Ns3 Projects for B.E/B.Tech M.E/M.Tech PhD Scholars.  Phone-Number:9790238391   E-mail: ns3simulation@gmail.com

Digital Forensics projects examples using ns3

Digital Forensics Project Examples using ns3 that are explored in scholar’s world are shared by us. Read the thesis ideas on how our experts will tackle it. For best solutions be in touch with us. Below are some digital forensics project examples using ns3.

  1. Network Traffic Analysis for Forensics:
    • To capture traffic, we will simulate a network using ns3.
    • To analyze captured traffic for signs of malicious activity or data breaches, implement techniques.
    • To reconstruct the sequence of events from network logs and traffic data, develop tools.
  2. Intrusion Detection and Analysis:
    • In ns3,our team will  implement an Intrusion Detection System (IDS).
    • Simulate various network attacks (e.g., DDoS, MitM, spoofing) and to detect them use the IDS.
    • To understand the attack patterns and methods used by the attacker, analyze the logs generated by the IDS.
  3. Forensic Analysis of Encrypted Traffic:
    • Simulate a network with encrypted traffic (e.g., SSL/TLS).
    • To analyze encrypted traffic patterns and metadata for forensic purposes, develop methods.
    • Here we will Study the effectiveness of these methods in identifying security incidents without decrypting the actual data.
  4. Simulation of Data Exfiltration:
    • Use various techniques such as convert channels, steganography to simulate scenarios where sensitive data is exfiltrated from a network.
    • To identify and analyze data exfiltration attempts, we will implement detection mechanisms.
    • To trace the exfiltrated data back to its source and identify the attacker, develop forensic tools.
  5. Digital Evidence Collection and Preservation:
    • During simulated cyber-attacks, simulate a network and generate digital evidence.
    • Our team will Implement methods for collecting, preserving, and securely storing digital evidence.
    • To ensure the integrity and chain of custody of the collected evidence, develop tools.
  6. Forensic Analysis of Botnet Activities:
    • Use ns3 to simulate a botnet and analyze its behavior and communication patterns.
    • To identify compromised nodes and trace the botnet’s command and control (C&C) infrastructure, develop forensic techniques.
    • For forensic investigation, analyze the logs and data generated by botnet activities.
  7. Wireless Network Forensics:
    • Use ns3 to simulate a wireless network environment (e.g., Wi-Fi, LTE).
    • To capture and analyze wireless network traffic, implement techniques for forensic purposes.
    • To identify unauthorized access points, rogue devices, and security breaches, develop methods in wireless networks.
  8. Incident Response Simulation:
    • Simulate a cyber-attack on a network and the subsequent incident response using ns3.
    • We will develop a step-by-step incident response plan, that includes detection, containment, eradication, and recovery.
    • Examine the effectiveness of the incident response actions and the forensic data collected during the process.
  9. Analysis of Malware Propagation:
    • Our experts will use ns3 to simulate the propagation of malware within a network.
    • To track the spread of malware and identify the initial point of infection, implement forensic techniques.
    • To analyze the behavior of malware and its impact on network resources, develop tools.
  10. Forensic Analysis of Network Anomalies:
    • Our programmers use ns3 to simulate normal and abnormal network behaviours.
    • To detect network anomalies and potential security incidents, implement machine learning algorithms.
    • To analyze anomalies and determine their causes and impact, develop forensic methods.

Overall, we had went through the examples of digital forensics project in ns3 such as incident response simulation, wireless network forensics and so on. Carry on thesis ideas and topics on all areas of  Digital Forensics project by accessing our experts touch in your work.