Description

Recent mobile development technology has increased the usage of handheld devices. This features make handheld devices to become an indispensable part of every day’s life. Current handheld devices are capable to perform security functions like mini computers. Handheld devices are facing serious security threats like normal wired networks and applications. Mobile communication is more prone to attacks than wired communication networks. Authentication of handheld devices and Servers helps for security. Authorization of providing destinations of users using ECDSA by generating a key and verifying it at the same. To provide the authentication between the handheld devices and server. Client and the server makes decision earlier for terminate or continue connection with the authentication process. To reduce the energy and time consumption during the authentication process. To reduce the duplication or modification of selected user’s destinations Mobile communication is easy to attacks like data interception, unauthorized access, and unauthenticated connectivity than wired communication networks. New security challenges arise due to the unique nature of the battery-powered handheld devices. Authentication of handheld devices and servers provides security based on symmetric or asymmetric cryptography. But it’s not provide the following all feature.