Abstract: The subject matter discloses a method for providing identity to a software module, comprising splitting a secret key using a split multi-party computation (MPC) process between the software module and a security server and storing one share of the secret key in the software module and another share of the secret in the security server, the security server receiving a request from the software module to access a resource, in response to the request, the security server encrypts a message, said encrypted message is obtained by the software module, the software module initiates a decryption multi-party computation (MPC) process to decrypt the message encrypted by the security server using according to the shares of the secret key, the security server receives the decrypted secret and the public key and the security server signs a certificate associated with the requested resource and the software module and sends the certificate to the software module.

Abstract: A mobile device, a method and system are providing the invention mobile Bring Your Own Device (BYOD) enhanced security management platform solution. The platform enables users to securely access the secured enterprise data and its IT management, through the employees/users invention personal mobile device. Thus enabling the employee secure access to enterprise proprietary data for work related data management, updating and storage, all on the employee/user's mobile hardware device. It is combined with blocking none-legitimate user's access to the invention devices secured storage content and to the employers IT resources. The invention mobile device employee authentication and following employers' data access, is based on the combined output of at least two different human biological/physiological sensors fusion and their weighted combined output analysis, executed internally within the device signal processing firmware.