Abstract: Systems, computer products, and methods are described herein for improvements for identifying if an interaction between a user and an entity have been misappropriated. A classical computer may be utilized to analyze data inputs related to a particular interaction and to determine if the interaction is potentially misappropriated based on a trigger activated by one or more of the inputs. If the classical computer identifies that the interaction is potentially misappropriated, then the inputs may be provided to a quantum optimizer to analyze the inputs in greater depth in order to provide a more in depth analysis of the interaction. Because the quantum optimizer is able to analyze more inputs than a classical computer it can provide a more accurate analysis of the interaction. For example, the quantum optimizer assigns qubits to the inputs and analyzes the inputs to determine if the potentially misappropriated interaction is likely misappropriated or not.

Abstract: Embodiments of the invention are directed to a control device for aggregation of machine-initiated resource distribution. The invention is a control device that links user associated smart devices. The control device generates code to extract data from the smart devices and control the communications disseminated from and received by the smart device from third parties. In this way, the control device prevents smart devices from communicating with third party systems and from third party systems from communicating directly with the smart devices. Thus, fixing the technical challenges within a current network including the need to consolidate and aggregate data across smart devices associated with the user, the need to control and manage the flow of data packets from smart devices to third parties (privacy, filtering, protection), and the need to easily track and refresh an inventory of smart devices.

Abstract: Systems, computer products, and methods are described herein for improvements for identifying if an interaction between a user and an entity have been misappropriated. A classical computer may be utilized to analyze data inputs related to a particular interaction and to determine if the interaction is potentially misappropriated based on a trigger activated by one or more of the inputs. If the classical computer identifies that the interaction is potentially misappropriated, then the inputs may be provided to a quantum optimizer to analyze the inputs in greater depth in order to provide a more in depth analysis of the interaction. Because the quantum optimizer is able to analyze more inputs than a classical computer it can provide a more accurate analysis of the interaction. For example, the quantum optimizer assigns qubits to the inputs and analyzes the inputs to determine if the potentially misappropriated interaction is likely misappropriated or not.

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: Systems for detecting potential disruptions in operation of the system and identifying and executing appropriate responses to mitigate impact of the system disruption are provided. In some examples, a computing platform may generate one or more machine learning datasets. The machine learning datasets may be generated based on data from various sources. In some arrangements, one or more content streams may be received and/or processed. The content streams may include data related to a current operating status of a system, current internal conditions and/or current external conditions. The content stream data may be used to determine a likelihood of a system disruption. Upon determining a likelihood of a system disruption, one or more potential responses may be generated. The potential responses may then be prioritized or ranked to identify a response that is most likely to be beneficial if executed. The system may then execute one or more of the identified responses.

Abstract: Embodiments of the invention are directed to a system, method, or computer program product for aggregation of machine-initiated resource distribution. The invention generates a smart device portal for linkage of user associated smart devices. The portal generates code to extract data from the smart devices and control the communications disseminated from and received by the smart device from third parties. Thus, the generated portal and coded stored signal fixes the technical challenges within the current network including the need to consolidate and aggregate data across smart devices associated with the user, the need to control and manage the flow of data packets from smart devices to third parties (privacy, filtering, protection), and the need to easily track and refresh an inventory of smart devices in a manner that allows key data to remain associated with the user while the user's inventory, device associations, and personal/business associations change over time.

Abstract: Embodiments of the invention are directed to a control device for aggregation of machine-initiated resource distribution. The invention is a control device that links user associated smart devices. The control device generates code to extract data from the smart devices and control the communications disseminated from and received by the smart device from third parties. In this way, the control device prevents smart devices from communicating with third party systems and from third party systems from communicating directly with the smart devices. Thus, fixing the technical challenges within a current network including the need to consolidate and aggregate data across smart devices associated with the user, the need to control and manage the flow of data packets from smart devices to third parties (privacy, filtering, protection), and the need to easily track and refresh an inventory of smart devices.

