Aspects of the disclosure relate to electronic access control. An electronic key can access a set of one or more electronic locks according to scheduled access permissions. Access schedules may define one or more authorized time periods during which access to an electronic lock is permitted. Access schedules can be generated based on user input received via a user interface. A key configuration corresponding to an access schedule is transmitted from a server to the electronic key. The set of electronic locks includes at least one lock designated as a conditional access lock. The conditional access lock is associated with access control information including at least one of environment data or personnel data. Responsive to determining that the access control information does not meet one or more criteria, the server automatically adjusts access schedules and generates a corresponding key configuration for the electronic key.

In some aspects, an electronic lock box may include a heated section, a cooled section, a non-temperature controlled section, and a processor. The processor may receive, from a server, an indication of an electronic order. The processor may identify a code associated with an item. The processor may determine, from the code, a tracking number associated with the item and the description of the item. The processor may determine that the tracking number associated with the item corresponds to a tracking number associated with the electronic order and that a current date corresponds to an expected delivery date. The processor may provide an instruction to unlock the heated section, the cooled section, or the non-temperature controlled section to hold the item based on the description of the item. The processor may maintain an environmental status of sensors (e.g., weight, volume, temperature, operations, and/or location) within the electronic lock box.

Aspects of the disclosure relate to electronic access control. An access control server maintains data associated with a plurality of electronic locks. A user is issued an electronic key for unlocking one or more electronic locks. The user can be assigned to a group. Members of the group are permitted to access a subset of the plurality of electronic locks. A first key configuration is transmitted to the electronic key, the first key configuration permitting the user to access the subset of electronic locks. The access control server accesses personnel data related to the user and determines whether the personnel data satisfies a condition associated with the group. Responsive to determining that the condition is not satisfied, the user is removed from the group and a second key configuration is transmitted to the electronic key, the second key configuration preventing the user from accessing the subset of electronic locks.

Provided are a method for unlocking an intelligent lock, a mobile terminal, an intelligent lock and a server. The method includes following steps. A mobile terminal receives an initial key and a communication key from a server. The mobile terminal encrypts the initial key and preset key data by using the communication key to generate an unlocking verification code. The mobile terminal attaches the preset key data to the unlocking verification code, to obtain an unlocking verification code attached with the preset key data. The mobile terminal sends the unlocking verification code attached with the preset key data to the intelligent lock. The intelligent lock performs an unlocking operation based on the unlocking verification code attached with the preset key data.

Aspects of the disclosure relate to electronic access control. An electronic key can access a set of one or more electronic locks according to scheduled access permissions. Access schedules may define one or more authorized time periods during which access to an electronic lock is permitted. Access schedules can be generated based on user input received via a user interface. A key configuration corresponding to an access schedule is transmitted from a server to the electronic key. The set of electronic locks includes at least one lock designated as a conditional access lock. The conditional access lock is associated with access control information including at least one of environment data or personnel data. Responsive to determining that the access control information does not meet one or more criteria, the server automatically adjusts access schedules and generates a corresponding key configuration for the electronic key.

Aspects of the disclosure relate to systems and methods for administering access to resources in an access control system. In one implementation, the access control system comprises an electronic lock for restricting access to a resource. An electronic key can deliver a signal based on an access credential to the electronic lock to initiate an unlocking event for facilitating access to the resource. An access validation engine can process access control information related to access conditions. Access to resources may be granted according to scheduled access permissions. In other aspects, access to resources can be granted based on access conditions. The access validation engine can evaluate whether access to a resource is authorized based on a determination that one or more access conditions are satisfied. An unlocking signal can be delivered to the electronic lock in response to a determination that the one or more access conditions are satisfied.

According to one or more embodiments described herein, a computer-implemented method includes detecting a trigger event occurring at a physical space. The method further includes generating, by the processing system, a temporary network and a temporary authorization code to permit access to the physical space based at least in part on an analysis of information associated with the detected trigger event. The method further includes transmitting, by the processing system, information about the temporary network and the temporary authorization code to a second processing system. The method further includes implementing, by the processing system, an automation routine responsive to detecting the trigger event.

Aspects of the disclosure relate to systems and methods for administering access to resources in an access control system. In one implementation, the access control system comprises an electronic lock for restricting access to a resource. An electronic key can deliver a signal based on an access credential to the electronic lock to initiate an unlocking event for facilitating access to the resource. An access validation engine can process access control information related to access conditions. Access to resources may be granted according to scheduled access permissions. In other aspects, access to resources can be granted based on access conditions. The access validation engine can evaluate whether access to a resource is authorized based on a determination that one or more access conditions are satisfied. An unlocking signal can be delivered to the electronic lock in response to a determination that the one or more access conditions are satisfied.

A depositing and taking system includes a box with an electronic lock functional as a locking system for the box. A deliveryman mobile device is configured to transmit a signal through a wireless communication. By providing Identification information, the deliveryman mobile device requests and obtains a one time-used electronic key. The deliveryman mobile device could have the electronic lock unlocking through the one time-used electronic key and an object could be deposited in the box. The user of the user mobile device could unlock the electronic lock by using the electronic key and obtain the deposited objects. Hence, the present invention allows the user safely securing the deposited object in the box and preventing the object from stolen or the troublesome caused by that object being unable to be deposited.

Embodiments of the present disclosure provides a power supply control method of an intelligent lock, an intelligent lock system, and a storage medium, where, the method includes: a controller acquires a wake-up request, where the wake-up request is used to indicate that the controller is in a working mode, supplies power to an operating device corresponding to the wake-up request when the controller is in the working mode, and stops supplying power to the operating device when determining that a processing corresponding to the acquired user operation has been accomplished by the operating device. According to this technical solution, an overall power consumption of the entire intelligent lock system including the controller and at least one operating device is low, which improves system stability and user experience.