Virtual OS of Semi-Authorized in a Smartphones

Identity theft is one of the biggest challenges to protecting electronic devices, especially in protecting Smartphones. Authentication and its techniques are the most vulnerable to problems, such as traditional, pattern password and PIN code etc. Inaddition, biometric techniques are safer than normal authentication methods. Therefore, these techniques are related to thecharacteristics of human beings and used to authenticate who owns them. Besides, authentication is granted by an Operating SystemOS to protect authentication data onto theft and manipulation. However, local OS s are vulnerable to problems such as hackerattacks, and systems and Multi-trying to enter the device when it stole. On the other hand, the connection to the OS should beavailable when requesting authentication in a Smartphone, otherwise the user will not be able to access his device. In this paper, wediscuss the failure connected to OS in order to obtain authentication, and some cases lead to non-authentication. We are discussingthe user's access to the Smartphone by any biometric devices currently in use. When using of the virtual OS if the OS fails todetermine the real Authorized, by creating a Virtual OS (VOS) on the Smartphone. For example: a user cans only access to hisdevice, when obtain on the Authorized form of VOS. It has the same specifications and environment, as the original OS.