What question did this study set out to answer?

This research aims to develop a web application framework that effectively prevents SQL Injection attacks.

May 15, 2026Open Access

A Secure Web Application Framework for Preventing SQL Injection Attacks Using Multi-Layer Authentication

Key Points

This research aims to develop a web application framework that effectively prevents SQL Injection attacks.
Integration of input validation, parameterized SQL queries, and encryption techniques.
Implementation of role-based authentication to enhance security.
Development of a scalable solution for web-based systems.
The framework significantly improves resistance to SQL Injection attacks.
Enhanced data integrity and application security were achieved through the proposed methods.
User feedback indicated increased confidence in data safety and application performance.

Abstract

This research paper presents a secure web application framework for preventing SQL Injection attacks using multi-layer authentication and secure coding practices. The proposed framework integrates input validation, parameterized SQL queries, encryption techniques, and role-based authentication to improve enterprise application security and data integrity. The framework enhances resistance against malicious database attacks and provides a scalable solution for secure web-based systems.

A Secure Web Application Framework for Preventing SQL Injection Attacks Using Multi-Layer Authentication

Key Points

Abstract

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