Abstract: An electronic device generates a first key pair associated with the electronic device. A first secret key of the first key pair is generated based on device properties including identification information of the electronic device. The electronic device transmits a communication request to a verifier device. The electronic device generates zero-knowledge information which is based on the generated first secret key. A first public key of the first key pair is stored in the verifier device. The electronic device transmits the zero-knowledge information to the verifier device for a verification of the transmitted communication request. The verification of the communication request is based on the first public key. The electronic device receives verification information from the verifier device based on the transmitted zero-knowledge information and a successful verification of the verification of the transmitted communication request.

Abstract: An electronic device generates a first key pair associated with the electronic device. A first secret key of the first key pair is generated based on device properties including identification information of the electronic device. The electronic device transmits a communication request to a verifier device. The electronic device generates zero-knowledge information which is based on the generated first secret key. A first public key of the first key pair is stored in the verifier device. The electronic device transmits the zero-knowledge information to the verifier device for a verification of the transmitted communication request. The verification of the communication request is based on the first public key. The electronic device receives verification information from the verifier device based on the transmitted zero-knowledge information and a successful verification of the verification of the transmitted communication request.

Abstract: Various aspects of a system and a method for device authentication are disclosed herein. The method includes generating one or more vibrations in an electronic device in response to receiving a first user input. In response to the received first user input, a plurality of user interface (UI) objects are displayed. Each of the displayed plurality of UI objects is associated with a corresponding pre-configured number of vibrations. In response to the displayed plurality of UI objects, a second user input is received that enables selection of one or more of the displayed plurality of UI objects. An access to the electronic device is authenticated when the pre-configured number of vibrations associated with the received second user input matches the generated one or more vibrations.

Abstract: Various aspects of a system and a method for device authentication are disclosed herein. The method includes generating one or more vibrations in an electronic device in response to receiving a first user input. In response to the received first user input, a plurality of user interface (UI) objects are displayed. Each of the displayed plurality of UI objects is associated with a corresponding pre-configured number of vibrations. In response to the displayed plurality of UI objects, a second user input is received that enables selection of one or more of the displayed plurality of UI objects. An access to the electronic device is authenticated when the pre-configured number of vibrations associated with the received second user input matches the generated one or more vibrations.