include transaction data collected over a period of time. By automatically detecting user patterns that correspond to user behavior over a period of time, an authentication system may be able to generate information that is recognizable to an authentic user but difficult to guess or circumvent for any other user.

Abstract: A computer-implemented method may include: obtaining image data of a physical item, extracting, based on the image data, a portion of an account key and one or more of a plurality of items, identifying a custodian, transmitting at least one of the portion of the account key and the one or more of the plurality of items, and receiving a virtual certification number generated by the application programming interface based on the one of the portion of the account key and the one or more of the plurality of items and associated with the account.

Abstract: Disclosed embodiments may include a system for converting a physical meeting into a virtual meeting. The system may receive scheduling and location data associated with a first user. The system may determine whether the first user has an upcoming meeting at a physical location, and responsive to such determination, may determine a proximity of the first user to the upcoming meeting. The system may determine, by an MLM and based on the proximity, a probability that the first user will be late to the upcoming meeting. The system may determine whether the probability exceeds a predetermined threshold, and responsive to such determination, may convert the upcoming meeting to a virtual meeting by generating a virtual meeting link, and may transmit, to user device(s), a notification comprising the virtual meeting link.

Abstract: Described are systems and methods for determining a content element associated with sensitive information, including receiving a content element and locative data associated with the content element, determining whether the content element includes sensitive information, upon determining the content element includes sensitive information, encrypting the content element using DRM technologies to generate a DRM-protected content element via an application server; and causing to output, via a graphical user interface (“GUI”), the DRM-protected content element based on the locative data associated with the one or more content elements determined to include sensitive information.

Abstract: A method may include receiving, using a computing device, a first video (FV), the computing device including a first media query (FMQ) associated with a first size (FS) of a viewport and a first rule (FR) and a second media query (SMQ) associated with a second size (SS) of the viewport and a second rule (SR), and the FV being associated with a DRM technology (DRMT) and a first value of an attribute, the first value satisfying the FR. The method may include outputting the viewport at the FS and the FV to a display, the FV being configured to be presented within the viewport outputted to the display. The method may include detecting the SS of the viewport on the display, and transmitting a request for a second video associated with the DRMT and a second value of the attribute, the second value satisfying the SR.

Abstract: A method may include determining, using a browser module of a computing device, whether a content element representing a first portion of a webpage includes sensitive information. The computing device may include a secure display path. The method may include determining, using the browser module, whether the secure display path is enabled in response to determining that the content element includes the sensitive information. The method may include outputting, using the browser module, the content element to a display screen associated with the computing device via the secure display path, in response to determining that the secure display path is enabled. The method may further include outputting, using the browser module, a second portion of the webpage to the display screen associated with the computing device.

Abstract: A method may include receiving, using a browser module of a computing device, a decrypted video from a content decryption module, wherein the decrypted video is associated with a content element and a digital rights management technology. The method may include forming, using the browser module of the computing device, a HyperText Markup Language (HTML) element including the decrypted video. The method may include outputting, using an operating system of the computing device, the decrypted video of the HTML element to a display screen associated with the computing device. The method may include determining, using the operating system of the computing device, whether the outputted video is being played on the display screen. The method may also include transmitting, using the operating system of the computing device, the determination to the content decryption module.

Abstract: Described are systems and methods for dynamically protecting a digital rights management (“DRM”)-protected content element, including monitoring, via a browser module, on a first interval, DRM-protected media for impairment, the DRM-protected media having been caused to be output via a graphical user interface (“GUI”), wherein the DRM-protected media is associated with the DRM-protected content element, upon detecting impairment of the DRM-protected media, generating an indication of impairment via the browser module, based on the indication of impairment, obfuscating the DRM-protected content element via the browser module, and causing to output, via the GUI, the obfuscated DRM-protected content element.

Abstract: The present disclosure provides an exemplary method, system, and computing device that may include the steps of receiving a first indication that information of a user has been detected at one or more dark web resources; classifying the item of the compromised information into an information type category; receiving a permission indicator to detect communications by the computing device; receiving a second indication of a communication; receiving a third indication that the user engages an interaction with the communication; instructing the computing device to execute a technique to obtain data for the communication; receiving the data for the communication; determining the communication is a spam communication; determining a current information type category being discussed during the spam communication; making a determination that the current information type category corresponds to the information type category; and instructing a graphical user interface to display an alert to the user.

Abstract: A method may include receiving, using a browser module of a computing device, a video from an application server. The video may be associated with a content element and a digital rights management technology. The method may include forming, using the browser module, an HTML element including the video, and playing, using a video player of the computing device, the video of the HTML element on a display screen associated with the computing device. The method may include receiving, using the computing device, input data, and transmitting, using the computing device, the input data to the application server. The method may include receiving, using the computing device, a determination that the input data represents unexpected input data, from the application server. The method may include, in response to receiving the determination, causing, using the video player, the video of the HTML element to stop playing on the display screen.

Abstract: Systems and methods for overmolding a card are provided. A chip fraud prevention system include a device including a chip and a substrate. The chip may be at least partially encompassed in a chip pocket, and the substrate may be at least partially encompassed by the overmold.