Abstract: An access control system is described and includes a server, a controller for regulating the accessibility of an entrance, and a mobile device having an application for user to trigger an access authentication process, means for collecting biometric information of the user, and a BLUETOOTH module to establish a BLUETOOTH communication link between the mobile device and the controller. The controller includes a communication module for connecting the controller to the server and mobile device for receiving updates on user access credentials, an access module for activating/deactivating a barrier of entrance, and a microprocessor for verifying the received user access credentials, generating an door execution command, and uploading the entrance status to the server.

Abstract: An access control system is described and includes a server, a controller for regulating the accessibility of an entrance, and a mobile device having an application for user to trigger an access authentication process, means for collecting biometric information of the user, and a BLUETOOTH module to establish a BLUETOOTH communication link between the mobile device and the controller. The controller includes a communication module for connecting the controller to the server and mobile device for receiving updates on user access credentials, an access module for activating/deactivating a barrier of entrance, and a microprocessor for verifying the received user access credentials, generating an door execution command, and uploading the entrance status to the server.

Abstract: An alarm system including a plurality of alarm sensors, each having a BLUETOOTH module to establish communication link using a BLUETOOTH protocol to at least one neighbouring sensor in a way such that a BLUETOOTH Mesh Network is formed, and a controller connected to the BLUETOOTH Mesh Network, configured to monitor and manage the status of each alarm sensor and to trigger at least one alarm device based on the status of the alarm sensors, wherein the status data of each alarm sensor is transmitted to the controller, and vice versa, instructions of the controller are transmitted to at least one sensor via the BLUETOOTH Mesh Network.

Abstract: A control system for door lock includes a server, a controller linked to the server and a mobile device having an application for a user to trigger a door unlocking process, means for collecting biometric information of the user, a BLUETOOTH module to establish a BLUETOOTH communication link between the mobile device and the controller, and wherein the door unlocking process includes the mobile device performing a biometric authentication to verify the user and then transmitting an instruction to the controller via the BLUETOOTH link, and the controller, upon receiving the instruction, performs a second authentication to verify the user's accessibility and then unlock the door based on the outcomes of the authentications.

Abstract: The present disclosure relates to a comprehensive system and associated method for real-time monitoring and management of the patrolling operations by a number of security personnel. The present system includes one or more electronic communication devices that are configured to run a security patrol management application. The system further includes a centralized server running a server side security patrol management application capable of directly communicating with the security patrol management application running on the electronic communication devices. The server side security patrol management application includes a number of features that allows the administrators or managers for monitoring and managing the operations of the security personnel through an interactive visual interface of the application.

Abstract: A time attendance tracking method is provided by which a hand-held device is set as a primary device and/or a secondary device based on inherent mobile identity of the hand-held device and operable in either a first mode and/or a second mode. The first mode permits the user to clock-in and/or clock-out for attendance recording for the user tied account while the second mode restricts the user to clock-in and/or clock-out for attendance recording for the user tied account.

Abstract: A system for collecting and transferring electronic information includes one or more servers, having one or more centralized databases for storing or retrieving the data, connected to a network, one or more computing devices connected to the servers via the network for retrieving the data from the centralized databases, and a plurality of biometric devices connected to the servers via the network, located at different locations. Each biometric device comprises a system for identifying users based on biometric data of the users, a system for storing the biometric data and activity information of the users, and a system for sending the biometric data and activity information to the servers, in communication with the servers in real time via the network.

Abstract: A time attendance tracking method is provided by which a hand-held device is set as a primary device and/or a secondary device based on inherent mobile identity of the hand-held device and operable in either a first mode and/or a second mode. The first mode permits the user to clock-in and/or clock-out for attendance recording for the user tied account while the second mode restricts the user to clock-in and/or clock-out for attendance recording for the user tied account.

Abstract: An electronic platform system includes: at least one cloud database connected to a communication network; a store platform connected to cloud database via the communication network, configured to display a list of products and/or services for a user to select; a payment platform connected to the store platform via the communication network, configured to allow the user to make a purchase directly from the store platform; and an application server connected to the cloud database via the communication network.

Abstract: A system for collecting and transferring electronic information includes one or more servers, having one or more centralized databases for storing or retrieving the data, connected to a network, one or more computing devices connected to the servers via the network for retrieving the data from the centralized databases, and a plurality of biometric devices connected to the servers via the network, located at different locations. Each biometric device comprises a system for identifying users based on biometric data of the users, a system for storing the biometric data and activity information of the users, and a system for sending the biometric data and activity information to the servers, in communication with the servers in real time via the network.