Abstract: Systems and methods for logging flight time in one or more digital logbooks employ an application that runs on mobile devices to determine when aircraft takeoff and aircraft landings have occurred. Indications of the determined aircraft takeoff and an indication of the determined aircraft landing are stored in memory. The mobile devices send determined aircraft takeoffs and aircraft landings to a data management server, which queries an official flight data source for office flight records that correspond to the determined aircraft takeoffs and determined aircraft landings. The mobile device, via the mobile application, requests confirmation of whether the user was a required flight crew member on a flight corresponding to the determined aircraft takeoff and the determined aircraft landing.

Abstract: System, method and electronic device providing proximity based communication and notification are disclosed. Presence of the electronic device is detected in a pre-defined area according to a detection methodology. The electronic device is then engaged according to an availability of identification details of the electronic device. The electronic device receives one time authentication request to collect the business identity and map it with the network identity. The business identity of the electronic device is verified and contact details of the electronic device are obtained. Subsequently when the electronic device enters the proximity range of a WiFi network, the system identifies its presence. The system identifies the contact details of the device based on the mapping of the network identity and business identity of the electronic device. The system sends multi-mode message communications to the electronic device based on defined proximity rules.

Abstract: System, method and electronic device providing proximity based communication and notification are disclosed. Presence of the electronic device is detected in a pre-defined area according to a detection methodology. The electronic device is then engaged according to an availability of identification details of the electronic device. The electronic device receives one time authentication request to collect the business identity and map it with the network identity. The business identity of the electronic device is verified and contact details of the electronic device are obtained. Subsequently when the electronic device enters the proximity range of a WiFi network, the system identifies its presence. The system identifies the contact details of the device based on the mapping of the network identity and business identity of the electronic device. The system sends multi-mode message communications to the electronic device based on defined proximity rules.