Description:

This GitHub repository is designed to help beginners develop practical skills in cybersecurity incident response. It offers hands-on projects focusing on key areas such as phishing attacks, malware analysis, network intrusion detection, and DDoS attack mitigation. Each project is structured to teach the reader not only how to identify and analyze cybersecurity incidents but also how to respond effectively to mitigate their impact.

Features:

• Hands-on projects that cover critical areas of cybersecurity incident response.
• Tools and resources: Each project comes with detailed instructions and a list of necessary tools like Wireshark, tcpdump, Python, Snort, and others.
• Beginner-friendly: Designed for those who are just starting in cybersecurity and incident response.
• Comprehensive Learning: The projects guide you through real-world scenarios, helping you build practical skills.
• Links to detailed instructions for each project within the repository.

Projects Overview

1. Phishing Attack Investigation

   • Goal: Investigate a phishing attack by analyzing phishing emails, identifying malicious links, and understanding phishing techniques.
   • Tools:
     • Email client
     • Linux VM
     • Wireshark
     • Python
   • Project Link: Phishing Attack Investigation

2. Malware Analysis and Containment

   • Goal: Analyze and contain malware using dynamic and static analysis techniques. Identify Indicators of Compromise (IOCs) and implement containment strategies.
   • Tools:
     • VirtualBox
     • REMnux
     • Windows VM
     • IDA Pro
     • OllyDbg
   • Project Link: Malware Analysis and Containment

3. Network Intrusion Detection and Response

   • Goal: Detect and respond to network intrusions using IDS/IPS, analyze network traffic, and implement response strategies.
   • Tools:
     • Snort
     • Wireshark
     • tcpdump
     • Suricata
   • Project Link: Network Intrusion Detection and Response

4. DDoS Attack Detection and Response

   • Goal: Detect and respond to DDoS attacks using various tools and techniques, including simulating DDoS attacks, capturing and analyzing traffic, and implementing mitigation measures.
   • Tools:
     • Wireshark
     • tcpdump
     • DDoSify
     • Snort
     • Fail2ban
   • Project Link: DDoS Attack Detection and Response

Requirements:

• Before you begin, ensure that you have the following requirements in place:

  General Requirements:

• A Linux environment (VM or host machine) is preferable for most of the tools used in these projects.
• Virtualization Software (for VM-based tools like REMnux and Windows VM):
  • VMware or VirtualBox.
• Internet Connection: Some tools may require internet access to download updates or dependencies.

• Project-Specific Tools:

• Phishing Attack Investigation:

  • Email client (e.g., Thunderbird, Outlook).
  • Linux-based VM (e.g., Ubuntu or Kali Linux).
  • Wireshark and Python.

• Malware Analysis and Containment:

  • VirtualBox or VMware (for setting up virtual environments).
  • REMnux for malware analysis (a specialized Linux distribution).
  • Windows VM (for simulating malware on Windows).
  • IDA Pro, OllyDbg (for dynamic/static analysis).

• Network Intrusion Detection and Response:

  • Snort, Wireshark, tcpdump, and Suricata.
  • A machine (Linux preferred) for running these network monitoring tools.

• DDoS Attack Detection and Response:

  • Wireshark and tcpdump for packet capture.
  • DDoSify (a tool for simulating DDoS attacks).
  • Snort and Fail2ban for intrusion detection and mitigation.

Instructions:

1. Clone the Repository: Begin by cloning the repository to your local machine:

   bash

   Copy code

   git clone https://github.com/0xrajneesh/Incident-Response-Projects-for-Beginners.git cd Incident-Response-Projects-for-Beginners

2. Setup the Environment: For each project, follow the specific setup instructions provided in the respective project sections.

3. Install Required Tools: Ensure that all the required tools for each project are installed. For example, you may need to install Snort, Wireshark, or other software depending on the project you are working on.

4. Follow the Project Instructions: Navigate to each project's folder and follow the detailed instructions and links for analysis and response steps. Each project has a README file with additional guidelines and steps.