Abstract: A system includes a server having a communication device and a processing circuit. The communication device is configured to facilitate communication with electronic devices. The processing circuit is configured to receive permission from a first user device for a guest user to access an electronic lock using a second user device, provide a notification to the second user device regarding a guest user profile, receive an activation command from the second user device based on the notification, generate the guest user profile for the guest user in response to receiving the permission and the activation command, and transmit the guest user profile to the second user device. The guest user profile is usable to allow the guest user to unlock the electronic lock.

Abstract: A system includes a server having a communication device and a processing circuit. The communication device is configured to facilitate communication with electronic devices. The processing circuit is configured to receive permission from a first user device for a guest user to access an electronic lock using a second user device, provide a notification to the second user device regarding a guest user profile, receive an activation command from the second user device based on the notification, generate the guest user profile for the guest user in response to receiving the permission and the activation command, and transmit the guest user profile to the second user device. The guest user profile is usable to allow the guest user to unlock the electronic lock.

Abstract: A method includes storing a plurality of access credentials, acquiring a geofence setting regarding a geofence for a user device used, acquiring lock location data regarding a lock location of a plurality of locking devices, acquiring first user device location data of the user device regarding a first location thereof, determine a respective locking device of the plurality of locking devices is within the geofence for the user device based on the lock location data and the first user device location data, delivering to the user device a respective access credential that is associated with the user device and that corresponds with the respective locking device, acquiring a second user device location data of the user device regarding a second location of the user device, and removing the respective access credential from the user device based on the lock location data and the second user device location data.

Abstract: A lock system includes a processing circuit. The processing circuit is configured to store an access credential for a locking device. The access credential is associated with a user. The access credential has a lifespan. The processing circuit is further configured to deliver the access credential to a user device associated with the user to facilitate accessing the locking device with the user device, monitor a frequency at which the user device accesses the locking device using the access credential, and adjust the lifespan of the access credential based on the frequency.

Abstract: A system includes a server having a communication device and a processing circuit. The communication device is configured to facilitate communication with electronic devices. The processing circuit is configured to receive permission from a first user device for a guest user to access an electronic lock using a second user device, provide a notification to the second user device regarding a guest user profile, receive an activation command from the second user device based on the notification, generate the guest user profile for the guest user in response to receiving the permission and the activation command, and transmit the guest user profile to the second user device. The guest user profile is usable to allow the guest user to unlock the electronic lock.

Abstract: A door system includes a door jamb, a door panel including a box embedded therein, a hinge coupling an edge of the door panel to the door jamb, a power transfer mechanism extending from the door jamb to the edge of the door panel, and a plurality of electronic components. The power transfer mechanism is configured to facilitate electrically coupling one or more of the plurality of electronic components to an external power source. The plurality of electronic components include a camera disposed within the box, a sensor configured to facilitate detecting at least one of sound or activity proximate the door panel, and a backup battery configured to power at least one of the plurality of electronic components in an event of power loss from the external power source.

Abstract: A door system includes a door jamb, a door panel including a box disposed therealong, a hinge coupling an edge of the door panel to the door jamb, a flexible conduit extending from the door jamb to the edge of the door panel, and a plurality of electronic components. The flexible conduit is configured to facilitate electrically coupling one or more of the plurality of electronic components to an external power source. The plurality of electronic components include a camera disposed within the box, a light integrated into the door jam, a sensor configured to facilitate detecting at least one of sound or activity proximate the door panel, and a backup battery disposed within at least one of the door jamb or the door panel. The backup battery is configured to power at least one of the plurality of electronic components during power loss from the external power source.

Abstract: A system includes a server having a communication device and a processing circuit. The communication device is configured to facilitate communication with electronic devices. The processing circuit is configured to receive permission from a first user device for a guest user to access an electronic lock using a second user device, provide a notification to the second user device regarding a guest user profile, receive an activation command from the second user device based on the notification, generate the guest user profile for the guest user in response to receiving the permission and the activation command, and transmit the guest user profile to the second user device. The guest user profile is usable to allow the guest user to unlock the electronic lock.

Abstract: A door system includes a door jamb, a door panel including a box disposed therealong, a hinge coupling an edge of the door panel to the door jamb, a flexible conduit extending from the door jamb to the edge of the door panel, and a plurality of electronic components. The flexible conduit is configured to facilitate electrically coupling one or more of the plurality of electronic components to an external power source. The plurality of electronic components include a camera disposed within the box, a light integrated into the door jam, a sensor configured to facilitate detecting at least one of sound or activity proximate the door panel, and a backup battery disposed within at least one of the door jamb or the door panel. The backup battery is configured to power at least one of the plurality of electronic components during power loss from the external power source.

Abstract: A door system includes a door jamb, a door panel, a window disposed in the door panel, a plurality of electronic components, a hinge pivotally coupling an edge of the door panel to the door jamb, and a control system disposed within the door panel. The plurality of electronic components include an electronic locking mechanism coupled to the door panel, a camera coupled to the door panel, a sensor configured to facilitate detecting at least one of sound or activity proximate the door panel, and a backup battery disposed in at least one of the door jamb or the door panel. The edge of the door panel is configured to receive power from an external power source to power the plurality of electronic components. The backup battery is configured to power at least one of the plurality of electronic components in an event of power loss from the external power source.

