Intrusion detection and prevention systems (IDS/IPS) for OS protection

As cyber threats are increasing so it becomes important to secure operating systems. Traditional methods to secure OS is inadequate against sophisticated attacks so there is the necessity of intrusion detection and prevention systems(IDS/IPS). This research will help to protect OS from various cyber threats by making OS stronger with (IDS/IPS). This study investigates operational mechanisms and integration strategies of IDS/IPS within various different OS environments. The review of literature shows the evolution of IDS/IPS technologies, from signature-based to anomaly- based systems, which play a crucial role in preventing unauthorized access and reducing risks. Additionally, integrating IDS/IPS with OS represents a shift towards proactive security measures. Case studies highlight successful integration scenarios, demonstrating the practical benefits and challenges. In terms of methodology, this research uses a comprehensive evaluation framework, including metrics like detection rate and false positives. Real-world data, simulations, and comparative analysis are used to assess how effectively IDS/IPS enhance OS security. The results show a significant improvement in the ability to detect and prevent cyber threats when IDS/IPS are properly integrated with OS. This research is highly significant, showing the importance of adopting IDS/IPS for modern OS security. It emphasizes the need for organizations to shift to proactive defense strategies and strengthen their OS environments by leveraging IDS/IPS technologies. Future research directions include exploring AI- driven advancements in IDS/IPS and addressing emerging challenges in the ever-changing cyber threat landscape. This study provides a clear understanding of how IDS/IPS can be a crucial component in the arsenal of OS security. By shedding light on effective integration strategies and performance evaluation, it empowers stakeholders with insights on how to make their OS more resilient against evolving cyber threats.