IT & Software > Network & Security
19 h
£54.99 Free for 4 days
Master Digital & Computer Forensics: Comprehensive PRO+ Guide
What you will learn:
- Understanding the differences between computer and digital forensics.
- Learning the fundamentals of data acquisition and preservation.
- Identifying the legal and ethical implications of digital evidence.
- Mastering popular digital forensics tools such as EnCase and FTK.
- Gaining a deep understanding of file systems and storage devices.
- Analyzing network security breaches and incidents.
- Mastering the basics of computer and mobile device forensics.
- Understanding cybercrime and cyberterrorism.
- Investigating cyberbullying and online harassment.
- Identifying evidence of online fraud and identity theft.
- Conducting effective forensic investigations.
- Analyzing forensic evidence in criminal and civil cases.
- Understanding the chain of custody and preserving evidence.
- Exploring cloud storage and data analysis.
- Mastering the basics of cryptography and encryption.
- Analyzing web browsing and internet history.
- Utilizing Linux commands for digital forensics.
- Conducting thorough computer forensics investigations.
- Investigating the use of social media and digital communication.
- Leveraging the Volatility Framework for memory analysis.
- Unraveling the mysteries of the Windows Registry.
- Collecting evidence from digital devices like cameras and DVRs.
- Expanding your Linux skills for digital forensics.
- Combating anti-forensics techniques.
- Deep diving into digital forensics principles and practices.
- Examining email and instant messaging for evidence.
- Investigating the use of encryption and data hiding techniques.
- Understanding the impact of technology on the legal system.
- Analyzing malware and viruses.
- Mastering mobile forensics techniques.
- Conducting forensic investigations in a corporate environment.
- Boosting your cybersecurity knowledge and skills.
- Identifying evidence of cyber espionage and intellectual property theft.
- Understanding the role of digital forensics in criminal investigations.
- Specializing in Windows forensics.
- Analyzing the security of computer networks.
- Investigating wireless network security.
- Exploring the basics of virtual machine forensics.
- Learning about advanced computer and mobile device forensics.
- Identifying evidence of cyber attacks and cyber threats.
Description
Dive into the world of digital and computer forensics with this all-encompassing Masterclass PRO+. Uncover the intricacies of cybercrime investigations, learn practical techniques for mobile forensics, delve into the depths of Windows and Linux systems, and become a master of data acquisition, analysis, and preservation.
This course is your ultimate guide to digital forensics, regardless of your experience level. Whether you're a cybersecurity professional, aspiring investigator, or simply curious about the world of digital evidence, this course will equip you with the knowledge and skills needed to excel in this dynamic field.
Gain a deep understanding of legal frameworks, ethical considerations, and industry best practices. Learn to use advanced tools and techniques to analyze digital evidence, uncover hidden data, and secure systems from cyber threats. Master mobile device forensics, explore network security breaches, and learn to combat anti-forensics techniques.
This is your opportunity to become a digital forensics expert and make a real impact in the ever-evolving world of cybersecurity. Enroll today and unlock the secrets of the digital world!
Curriculum
Understanding the Cybercrime Landscape
This section sets the stage for your digital forensics journey by providing a comprehensive overview of cybercrime. You'll explore the different types of cybercrime, including financial fraud, identity theft, and data breaches. You'll gain a deep understanding of the motivations behind these crimes and the various methods employed by cybercriminals. This foundation will equip you to recognize and analyze potential cybercrime threats and develop effective investigative strategies.
Navigating the Digital Forensics Frontier
This section dives deep into the various branches of digital forensics, including computer, mobile, network, and database forensics. You'll explore the tools and techniques specific to each area, gain a comprehensive understanding of the different types of digital evidence, and learn how to effectively collect, preserve, and analyze data from various sources, including computers, smartphones, networks, and databases. You'll also learn about the challenges and complexities of working with different file systems, storage devices, and operating systems.
Unraveling the Mysteries of TCP/IP
This section explores the fundamentals of the TCP/IP protocol suite, the foundation of modern internet communication. You'll learn about the different layers of the TCP/IP model, understand how data is transmitted across networks, and gain insights into the communication processes involved in sending and receiving emails. This knowledge will be crucial for analyzing network traffic and investigating network-related cybercrime incidents.
Mastering the Essentials of Digital & Computer Forensics
This section lays the groundwork for your digital forensics expertise by covering the fundamental concepts and principles of digital forensics and computer forensics. You'll explore the history of computing and the evolution of digital evidence. You'll learn about the legal frameworks and ethical considerations governing digital investigations, understand the role of a digital forensics investigator, and explore the challenges posed by anti-forensics techniques like encryption and timestamping.
Understanding the Diverse Landscape of Storage Media
This section takes you on a journey through the world of storage media, covering everything from magnetic tapes and floppy disks to DVDs, Blu-rays, and flash drives. You'll learn about the characteristics, capabilities, and limitations of each type of storage media, gaining valuable knowledge for identifying and extracting evidence from a variety of digital devices. You'll also explore the evolution of storage technologies and their impact on digital investigations.
Cybersecurity Foundations for Digital Forensics
This section builds your understanding of cybersecurity concepts essential for digital forensics investigations. You'll learn about VPNs, firewalls, DMZs, and how these security measures protect systems from cyber threats. You'll gain insights into the vulnerabilities and exploits that can be exploited by attackers, and learn to recognize suspicious activity and potential security breaches.
Building Your Digital Forensics Lab
This section guides you through the process of setting up your own ethical hacking lab, a vital tool for practicing and honing your digital forensics skills. You'll learn how to install and configure virtual machines, set up Kali Linux, and create a Metasploitable environment. This hands-on experience will allow you to experiment with real-world scenarios and develop a deeper understanding of the tools and techniques used in digital forensics.