Abstract: A system includes a server having a communication device and a processing circuit. The communication device is configured to facilitate communication with electronic devices. The processing circuit is configured to receive permission from a first user device for a guest user to access an electronic lock using a second user device, provide a notification to the second user device regarding a guest user profile, receive an activation command from the second user device based on the notification, generate the guest user profile for the guest user in response to receiving the permission and the activation command, and transmit the guest user profile to the second user device. The guest user profile is usable to allow the guest user to unlock the electronic lock.

Abstract: A method includes establishing communication between a first mobile device and a locking device via a first wireless transceiver of the first mobile device and a second wireless transceiver of the locking device; determining a location of at least one of the first mobile device or the locking device responsive to the communication; receiving, by a server, permission for the guest user to access the locking device using a second mobile device where the permission is provided from an external device prior to the second mobile device interacting with the locking device; generating, by the server, a guest user profile in response to receiving the permission where the guest user profile includes data usable to allow the guest user to lock or unlock the locking device; and transmitting, by the server, the guest user profile to the second mobile device.

Abstract: A door system includes a door jamb, a door panel, a window disposed in the door panel, a plurality of electronic components, a hinge pivotally coupling an edge of the door panel to the door jamb, and a control system disposed within the door panel. The plurality of electronic components include an electronic locking mechanism coupled to the door panel, a camera coupled to the door panel, a sensor configured to facilitate detecting at least one of sound or activity proximate the door panel, and a backup battery disposed in at least one of the door jamb or the door panel. The edge of the door panel is configured to receive power from an external power source to power the plurality of electronic components. The backup battery is configured to power at least one of the plurality of electronic components in an event of power loss from the external power source.

Abstract: A lock system includes a processing circuit. The processing circuit is configured to store an access credential for a locking device. The access credential is associated with a user. The access credential has a lifespan. The processing circuit is further configured to deliver the access credential to a user device associated with the user to facilitate accessing the locking device with the user device, monitor a frequency at which the user device accesses the locking device using the access credential, and adjust the lifespan of the access credential based on the frequency.

Abstract: A locking system includes a server, an electronic locking mechanism, and a controller associated with a user. The controller is configured to detect the electronic locking mechanism and acquire lock data therefrom, and transmit the lock data to the server. The server, absent any interaction from the user, is configured to receive the lock data for the electronic locking mechanism, register the electronic locking mechanism to the user, and transmit an access credential for accessing the electronic locking mechanism to a user device associated with the user. The electronic locking mechanism is configured to receive the access credential directly from the user device or indirectly from the user device through the controller and make an access decision based on the access credential, independent of the server.

Abstract: A lock system includes a plurality of electronic locking devices and a server. The server is configured to receive lock location data regarding a location of each of the plurality of electronic locking devices, receive user device location data regarding a current location of each of a plurality of user devices, deliver access credentials to each of the plurality of user devices according to a geofence delivery protocol based on the lock location data and the user device location data, monitor a current aggregate loading in response to using the geofence delivery protocol, and deliver access credentials to one or more of the plurality of user devices according to a non-geofence delivery protocol in response to the current aggregate loading exceeding a load threshold to reduce the current aggregate loading.

Abstract: A locking system includes a server, an electronic locking mechanism, and a controller associated with a user. The controller is configured to detect the electronic locking mechanism and acquire lock data therefrom, and transmit the lock data to the server. The server, absent any interaction from the user, is configured to receive the lock data for the electronic locking mechanism, register the electronic locking mechanism to the user, and transmit an access credential for accessing the electronic locking mechanism to a user device associated with the user. The electronic locking mechanism is configured to receive the access credential directly from the user device or indirectly from the user device through the controller and make an access decision based on the access credential, independent of the server.

Abstract: A lock system includes a plurality of electronic locking devices and a server. The server is configured to receive lock location data regarding a location of each of the plurality of electronic locking devices, receive user device location data regarding a current location of each of a plurality of user devices, deliver access credentials to each of the plurality of user devices according to a geofence delivery protocol based on the lock location data and the user device location data, monitor a current aggregate loading in response to using the geofence delivery protocol, and deliver access credentials to one or more of the plurality of user devices according to a non-geofence delivery protocol in response to the current aggregate loading exceeding a load threshold to reduce the current aggregate loading.

Abstract: A method includes establishing communication between a first mobile device and a locking device via a first wireless transceiver of the first mobile device and a second wireless transceiver of the locking device; determining a location of at least one of the first mobile device or the locking device responsive to the communication; receiving, by a server, permission for the guest user to access the locking device using a second mobile device where the permission is provided from an external device prior to the second mobile device interacting with the locking device; generating, by the server, a guest user profile in response to receiving the permission where the guest user profile comprises data usable to allow the guest user to lock or unlock the locking device; and transmitting, by the server, the guest user profile to the second mobile device.

Abstract: A lock system includes a plurality of electronic locking devices and a server. The server is configured to receive lock location data regarding a location of each of the plurality of electronic locking devices, receive user device location data regarding a current location of each of a plurality of user devices, deliver access credentials to each of the plurality of user devices according to a geofence delivery protocol based on the lock location data and the user device location data, monitor a current aggregate loading in response to using the geofence delivery protocol, and deliver access credentials to one or more of the plurality of user devices according to a non-geofence delivery protocol in response to the current aggregate loading exceeding a load threshold to reduce the current aggregate loading.