Published Paper Details:

This paper discusses the critical matter of SQL Injection Attacks (SQLIA), which are widely recognized as a prevalent vulnerability in web applications and are among the top 10 web security concerns identified by the Open Web Application Security Project. As social networking and e-commerce have proliferated, so have assaults such as spamming and phishing, which pose grave risks to the security of user data. SQLIA permits unauthorized database access, modification, and deletion; therefore, hackers must exploit details such as table and field names. In order to address this issue, we suggest implementing a divide-and-conquer strategy that utilizes randomization-based encryption algorithms and the Hirschberg algorithm to bolster security while decreasing the complexity of time and space. By substantially enhancing security and resilience against prevalent attack techniques such as dictionary and brute force assaults, our solution outperforms current methodologies. Through the implementation of cutting-edge encryption methods and algorithmic improvements, our objective is to construct a resilient collection of tools that can effectively protect databases against unauthorized entry. This will consequently guarantee an elevated level of security for both users and their data.