Acquiring Digital Evidence Effectively
This section focuses on the crucial art of digital evidence acquisition. You'll learn about the various techniques for collecting data from different types of storage devices, including volatile memory (RAM) and non-volatile storage. You'll explore popular tools like MGNT, FKMT, BLKSFT, and FKT, and learn about best practices for preserving the integrity and admissibility of evidence.
Analyzing Digital Evidence: Uncovering the Truth
This section delves into the analysis of digital evidence, equipping you with the tools and techniques to uncover hidden data, identify patterns, and reconstruct events. You'll learn how to use tools like FRMT, SLCPL, and BLK_EXT for analyzing storage media, understand the importance of metadata, and explore the use of memory analysis tools to uncover malicious activity.
Responding to Cybercrime Incidents: Protecting Your Data
This section covers the critical area of incident response, the process of handling cybersecurity breaches and attacks. You'll learn about the key steps in incident response, from initial detection and containment to evidence collection, analysis, and reporting. You'll also explore the importance of forensic procedures, hashing algorithms, and understanding the legal ramifications of cybercrime incidents.
Mastering the Linux Command Line: Your Digital Forensics Toolkit
This section provides a deep dive into the powerful world of the Linux command line, a vital tool for digital forensics investigators. You'll learn about essential Linux commands like `ls`, `cd`, `pwd`, `mkdir`, `rm`, `cp`, and `mv`, and explore the use of pipes to combine commands and automate processes. You'll gain fluency in navigating the Linux file system and executing common tasks, enhancing your ability to analyze and investigate digital evidence.
Exploring the Linux Shell: Unleashing Automation and Scripting
This section expands your Linux expertise by delving into the powerful world of the Linux shell. You'll learn about shell expansions, expressions, and how to automate repetitive tasks using shell scripting. You'll explore the use of quoting to control command execution, and gain valuable knowledge for creating customized tools and scripts for digital forensics investigations.
Understanding Linux Permissions: Safeguarding Data Access
This section focuses on the crucial concept of Linux permissions, which control access to files and directories. You'll learn about user IDs (UIDs), group IDs (GIDs), and how permissions are applied. You'll explore the `chmod` command, a key tool for managing permissions, and gain a deep understanding of how to secure sensitive data and maintain system integrity.
Understanding Linux Processes: Managing System Resources
This section delves into the world of Linux processes, the running programs and tasks within a system. You'll learn how to identify and monitor processes using tools like `ps`, `top`, and `kill`, understand the difference between foreground and background processes, and explore the use of signals to control process behavior. This knowledge is essential for understanding system performance, identifying suspicious activity, and troubleshooting issues during digital forensics investigations.
Managing Software Packages in Linux: A System Administrator's Toolkit
This section explores the essential tools for managing software packages in Linux, including package management systems like `apt` and `yum`. You'll learn about the importance of these systems for installing, updating, and removing software packages, ensuring system stability and security. You'll gain valuable skills for managing Linux systems, including troubleshooting software dependencies and maintaining a secure and reliable environment.
Mastering Networking Fundamentals for Digital Forensics
This section equips you with a solid foundation in networking fundamentals, essential for understanding and analyzing network-related cybercrime incidents. You'll learn about common network protocols, network topologies, and how data is transmitted over networks. You'll also explore tools like `traceroute` and `netstat`, which are crucial for investigating network traffic and identifying potential security breaches.
Analyzing Digital Evidence: Uncovering the Truth
This section delves into the analysis of digital evidence, equipping you with the tools and techniques to uncover hidden data, identify patterns, and reconstruct events. You'll learn how to use tools like Volatility and Autopsy for analyzing memory dumps and storage media, understand the importance of metadata, and explore the use of memory analysis tools to uncover malicious activity.
Identifying and Understanding Malware: Protecting Systems from Threats
This section focuses on the detection and analysis of malware, a key component of digital forensics investigations. You'll learn about the different types of malware, including viruses, worms, Trojans, and ransomware. You'll explore methods for identifying and analyzing malware, understand malware persistence techniques, and learn to use tools for malware detection and analysis.
Building Your Network Knowledge: Essential for Digital Forensics
This section delves into the fundamentals of computer networks, providing a comprehensive overview of networking concepts. You'll learn about the different layers of the OSI model, network topologies, network protocols, and the principles of data transmission. This knowledge will equip you to understand network traffic analysis, identify network vulnerabilities, and investigate network-related cybercrime incidents.
Unveiling Malware Secrets: Analyzing Malicious Code
This section explores the fascinating world of malware analysis, equipping you with the skills to dissect malicious code and understand its inner workings. You'll learn how to analyze different types of malware, including CRIDEX and R2D2, and explore advanced techniques for analyzing infected memory dumps. This knowledge will enable you to identify malware threats, understand how they operate, and develop effective countermeasures.
Acquiring Digital Evidence: Mastering the Art of Collection
This section dives deep into the practical aspects of digital evidence acquisition, providing hands-on guidance for collecting data from various sources. You'll learn about hashing techniques for verifying data integrity, explore tools like Magnet Memory Acquisition, and discover methods for acquiring data from Windows and Linux systems. You'll also explore techniques for splitting large image files and acquiring data from volatile memory (RAM). This section equips you with the skills to effectively collect and preserve digital evidence for forensic investigations.
Unlocking Mobile Forensics: Investigating the Digital World in Our Pockets
This section focuses on the increasingly important area of mobile forensics, exploring the techniques for investigating smartphones and tablets. You'll learn about the unique challenges and opportunities of mobile device investigations, including rooting Android devices and analyzing data from iOS devices. You'll explore popular tools for mobile forensics, gain insights into the legal and ethical considerations of mobile device investigations, and develop the skills to effectively extract and analyze evidence from these devices.
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