Digital Forensics for Pentesters – Hands-on Learning
Course Overview:
Digital Forensics for Pentesters – Hands-on Learning is an immersive e-learning course offered by Course Plus, designed for cybersecurity professionals and enthusiasts. The course delves into the practical aspects of digital forensics, focusing on tools, techniques, and processes used in penetration testing. From setting up forensic environments using VirtualBox to performing advanced analyses with tools like Autopsy, Shodan, and Wireshark, this course ensures a comprehensive understanding of digital forensic investigations. Ideal for professionals aiming to enhance their skills in ethical hacking and security assessments, this course also prepares learners to simulate and analyze real-world scenarios.
Why Enroll in this Course?
Enrolling in Digital Forensics for Pentesters – Hands-on Learning at Course Plus will enable you to master essential forensic techniques crucial for penetration testing and cybersecurity roles. This hands-on course emphasizes practical learning, helping you set up forensic environments, analyze data for evidence, and simulate real-world scenarios. Whether you are a beginner or an experienced professional, the structured lessons ensure that you build expertise step-by-step. By completing this course, you’ll gain the confidence to tackle complex investigations, identify vulnerabilities, and secure digital infrastructures. Equip yourself with skills demanded by top employers in the cybersecurity domain. Begin your journey toward becoming a digital forensic expert today.
Investment Value:
- Gain hands-on experience with industry-standard tools like CSI Linux, Kali Linux, and Wireshark.
- Learn practical forensic techniques for real-world penetration testing scenarios.
- Enhance your professional portfolio with in-demand cybersecurity skills.
- Access lifetime learning materials and updates through Course Plus.
- Position yourself for career growth in the high-demand field of cybersecurity.
Technical Specifications:
- A system with at least 8GB RAM and 20GB free storage for virtual environments.
- VirtualBox for creating virtual machine setups.
- Downloadable ISO and OVA files provided during the course.
- Internet connection for accessing tools like Shodan and OSINT frameworks.
- Compatible with Windows, macOS, and Linux operating systems.
Learning Outcome
- Understand the fundamentals of digital forensics for penetration testing.
- Set up forensic environments using VirtualBox and popular forensic tools.
- Perform OSINT investigations and analyze online data for security purposes.
- Conduct detailed registry and memory forensics.
- Reverse engineer malware using Ghidra.
- Analyze network traffic with Wireshark and capture essential data.
- Discover vulnerabilities using tools like Shodan and Metasploitable2.
- Extract and analyze digital evidence, such as email headers and shellbags.
- Build and solve Capture-the-Flag (CTF) challenges to reinforce learning.
- Utilize Sysinternals tools for malware detection and system analysis.
Conclusion
Enroll in the Digital Forensics for Pentesters – Hands-on Learning course on Course Plus today and gain industry-relevant skills in cybersecurity and digital forensics. With practical lessons and expert guidance, this course equips you to excel in penetration testing and forensic investigations. Start your journey to becoming a digital forensic expert now!
Next Steps:
- Register on Course Plus platform
- Access course materials
- Join community discussions
- Earn certification
Course Curriculum
Digital Forensics for Pentesters – Hands-on Learning
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Course Overview
06:00 -
Downloading ISO and OVA Files for VirtualBox
09:00 -
Create a Virtual Install of CSI Linux 2021.2
12:00 -
Create a Kali Live (Forensic Mode) VM Using VirtualBox
06:00 -
Create a Virtual Install Kali Image Using VirtualBox
13:00 -
Create Virtual Install of Windows 10 Using VirtualBox
09:00 -
Create a Virtual Install of Metasploitable2 Using VirtualBox
11:00 -
Getting Started with Autopsy
10:00 -
Simulate Creating a Disk Image for a Forensic Analysis
11:00 -
Examining a forensic Disk Image Using Autopsy
13:00 -
Installing the WebMap-Nmap Dashboard
12:00 -
Conducting OSINT Using CSI Linux Investigator
09:00 -
Find Social Media Accounts Using Sherlock
07:00 -
OSINT Framework – Overview
17:00 -
Preparing CSI Investigator to Use Shodan
06:00 -
Using Shodan to Find Vulnerable Devices
16:00 -
Using Shodan to Search for Vulnerable Databases
09:00 -
Attaching an External USB Device in Kali
08:00 -
Acquiring a Forensic Copy of the Windows Registry
16:00 -
Analyzing the Windows Registry for Evidence
15:00 -
Dumping Wi-Fi Credentials Using netsh
05:00 -
Email Header Analysis
17:00 -
Using Shellbags to View Hidden or Deleted Folders
06:00 -
Extracting Thumbnail Images From a Suspects Machine
05:00 -
Memory Forensics Using the Volatility Framework
19:00 -
Install Ghidra on CSI Linux
08:00 -
Introduction to Using Ghidra
15:00 -
Reverse Engineering crackme0x00 Using Ghidra
07:00 -
Reverse Engineering crackme0x05 Using Ghidra
12:00 -
Analyzing the WannaCry KillSwitch Using Ghidra
17:00 -
Overview of Sysinternal Tools
09:00 -
Overview of Sysinternal’s Process Explorer
18:00 -
Finding Malware with Sysinternals Process Explorer
10:00 -
Using Steghide for Hiding and Extracting Data
12:00 -
Using the EXIFtool to Read and Write EXIF Tags
10:00 -
Overview of Wireshark 3.2
11:00 -
Wireshark Capture Options
08:00 -
Wireshark Toolbar Icons
04:00 -
Installing a Wireless Adapter in Kali
10:00 -
Capturing Wireless Traffic Using Wireshark
06:00 -
Capturing a 3-way TCP Handshake Using Wireshark
05:00 -
CTF Lab Build for HA – Forensics
12:00 -
Capture flag #1
12:00 -
Capture flag #2
11:00 -
Capture flag #3
20:00 -
Capture flag #4
09:00
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