Active Defense - Helping Threat Actors Hack Themselves

Overview

Explore innovative active defense strategies to turn the tables on cyber threats, helping attackers inadvertently compromise themselves while protecting legitimate users.

Syllabus

• Introduction to Active Defense
Understanding Active Defense Strategies
Overview of Cyber Threat Landscape
Ethical and Legal Considerations
• Fundamentals of Cyber Threat Actors
Profiling Threat Actors
Attack Vectors and Methodologies
Motivation and Objectives of Attackers
• Deception Technologies
Honeypots and Honeytokens
Decoy Systems and Tamper-Resistant Designs
Benefits and Challenges of Deception
• Automated Threat Detection and Response
Machine Learning in Active Defense
Real-time Threat Analysis
Automated Defensive Manoeuvres
• Counterintelligence Tactics
Confusion and Misdirection Techniques
Double Agent Software
Information Poisoning
• Self-defeating Propagation Techniques
Self-destructing Malware
Redirection of Malicious Traffic
Triggering Attacker Errors
• Case Studies in Active Defense
Analysis of Successful Active Defense Implementations
Lessons Learned from Failures
Continuous Improvement of Defense Strategies
• Developing an Active Defense Plan
Identifying Key Assets
Integrating Active Defense into Existing Security Frameworks
Measuring the Effectiveness of Active Defense
• Practical Exercises and Labs
Simulating Active Defense Scenarios
Setting Up and Managing a Honeypot
Creating Deceptive Environments for Threat Actors
• Final Project
Design a comprehensive Active Defense Strategy
Implementing a Deception Technology Solution
Evaluate and Present Findings on Active Defense Effectiveness
• Review and Future Trends
Emerging Threats and Continued Evolution of Active Defense
Ethical and Legal Developments in Cybersecurity
The Future of Cyber Defense Strategies

Subjects

Conference Talks