Security Issues in Modern Operating Systems: A Comparative Analysis

 

Introduction: Windows, macOS, and Linux are examples of contemporary operating systems that are made to give consumers a secure working environment. They are not, however, impervious to security risks like malware, viruses, phishing scams, and other cyberattacks. The objective of this study project is to compare the security capabilities and weaknesses of the three most widely used operating systems: Windows, macOS, and Linux.

Research Issues:

1. What security features do the operating systems Windows, macOS, and Linux have?
2. What are some typical security flaws in the Linux, macOS, and Windows operating systems?
3. How do the Linux, macOS, and Windows operating systems deal with security flaws?
4. What are the most recent trends and advancements in the protection of contemporary operating systems?

 

Methodology: A thorough study of previous research studies, scholarly writings, and technical reports will be done as part of the project's qualitative research approach. The study will concentrate on analysing the security attributes and weaknesses of the Windows, macOS, and Linux operating systems, as well as the techniques applied to fix these weaknesses.

Data Gathering: Reputable sources such as academic journals, technical papers, government publications, and industry reports will be used to gather the data. A thorough examination of Windows, macOS, and Linux operating system security features and vulnerabilities will be part of the research.

 

Data Analysis: A content analysis methodology will be used to examine the data. In order to find similar themes and patterns relating to the security features and vulnerabilities of the three operating systems, the research will involve categorising and coding the data.

Conclusion: The study will offer a thorough comparative review of the security attributes and weaknesses of the Windows, macOS, and Linux operating systems. The results will help to improve understanding of security challenges in contemporary operating systems and will give information on the most recent trends and advancements in safeguarding contemporary operating systems.