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An Overview of Applications of Machine Learning in Encrypted Traffic Analysis for Cyber Security

Course Description

Only a decade ago, encrypted traffic was primarily utilised by financial institutions and specific organisations, such as public sector agencies, for the login pages of security-conscious websites and services. However, in recent years, the adoption of encrypted traffic has expanded significantly to encompass almost all web-based services. Unfortunately, this growth has also facilitated the rise of unlawful activities, making encrypted traffic the default protocol for communication. Consequently, traditional approaches to Network Visibility and Network Forensics have encountered substantial challenges in isolating or detecting suspicious network activities. Machine learning-based approaches have emerged as crucial methods for detecting and containing encrypted malicious traffic to address suspicious network activities. This tutorial provides a comprehensive overview of the applications of Machine Learning in Encrypted Traffic Analysis (ETA) for Cyber Security.

Course Highlights
  • Network Visibility – Understanding the requirements for effective network visibility.
  • NDR, EDR, and XDR – Exploring Network Detection and Response, Endpoint Detection and Response, and Extended Detection and Response.
  • Deep Packet Inspection and NDR – Examining the role of Deep Packet Inspection in Network Detection and Response.
  • Challenges in Encrypted Traffic Analysis – Investigating why analysing encrypted traffic presents significant challenges.
  • Encrypted Traffic Analysis Use Cases for Cyber Security – Exploring real-world applications of encrypted traffic analysis in cybersecurity.
  • ML for Protocol/Application Identification – Applying machine learning to identify protocols and applications accurately.
  • ML for Network Intrusion and Malware Detection – Leveraging machine learning approaches for detecting network intrusions and malware.
  • ML for Device/OS Identification – Utilizing machine learning techniques to identify devices and operating systems.
  • ML for Web Page Identification – Applying machine learning to identify specific web pages.
  • Summary of ML Approaches for Security Problems – Providing an overview of machine learning approaches for solving various security problems.
  • Deep Learning for Cyber Security – Understanding the role of deep learning in cybersecurity.
  • Adoption of AI/ML in the Cyber Security Industry – Examining the industry-wide adoption of AI and ML in cybersecurity.
  • Feature Engineering – Exploring the importance of feature engineering in machine learning for cybersecurity.
  • Open Source Machine Learning Tools for Cyber Security – Discovering open-source tools used in machine learning for cybersecurity.
Eligibility requirements / Prerequisite knowledge
  • Basic understanding of networking protocols and concepts: Familiarity with TCP/IP, network layers, and common network protocols (e.g., HTTP, DNS) would be beneficial.
  • Knowledge of cybersecurity fundamentals: A foundational understanding of cybersecurity principles, threats, and common attack vectors would be helpful.
  • Familiarity with cryptographic primitives and knowledge of SSL/TLS protocol is required.
  • Networking experience: Prior experience in network administration, security analysis, or a related field would provide a solid foundation for understanding network traffic analysis.

Who should take this course?

Network Administrators
Security Analysts
Cybersecurity Professionals
IT Professionals
Network security
Cybersecurity
Network Security Services
Detection Capabilities
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