IOT BASED FRAMEWORK FOR SECURITY PREVENTION FROM VARIOUS ATTACKS ESPECIALLY IN ONLINE E-TRANSACTION

M.Tech.

Security in a range of E-commerce applications includes an efficient framework for information security, namely for computer security, data security, and other online transactions. A secure and scalable transaction depends on an e-commerce application's security. Among these are features of security-integrity, privacy, non-repudiation, and secrecy. As a result, several security techniques are created to guarantee the safety of online transactions in e-commerce apps. Although these security algorithms work well and defend against many attacks, it's important to take data storage during transactions and algorithm calculation time into account. Some problems still need to be addressed, like: Increasing the Use of Computational Cost at the Client and Server Side; and Security Prevention from Various Attacks during Online Transactions in Web Mining, Particularly in E-commerce Applications. The present architecture that has been suggested for protecting online e-transactions in web applications is efficient in terms of computing parameters and provides security against various types of assaults. The suggested design provides security protection against a range of risks, especially for IoT. The method used here validates the user's legitimacy by giving them a challenge value. As a consequence, we believe that our proposed framework will be more effective and successful.

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