Abstract: Embodiments of the invention are directed to a system, method, or computer program product for aggregation of machine-initiated resource distribution. The invention generates a smart device portal for linkage of user associated smart devices. The portal generates code to extract data from the smart devices and control the communications disseminated from and received by the smart device from third parties. Thus, the generated portal and coded stored signal fixes the technical challenges within the current network including the need to consolidate and aggregate data across smart devices associated with the user, the need to control and manage the flow of data packets from smart devices to third parties (privacy, filtering, protection), and the need to easily track and refresh an inventory of smart devices in a manner that allows key data to remain associated with the user while the user's inventory, device associations, and personal/business associations change over time.

Abstract: A system for securely distributing resources includes a smart device and a third party system each having a network communication interface, a memory device and a processing device. In the smart device the processing device is configured to: communicate host information from the smart device to an associated host entity system; and communicate resource distribution information from the smart device to a third party system. The resource distribution information is usable by the third party system to securely distribute a resource from the third party system to the host entity system. In the third party system the processing device is configured to: receive resource distribution information from the smart device where the resource distribution information is used 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 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 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: Systems and methods that facilitate operational risk and control analysis of an organization may include receiving a plurality of key risks and the plurality of key risks identify operational risks of an organization. A plurality of sets of data is received from a plurality of data providers, and the plurality of the sets of data comprise information associated with a plurality of business units in the organization. Each set of data is associated with a key risk, and the plurality of the sets of data is compiled based on the key risk. The compiled data is quantified, and quantifying the integrated data comprises weighting the compiled data according to the key risk. The quantified data is stored to facilitate risk analysis.

Abstract: A cremated remains container display and racking system has a pair of columns each having a back face, a front face and a flange with a plurality of bores. A pair of strips with a flat rear face and an outer face are adapted to be positioned over the flange of the columns. A plurality of urns have a front display face, a pair of side faces, a sealable bottom face, a rear face and a sealable cap. The display face has decorative indicia and a permanent picture thereon. The rear face has a pair of flanges projecting from the sides. A plurality of fasteners are adapted to couple the strips to the flanges of the urn to the interior flanges of the columns thus forming the display system.

Abstract: An imaging system is disclosed. A housing has an interior chamber and a door. A press has a base fabricated of a rigid material and with an upper surface. The press has a raisable platen with a lower surface fabricated of a resilient material. A support plate is positionable on the upper surface of the base for the receipt of an object. A transfer sheet has printing material positioned upon the object. Drive mechanisms urge the platen downwardly into contact with the transfer sheet with the object, plate and base there beneath. Heating components located within the platen generate heat. Cooling components located within the base lower the temperature of the object after the transfer of images.

Abstract: An imaging system is disclosed. A housing has an interior chamber and a door. A press has a base fabricated of a rigid material and with an upper surface. The press has a raisable platen with a lower surface fabricated of a resilient material. A support plate is positionable on the upper surface of the base for the receipt of an object. A transfer sheet has printing material positioned upon the object. Drive mechanisms urge the platen downwardly into contact with the transfer sheet with the object, plate and base there beneath. Heating components located within the platen generate heat. Cooling components located within the base lower the temperature of the object after the transfer of images.

Abstract: A pressurizable container has a removable cover. The removable cover has locking elements to maintain the cover sealed to the container when the container is pressurized. The locking device is a piston received in a cylinder, and the cylinder communicates with the interior of the container. When the container is pressurized, the pressure fluid forces the piston and its associated locking bolt into a position such that the bolt passes through a wall of the container and a wall of the removable cover, locking the cover to the container. It is also possible to draw a vacuum on the container when the container is used as a sterilizing device.

Abstract: A bottle, dispensing and contents preservation apparatus has a dispensing nozzle provided with structures for locking the dispenser nozzle to a bottle neck to reduce accidental release of the dispenser when the container is pressurized. The source of pressurizing fluid may be from a manifold, connected to a large source of pressurized gas, a cylinder of pressurized gas or a disposable gas cartridge.