The invention relates to the communication field, and discloses a remote authentication method, device, and equipment, and a storage medium. The remote authentication method comprises the following steps: acquiring a first biometric feature of a user acquired at equipment to be authenticated; sending the first biometric feature to a mobile terminal; and if a terminal ID for identifying the mobileterminal sent by the mobile terminal after the first biometric feature is matched with a second biometric feature is received, sending the terminal ID and an equipment ID that identifiers the equipment to be authenticated to a server. It is ensured that a person who requests to authenticate and enjoys relevant services on a physical position is the user himself, so that the situation that the useridentity or the mobile terminal is stolen is effectively avoided, and meanwhile, the biometric features of the user are not stored, so that the risk of leakage of the biometric features of the user is avoided.

Remote authentication method, device, and equipment, and storage medium

A driver authentication system comprises a biometric reader 1, communication unit 4 for communication between remote data server 2 and biometric reader, and, a controller 3 which prevents a vehicle being driven until biometric data matches the stored data. The system can prevent unauthorised use of personal cars as well as commercial and fleet vehicles. A sensor unit 8, including a seat pressure sensor 10 and two door sensors 9a & 9b, can also be included that registers if a driver has left the vehicle and turn off the engine to prevent the vehicle being stolen mid-journey. A display 7 can be incorporated into the vehicle dashboard for use. The use of the remote server allows a user multiple access to vehicles and allows remote location identification, using the tracker 6, of any registered units without needing to alter vehicle hardware.

Pope Kevin

Papers

Driver authentication system