AI and IoT: Accelerating the Power of DDoS Attacks

AI and IoT: Accelerating the Power of DDoS Attacks is an advanced-level international workshop designed to uncover the growing intersection between AI, IoT proliferation, and cyber warfare tactics. While IoT enables real-time connectivity and data-driven automation, it also exposes critical vulnerabilities that cyber attackers now amplify using AI.

Participants will dive deep into DDoS attack vectors, AI-based botnet orchestration, anomaly detection, network traffic modeling, and real-time mitigation frameworks. Using tools like Wireshark, Scapy, TensorFlow, Snort, and Keras, attendees will gain hands-on experience in both attack simulation and intelligent defense implementation.

• Reveal the dual-use potential of AI in cybersecurity—both attacker and defender roles

• Train participants to implement robust, AI-based defense architectures

• Encourage ethical use of penetration testing tools in research and training

• Prepare professionals to defend next-gen smart ecosystems from intelligent threats

🔹 Day 1: The Evolving Cyber Threat Surface – DDoS in the Age of AI & IoT

• Understanding the Modern IoT Threat Landscape

  • Device sprawl, vulnerabilities, and real-world incidents

• Anatomy of DDoS Attacks in IoT Ecosystems

  • Volumetric, protocol exploitation, and application layer attacks

• AI as a Force Multiplier for DDoS Campaigns

  • Target automation, dynamic payload generation, and swarm intelligence

• Global Case Studies & Cyber Intelligence

  • Mirai Botnet 2.0, Mozi, Dark Nexus

Interactive Demonstration

• Simulated DDoS traffic using open-source toolkits (e.g., LOIC, Hping3)

• Real-time packet analysis with Zeek and Wireshark

🔹 Day 2: Offensive Artificial Intelligence – Automating, Evolving, Attacking

• Adversarial Machine Learning in DDoS Attacks

  • ML-based target profiling and attack path optimization

• Deep Reinforcement Learning for Dynamic Attack Strategies

  • AI bots adapting in real-time to evade detection and maximize impact

• Bypassing AI Defenses: Adversarial Evasion & Model Poisoning

  • Techniques for manipulating and defeating ML-based IDS systems

• Emerging Threat Vectors

  • AI-generated network traffic mimicking normal behavior

Practical Exercise

• Build and test a simple anomaly detection model using Python (e.g., Random Forest or SVM)

• Generate adversarial inputs using FGSM or textGAN

🔹 Day 3: Designing AI-Resilient IoT Architectures – From Detection to Defense

• AI-Augmented Intrusion Detection & Prevention Systems (IDPS)

  • Supervised and unsupervised models for real-time traffic scoring

• Federated Learning for Edge-Based Defense

  • Privacy-aware distributed models for smart devices

• Security Orchestration, Automation, and Response (SOAR)

  • AI integration in automated mitigation pipelines

• Governance, Risk, and Compliance (GRC)

  • Alignment with ISO/IEC 27001, NIST RMF, OWASP IoT Top 10, and GDPR

Capstone Design Project

• Group design of a secure IoT network architecture

• Threat modeling using STRIDE and MITRE ATT&CK for IoT

• Cybersecurity professionals and network engineers

• AI/ML practitioners working on threat detection

• IoT product developers and embedded systems engineers

• Researchers in cyber warfare, data forensics, and smart systems

• Students with basic knowledge of networking and Python