Abstract: A method for controlling people flow within a control area using one or more UWB detection device(s) associated with the control area, comprising the steps of: executing ultra-wideband transmissions with an authentication device using one or more ultra-wideband transceiver(s) of the UWB detection device(s); determining, by the UWB detection device(s), a location of the authentication device relative to one or more checkpoint(s) within the control area by processing signal properties of the one or more ultra-wideband transmissions; identifying the authentication device; determining access rights data associated with the authentication device; and generating flow control data based on the access rights data and based on the location of the authentication device.

Abstract: A method for supervising a control area comprising: a first tracking process using UWB detection device(s) and a second tracking process using secondary detection device(s). The first tracking process comprises: executing ultra-wideband transmissions with UWB-enabled authentication device(s); determining successive positions of the UWB-enabled authentication device(s); and determining movement trajectory(s) of the UWB-enabled authentication device(s) within the control area. The second tracking process comprises: detecting occupant(s) within the control area; determining successive positions of detected occupant(s) within the control area; and determining movement trajectory(s) of occupant(s) based on their successive positions. The movement trajectory(s) of the UWB-enabled authentication device(s) are correlated with the movement trajectory(s) of detected occupant(s). Based on the correlation, an association of UWB-enabled authentication device(s) with detected occupant(s) is generated.

Abstract: An access control terminal (1), comprising an electronic circuit (11) and an ultra-wide-band transceiver (10) connected to the electronic circuit (11) wherein the electronic circuit (11) exchanges messages with a mobile device (2) to determine a distance (d) of the mobile device (2) from the access control terminal (1), and to transmit to the mobile device (2) one or more update messages configured to update access rights data in the mobile device (2), if the mobile device (2) is within the pre-determined proximity range (P).

Abstract: A method for controlling access within a secure control area using an access control device communicatively connected to one or more barrier(s) arranged within the secure control area, the method comprising: executing ultra-wideband transmissions with authentication device(s) using one or more ultra-wideband transceiver(s) of the access control device; detecting, by a processing unit of the access control device, entry and/or exit of the authentication device(s) (100) through the barrier(s) by processing signal properties of the one or more ultra-wideband transmissions and operating the barrier(s)—by the access control device—in a first mode of operation; switching operation of the barrier(s) by the access control device—from the first mode of operation into a second mode of operation upon determining a last exit of any authentication device from the secure control area.

Abstract: For communicating between an Internet of Things (IoT) device and a remote computer system, the IoT device may transmit an upload data message via a close range communication circuit to a mobile communication device, for forwarding to the remote computer system. The remote computer system may receive the upload data message via a mobile radio communication network and store an address of the mobile communication device, as a communication relay address for the IoT device. The remote computer system may transmit a download data message via the mobile radio communication network to the communication relay address, for forwarding to the IoT device. The IoT device may receive the download data message from the remote computer system, as forwarded by the mobile communication device via the close range communication circuit.

Abstract: A security control module for controlling access through a passageway of a secure control area, comprising an ultra-wideband transceiver configured to establish an ultra-wideband transmission with a mobile device and a processing unit configured to determine a first distance between the security control module and the mobile device by processing signal properties of the ultra-wideband transmission. The security control module is configured to receive a second distance from a further security control module arranged at a spacing distance apart, the second distance being indicative of a distance between the further security control module and the mobile device. The processing unit is configured to determine the relative position of the mobile device with respect to the security control module based on the first and second distance.

Abstract: A key fob, comprising an electronic communication circuit, a processor, and a battery configured to power the electronic communication circuit and the processor, further comprises: a communication module for exchanging data with an external electronic communication device, an access control module for exchanging access control data with an external electronic access control device, and a user activatable operating element which activates the communication module, or the access control module, depending on actuation of the operating element by a user.

Abstract: For communicating between an Internet of Things (IoT) device and a remote computer system, the IoT device may transmit an upload data message via a close range communication circuit to a mobile communication device, for forwarding to the remote computer system. The remote computer system may receive the upload data message via a mobile radio communication network and store an address of the mobile communication device, as a communication relay address for the IoT device. The remote computer system may transmit a download data message via the mobile radio communication network to the communication relay address, for forwarding to the IoT device. The IoT device may receive the download data message from the remote computer system, as forwarded by the mobile communication device via the close range communication circuit.

Abstract: For communicating between an Internet of Things (IoT) device and a remote computer system, the IoT device transmits an upload data message via a close range communication circuit to a mobile communication device, for forwarding to the remote computer system. The remote computer system receives the upload data message via a mobile radio communication network and stores an address of the mobile communication device, as a communication relay address for the IoT device. The remote computer system transmits a download data message via the mobile radio communication network to the communication relay address, for forwarding to the IoT device. The IoT device receives the download data message from the remote computer system, as forwarded by the mobile communication device via the close range communication circuit.

Abstract: Device, method, and computer program product for access control, the device comprising an ultra-wideband transceiver (12) connected to a first electronic circuit (11); wherein the first electronic circuit (11) is configured to activate (S1) periodically the ultra-wideband transceiver (12) to receive ultra-wideband transmissions (T) from a mobile device (2), upon reception (S2) of an ultra-wideband transmission (T) from a mobile device (2), to activate the ultra-wideband transceiver (12) to transmit (S3) to the mobile device (2) a reguest message and to receive (S5) from the mobile device (2) a response message, to determine (S6) a distance (d) of the mobile device (2) from the access control terminal (1), using the response message, and to execute access control, if the mobile device (2) is within a pre-determined proximity range (P).

