Securing Web Resources Using the .NET Platform

Abstract

In an era of growing digital threats and increasing dependence on online services, ensuring the security of web resources has become a critical concern. This study investigates the implementation of modern security mechanisms within the .NET platform to protect web applications against unauthorized access, data breaches, and cyberattacks. The .NET framework provides a robust and flexible environment for integrating authentication, authorization, encryption, and request validation into web applications.

The research employs a case study methodology to demonstrate how tools such as ASP.NET Identity, OAuth 2.0, JWT (JSON Web Tokens), and role-based access control can be effectively utilized to secure user data and system functionality. Additionally, the paper explores the configuration of HTTPS, anti-CSRF tokens, and input validation techniques as essential components of a defense-in-depth strategy.

The results highlight the importance of aligning application development with secure coding practices and leveraging the full potential of .NET security libraries. The study offers a practical security framework that can be adapted by developers and system administrators to enhance the resilience of web-based systems.