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Mobile services are spread throughout the wireless network and are one of the crucial\udcomponents needed for various applications and services. However, the security of mobile\udcommunication has topped the list of concerns for mobile phone users. Confidentiality,\udAuthentication, Integrity and Non-repudiation are required security services for mobile\udcommunication. Currently available network security mechanisms are inadequate; hence there\udis a greater demand to provide a more flexible, reconfigurable, and scalable security\udmechanism. Traditionally, the security services have been provided by cryptography. Recently,\udtechniques based on elliptic curve cryptography (ECC) have demonstrated the feasibility of\udproviding computer security services efficiently on mobile platforms. Islam and Biswas have\udproposed a more efficient and secure ID-based system for mobile devices on ECC to enhance\udsecurity for authentication with key agreement system. They claimed that their system truly is\udmore secure than previous ones and it can resist various attacks. However, it is true because\udtheir system is vulnerable to known session-specific temporary information attack, and the other\udsystem is denial of service resulting from leaking server's database. Thus, the paper presents an\udimprovement to their system in order to isolate such problems. \u

An Efficient and More Secure ID Based Mutual Authentication Scheme Based on ECC for Mobile Devices