Abstract: Provided is a system for self-service energy refilling having an image recognition device, a mobile device, a terminal computer device, a cloud server device, and an energy refilling device including an energy refilling nozzle. The image recognition device acquires and transmits vehicle entrance information of a vehicle parked in the driveway. The mobile device processes and transmits transaction information. The terminal computer device receives and transmits the vehicle entrance information from the image recognition device. The cloud server device receives the transaction information from the mobile device and the vehicle entrance information from the terminal computer device, thereby validating the mobile device and the vehicle to generate and transmit an energy refilling instruction. The energy refilling device receives the energy refilling instruction from the cloud server device or the vehicle entrance information from the image recognition device to unlock the energy refilling nozzle.

Abstract: Securely granting access to a target system to a user is disclosed. A plurality of security policies is requested from a plurality of distributed policy systems. A plurality of security policies is obtained from the plurality of distributed policy systems. A temporary grant of access that is an aggregate of the plurality of security policies is granted. The temporary access grant is implemented for the user.

Abstract: Auditing a communication is disclosed. Credentials are received from a client. It is determined whether the client is authorized to communicate with a remote resource. If it is determined that the communication with the remote resource is allowed, a communication is forwarded from the local resource to the remote resource.

Abstract: Communicating with a plurality of networks is disclosed. One or more credentials is provided to a first gatekeeper of a first network. One or more credentials is provided to a second gatekeeper of a second network. A session is maintained with the first gatekeeper. A second session is simultaneously maintained with the second gatekeeper.

Abstract: Securing a network is disclosed. A monitored session between a client and a network resource is provided. It is determined whether the client is attempting an authorized command. If the command is determined to be unauthorized, the command is intercepted. Optionally, remedial action is taken if it is determined that the client is attempting an unauthorized command.

Abstract: Communicating with a plurality of networks is disclosed. One or more credentials is provided to a first gatekeeper of a first network. One or more credentials is provided to a second gatekeeper of a second network. A session is maintained with the first gatekeeper. A second session is simultaneously maintained with the second gatekeeper.

Abstract: A technique for securely granting access to a target system to a user includes requesting a plurality of security policies from a plurality of distributed policy systems. It further includes obtaining a plurality of security policies from the plurality of distributed policy systems. It further includes granting a temporary grant of access that is an aggregate of the plurality of security policies. It further includes implementing the temporary access grant for the user.

Abstract: Auditing a communication is disclosed. Credentials are received from a client. It is determined whether the client is authorized to communicate with a remote resource. If it is determined that the communication with the remote resource is allowed, a communication is forwarded from the local resource to the remote resource.

Abstract: Securing a network is disclosed. A monitored session between a client and a network resource is provided. It is determined whether the client is attempting an authorized command. If the command is determined to be unauthorized, the command is intercepted. Optionally, remedial action is taken if it is determined that the client is attempting an unauthorized command.

Abstract: Auditing a communication is disclosed. Credentials are received from a client. It is determined whether the client is authorized to communicate with a remote resource. If it is determined that the communication with the remote resource is allowed, a communication is forwarded from the local resource to the remote resource.

Abstract: Embodiments of the disclosed technology allow for the control, monitoring, and/or configuration of specialized hardware devices with proprietary interfaces from a central interface capable of interacting with one or a plurality of specialized hardware devices via respective proprietary interfaces. Such embodiments are especially useful in controlling medical equipment, such as radiology equipment at a central and/or remote location, where otherwise, only a proprietary interface at a proximate location could be used to do same.

Abstract: Embodiments of the disclosed technology include a method and device for obtaining screenshots of active windows of a video output based upon non-printable keyboard input and/or a change in active window. Upon such a still image being obtained, printable text characters entered between the time of a prior-taken still image (or since the method began to be carried out) and the time of the still image gleaning, are associated with the still image. The printable text is searchable, with results returning a still image. Such a method can be used to view the operation of a remote computer via still images of its video output, or the like.

Abstract: Embodiments of the disclosed technology comprise an intermediary device with an efficient methodology for providing secure remote access for medical equipment diagnostics. This device and method of use provides tools to enable proprietary and legacy medical equipment, including those without interoperability capabilities, to be available for maintenance and diagnostics, remotely. A remote technician can “reach in” via secure access to calibrate machine components, retrieve error logs, or upgrade configuration files—all of which can be achieved through an extensive set of functions that are agnostic to the brand, make, and model of the failing or diagnosed medical equipment.

Abstract: Embodiments of the disclosed technology allow for the control, monitoring, and/or configuration of specialized hardware devices with proprietary interfaces from a central interface capable of interacting with one or a plurality of specialized hardware devices via respective proprietary interfaces. Such embodiments are especially useful in controlling medical equipment, such as radiology equipment at a central and/or remote location, where otherwise, only a proprietary interface at a proximate location could be used to do same.

Abstract: Systems and methods are provided for an online purchasing system. The online system includes business logic for approving a purchase requisition having a plurality of itemized goods and service and requiring approval by a plurality of authorized approvers on a line item by line item basis. An approval table defining identified authorized approver and conditions under which the authorized approvers must approve specified line items in a particular purchase request is generated by the online purchasing system to enable approvers of the purchase requisition to monitor the status of the particular purchase request. The online purchasing system through extracting business logic identified a second group of authorized approver and conditions under which the authorized approvers must approve specified line items.