Abstract: A key fob, comprising an electronic communication circuit, a processor, and a battery configured to power the electronic communication circuit and the processor, further comprises: a communication module for exchanging data with an external electronic communication device, an access control module for exchanging access control data with an external electronic access control device, and a user activatable operating element which activates the communication module, or the access control module, depending on actuation of the operating element by a user.

Abstract: Method, device and system for data transfer between a mobile device (3) and a reader device (2), the method of data transfer comprising: transmitting (S3) a request value from an ultra-wideband communications module (1) to the reader device (2); determining (S4) a distance between the ultra-wideband communications module (1) and the reader device (2); generating (S5) a validation value in the reader device using the request value and transmitting (S6) the validation value from the reader device (2) to the mobile device (3), if the distance is smaller than a predefined value; verifying (S7), in the mobile device (3), the validation value; and enabling (S8), in the mobile device (3), further data transfer (S9) between the mobile device (3) and the reader device (2), upon affirmative verifying of the validation value.

Abstract: A key fob, comprising an electronic communication circuit, a processor, and a battery configured to power the electronic communication circuit and the processor, further comprises: a communication module for exchanging data with an external electronic communication device, an access control module for exchanging access control data with an external electronic access control device, and a user activatable operating element which activates the communication module, or the access control module, depending on actuation of the operating element by a user.

Abstract: Device, method, and computer program product for access control, the device comprising an ultra-wideband transceiver (12) connected to a first electronic circuit (11); wherein the first electronic circuit (11) is configured to activate (S1) periodically the ultra-wideband transceiver (12) to receive ultra-wideband transmissions (T) from a mobile device (2), upon reception (S2) of an ultra-wideband transmission (T) from a mobile device (2), to activate the ultra-wideband transceiver (12) to transmit (S3) to the mobile device (2) a reguest message and to receive (S5) from the mobile device (2) a response message, to determine (S6) a distance (d) of the mobile device (2) from the access control terminal (1), using the response message, and to execute access control, if the mobile device (2) is within a pre-determined proximity range (P).

Abstract: Method, device and system for data transfer between a mobile device (3) and a reader device (2), the method of data transfer comprising: transmitting (S3) a request value from an ultra-wideband communications module (1) to the reader device (2); determining (S4) a distance between the ultra-wideband communications module (1) and the reader device (2); generating (S5) a validation value in the reader device using the request value and transmitting (S6) the validation value from the reader device (2) to the mobile device (3), if the distance is smaller than a predefined value; verifying (S7), in the mobile device (3), the validation value; and enabling (S8), in the mobile device (3), further data transfer (S9) between the mobile device (3) and the reader device (2), upon affirmative verifying of the validation value.

Abstract: For communicating between an Internet of Things (IoT) device and a remote computer system, the IoT device transmits an upload data message via a close range communication circuit to a mobile communication device, for forwarding to the remote computer system. The remote computer system receives the upload data message via a mobile radio communication network and stores an address of the mobile communication device, as a communication relay address for the IoT device. The remote computer system transmits a download data message via the mobile radio communication network to the communication relay address, for forwarding to the IoT device. The IoT device receives the download data message from the remote computer system, as forwarded by the mobile communication device via the close range communication circuit.

Abstract: A key fob, comprising an electronic communication circuit, a processor, and a battery configured to power the electronic communication circuit and the processor, further comprises: a communication module for exchanging data with an external electronic communication device, an access control module for exchanging access control data with an external electronic access control device, and a user activatable operating element which activates the communication module, or the access control module, depending on actuation of the operating element by a user.

Abstract: For managing application data of different contactless card applications for a plurality of mobile communication devices (2), a card emulation module and application data for contactless card applications are transferred (S2, S3) by a computer system (1) to one of the mobile communication devices (2). The card emulation module is configured to control the mobile communication device (2) to emulate a contactless card module and to execute data transactions (S6, S7) via a close range wireless communication interface of the mobile communication device (2) using the application data. The computer system (1) maintains (S20, S30, S40, S50, S60) for the mobile communication devices (2) a card database with representations of the card emulation modules and their application data. The computer system (1) makes it possible to manage centrally and flexibly the application data of different contactless card applications and different application providers for a plurality of mobile communication devices (2).

Abstract: An electronic access control device (1) includes a radio communication module (11) for wireless data exchange in a first radio frequency band with a mobile device (2) over a direct wireless communication link (3). The access control device has a controller (12) connected to the wireless radio communication module for generating an access control signal using an access key received from the mobile device. The electronic access control device further includes a proximity detector (13) for detecting a mobile device in defined proximity (P), using a radio frequency in a second radio frequency band, different from the first radio frequency band. The controller is connected to the proximity detector and controls the radio communication module to establish the direct wireless communication link with the mobile device, only if the mobile device is detected in defined proximity of the electronic access control device.

Abstract: An electronic access control device (1) including a radio communication module (11) for wireless data exchange in a first radio frequency band with a mobile device (2) over a direct wireless communication link (3). The access control device has a controller (12) connected to the wireless radio communication module for generating an access control signal using an access key received from the mobile device. The electronic access control device further includes a proximity detector (13) for detecting a mobile device in defined proximity (P), using a radio frequency in a second radio frequency band, different from the first radio frequency band. The controller is connected to the proximity detector and controls the radio communication module to establish the direct wireless communication link with the mobile device, only if the mobile device is detected in defined proximity of the electronic access control device.