Dynamic Solutions to DDoS Attacks in Wireless Networks

Slide 1: DDoS Unveiled

Slide 2: The Rise of Wireless Devices

Slide 3: Unveiling DDoS Attacks: Nature and Exploitation

• DDoS attacks utilize multiple compromised systems to flood a target, overwhelming its resources and causing service disruption.
• Attackers often leverage botnets, a network of infected devices, to launch simultaneous requests at a targeted server.
• Understanding the nature of DDoS attacks involves studying the attack vectors and the motives behind such cyber threats.
• The complexity of DDoS attacks grows as attackers use techniques like amplification and reflection to maximize their impact.
• Mitigation strategies require a multi-layered approach, including traffic filtering, rate limiting, and robust network architecture.

Slide 4: Static vs. Dynamic Path Identifiers

Slide 5: Dynamic Path Identifiers

Slide 6: Encryption and Path Negotiation in Network Transfers

Slide 7: Simulations and Results: Evaluating DPID Effectiveness

Slide 8: Case Study: Router Network

• This case study explores a router setup with 22 nodes for network efficiency.
• We focus on the implementation of DPID in managing multiple network nodes.
• Analyzing data flow and node communication reveals key insights on performance.
• The impact of DPID on network management techniques will be discussed.
• Real-world applications and results from the case study will be presented.

Slide 9: Prevention and Detection Strategies for DDoS Attacks: The Role of DPID

Slide 10: Future of Network Security