High-Performance Network Intrusion Detection Engine

High-Performance Network Intrusion Detection Engine

Vishal D ¹, Deeksha M², Dilip T R³, Shashank M⁴, Battula Bhavya ⁵

¹Vishal D, 20211CCS0137Computer Science and Engineering - Cyber Security, Presidency University, Karnataka, India.

²Deeksha M, 20211CCS0154, Computer Science and Engineering - Cyber Security, Presidency University, Karnataka, India.

³Dilip T R, 20211CCS0180, Computer Science and Engineering - Cyber Security, Presidency University, Karnataka, India.

 ⁴Shashank M, 20211CCS0188, Computer Science and Engineering - Cyber Security, Presidency University, Karnataka, India.

⁵Battula Bhavya, Computer Science and Engineering, Presidency University, Karnataka, India

Abstract - Network security is a critical component of modern computing infrastructures, as the increase in cyber threats demands robust detection and mitigation mechanisms. Cyberattacks have grown in sophistication, targeting vulnerabilities across a wide range of industries, from financial institutions to healthcare systems [1]. This research paper explores the development of a high-performance network intrusion detection engine (NIDE) designed to identify vulnerabilities and malicious activity with precision and efficiency. The proposed system integrates advanced algorithms, AI models, and real- time analysis techniques to detect anomalies and phishing attacks while providing user-friendly interfaces for actionable insights [3]. Unlike traditional approaches, which are often limited by their dependence on signature-based detection methods, this system incorporates machine learning and heuristic analysis to identify emerging and previously unknown threats [4]. By addressing the gaps in existing detection systems, this engine aims to enhance organizational resilience against cyber threats, offering scalability and adaptability to diverse network environments. Moreover, the design prioritizes not only technical performance but also ease of integration into existing security frameworks, ensuring a seamless adoption process for organizations of varying sizes and technological sophistication [2].

Keywords  -  anomaly  detection,  deep  learning,  phishing,  ssl/tls  certificates,  threat  intelligence