Abstract: An authentication method, network switch, and network device are provided. In one example, a method is described that includes receiving a first signal indicative of a data lane being activated and configured to carry data to or within the network switch, receiving a second signal indicative of an authentication lane being established in the network switch or a device connected to the network switch, where the authentication lane is different from the data lane, and enabling data transmission across the data lane only in response to receiving the second signal indicative of the authentication lane being established.

Abstract: A hardware controller for securing one or more parts of an MMI, the hardware controller may include a MMI interface configured to communicate with the MMI; a first security level (SL) processor interface configured to communicate with a first SL processor while maintaining the first SL; a second SL processor interface configured to communicate with a second SL processor while maintaining the second SL; wherein the second SL differs from the first SL; a configuration interface configured to receive configuration information that divides the MMI to one or first SL MMI areas and to one or more second SL MMI areas; and a controller core configured to control, based on the configuration information, (a) a communication between the first SL processor and the one or first SL MMI areas, and (b) a communication between the second SL processor and the one or second SL MMI areas.

Abstract: An authentication method, network switch, and network device are provided. In one example, a method is described that includes receiving a first signal indicative of a data lane being activated and configured to carry data to or within the network switch, receiving a second signal indicative of an authentication lane being established in the network switch or a device connected to the network switch, where the authentication lane is different from the data lane, and enabling data transmission across the data lane only in response to receiving the second signal indicative of the authentication lane being established.

Abstract: A mobile wallet for storing a digital asset, the mobile wallet may include a communication unit; a programmable logic device (PLD), a main controller, a secure element, and an anti-tamper unit that comprises one or more anti-tamper sensors. The secure element may be configured to store the digital asset. The communication unit may be configured to receive ingress traffic from outside the mobile wallet and to output egress traffic not blocked by the PLD. The PLD may be configured to monitor ingress traffic and egress traffic, and to determine whether to pass or block ingress messages of the ingress traffic and egress messages of the egress traffic. At least one of the main controller and the anti-tamper unit may be configured to detect a tamper attempt based on outputs of the one or more anti-tamper sensors. The main controller may be configured to assist in responding to a detected tamper attempt.

Abstract: A mobile wallet for storing a digital asset, the mobile wallet may include a communication unit; a programmable logic device (PLD); a main controller; and a secure element. The secure element may be configured to store the digital asset. The communication unit may be configured to receive ingress traffic from outside the mobile wallet and to output egress traffic not blocked by the PLD. The PLD may include a PLD machine learning module and a PLD firewall. The PLD machine learning module may be configured to detect an anomaly in at least one out of the ingress traffic and the egress traffic, and to send an anomaly indication to at least one out of the PLD firewall and the main controller. The PLD firewall may be configured to apply firewall rules on the ingress traffic and on the egress traffic. One or more entity of the main controller and the PLD firewall may be configured to assist in performing an anomaly alert responsive action in response to the anomaly indication.

Abstract: A mobile wallet for storing a digital asset, the mobile wallet may include a communication unit; a programmable logic device (PLD), a main controller, a secure element, and an anti-tamper unit that comprises one or more anti-tamper sensors. The secure element may be configured to store the digital asset. The communication unit may be configured to receive ingress traffic from outside the mobile wallet and to output egress traffic not blocked by the PLD. The PLD may be configured to monitor ingress traffic and egress traffic, and to determine whether to pass or block ingress messages of the ingress traffic and egress messages of the egress traffic. At least one of the main controller and the anti-tamper unit may be configured to detect a tamper attempt based on outputs of the one or more anti-tamper sensors. The main controller may be configured to assist in responding to a detected tamper attempt.

Abstract: A method of an Augmented Reality (AR) system includes detecting edges of an object of an image of a sequence through a scanning algorithm implemented on a data processing device of the AR system, and reducing overall time of the detection of the edges of the object in accordance with: in the first run of scanning the image, determining xH, xL and y for the object in a grayscale representation of the image, forming a virtual box around the determined xH, xL and y for the object, and scanning for the object solely within the formed virtual box in a subsequent run of the scanning of the image. Further, the method includes enabling separation of a background from the object in the image based on the scanning algorithm implementing the detection of the edges of the object.

Abstract: A method includes monitoring a use of a cable assembly that includes a communication cable terminated by a termination module. Data indicative of the use is written to a writeable non-volatile memory in the termination module. The use of the cable assembly is acted upon by reading the data from the non-volatile memory.

Abstract: The present invention relates to a floatable transportation and installation structure for transportation and installation of an essentially fully assembled and erected floating wind turbine, wherein said transportation and installation structure is comprising securing means for detachably and temporarily securing the floatable transportation and installation structure to the erected floating wind turbine in such a way that the floating wind turbine is stabilized and can be moved by moving the transportation and installation structure. Further, the invention relates to a floating wind turbine comprising securing counter means connectable to securing means of a floatable transportation and installation structure according to the before mentioned kind and to a method of transportation and installation of such a floating wind turbine.

Abstract: The present invention relates to a floatable transportation and installation structure for transportation and installation of an essentially fully assembled and erected floating wind turbine, wherein said transportation and installation structure is comprising securing means for detachably and temporarily securing the floatable transportation and installation structure to the erected floating wind turbine in such a way that the floating wind turbine is stabilized and can be moved by moving the transportation and installation structure. Further, the invention relates to a floating wind turbine comprising securing counter means connectable to securing means of a floatable transportation and installation structure according to the before mentioned kind and to a method of transportation and installation of such a floating wind turbine.

Abstract: A method includes monitoring a use of a cable assembly that includes a communication cable terminated by a termination module. Data indicative of the use is written to a writeable non-volatile memory in the termination module. The use of the cable assembly is acted upon by reading the data from the non-volatile memory.

Abstract: A method includes monitoring a use of a cable assembly that includes a communication cable terminated by a termination module. Data indicative of the use is written to a writeable non-volatile memory in the termination module. The use of the cable assembly is acted upon by reading the data from the non-volatile memory.

Abstract: A method includes monitoring a use of a cable assembly that includes a communication cable terminated by a termination module. Data indicative of the use is written to a writeable non-volatile memory in the termination module. The use of the cable assembly is acted upon by reading the data from the non-volatile memory.

Abstract: An adapter includes a mechanical frame, which is configured to be inserted into a four-channel Small Form-Factor Pluggable (SFP) receptacle and to receive inside the frame a single-channel SFP cable connector. First electrical terminals, held by the mechanical frame, are configured to mate with respective first pins of the receptacle. Second electrical terminals, held within the mechanical frame, are configured to mate with respective second pins of the connector. Circuitry couples the first and second electrical terminals so as to enable communication between the connector and one channel of the receptacle while terminating the remaining channels of the receptacle.

Abstract: An adapter includes a mechanical frame, which is configured to be inserted into a four-channel Small Form-Factor Pluggable (SFP) receptacle and to receive inside the frame a single-channel SFP cable connector. First electrical terminals, held by the mechanical frame, are configured to mate with respective first pins of the receptacle. Second electrical terminals, held within the mechanical frame, are configured to mate with respective second pins of the connector. Circuitry couples the first and second electrical terminals so as to enable communication between the connector and one channel of the receptacle while terminating the remaining channels of the receptacle.