Digital Forensics Masterclass - Learn digital forensics A-Z

Learn digital forensics and be computer forensics investigator / Certificate after completing course / DFMC+ / DFIR 2025

What you'll learn:

Identify Various Storage Media: Differentiate between optical storage, USB devices, SD cards, hard disk drives, and solid-state drives to understand their roles Create Bootable Forensic Media: Develop bootable media tools essential for initiating forensic investigations. Comprehend System Boot Processes: Understand the boot sequence of computer systems to identify potential points of compromise. Recognize Cybercrime Threats: Describe various types and methods of cybercrime to better understand the digital threat landscape. Understand Digital Forensics Categories: Explore different branches of digital forensics, including computer, mobile, network, and database forensics. Implement Computer Forensics Techniques: Apply methodologies to uncover and analyze digital evidence on computer systems. Conduct Mobile Device Forensics: Investigate mobile devices to extract and analyze pertinent digital evidence. Utilize Mobile Forensics Tools: Employ the latest tools and techniques in mobile forensic investigations. Perform Database Forensics: Analyze databases to uncover digital evidence and understand data manipulations. Analyze Storage Media Evolution: Trace the history and development of various storage media to appreciate their impact on data storage. Differentiate Volatile and Non-Volatile Memory: Understand the characteristics and differences between volatile and non-volatile memory types. Explore Magnetic Tape Drives: Examine the functionality and significance of magnetic tape drives in data storage. Understand Floppy Disks: Gain insights into the role and operation of floppy disks as a data storage medium. Examine Optical Storage Media: Analyze the evolution and capabilities of optical storage media, including DVDs and Blu-ray technology. Explore Flash Storage Media: Investigate the benefits and applications of flash storage media in modern computing. Understand USB Flash Drives: Learn about the functionality and versatility of USB flash drives in data storage and transfer. Examine Flash Memory Cards: Understand the use of flash memory cards in various digital devices. Trace Hard Disk Drives Evolution: Study the development of hard disk drives from megabytes to terabytes. Analyze Solid State Drives: Delve into the architecture and advantages of solid-state drives as the next generation of data storage. Understand Network Protocols: Comprehend the function and importance of network protocols in digital communication. Explore TCP/IP Model Layers: Understand the layers of the TCP/IP model and their roles in network communication. Analyze Email Transmission: Learn how emails are sent and received over the internet, including underlying protocols. Utilize Network Devices: Understand the basic use of switches and routers in data transmission and network connectivity. Implement Incident Response Strategies: Develop and apply systematic approaches to effectively respond to and manage cybersecurity incidents. Analyze Malware Behavior: Utilize advanced tools and techniques to dissect and understand malicious software, enhancing threat mitigation capabilities. Conduct Network Traffic Analysis: Monitor and interpret network data to identify anomalies and potential security breaches. Apply Legal and Ethical Principles in Digital Forensics: Understand the legal frameworks and ethical considerations governing digital investigations to ensure c Develop Threat Intelligence Reports: Compile and present findings from digital forensic investigations to inform stakeholders and support proactive defense . and other awesome topics ->

Description:

Digital forensics is a branch of forensic science encompassing the recovery, investigation, examination and analysis of material found in digital devices, often in relation to mobile devices and computer crime. The term digital forensics was originally used as a synonym for computer forensics but has expanded to cover investigation of all devices capable of storing digital data. With roots in the personal computing revolution of the late 1970s and early 1980s, the discipline evolved in a haphazard manner during the 1990s, and it was not until the early 21st century that national policies emerged.

Digital forensics investigations have a variety of applications. The most common is to support or refute a hypothesis before criminal or civil courts. Criminal cases involve the alleged breaking of laws that are defined by legislation and that are enforced by the police and prosecuted by the state, such as theft and assault against the person. Civil cases on the other hand deal with protecting the rights and property of individuals (often associated with family disputes) but may also be concerned with contractual disputes between commercial entities where a form of digital forensics referred to as electronic discovery (ediscovery) may be involved

During the 1980s very few specialized digital forensic tools existed, and consequently investigators often performed live analysis on media, examining computers from within the operating system using existing sysadmin tools to extract evidence. This practice carried the risk of modifying data on the disk, either inadvertently or otherwise, which led to claims of evidence tampering. A number of tools were created during the early 1990s to address the problem.

Digital forensics is commonly used in both criminal law and private investigation. Traditionally it has been associated with criminal law, where evidence is collected to support or oppose a hypothesis before the courts. As with other areas of forensics this is often a part of a wider investigation spanning a number of disciplines. In some cases, the collected evidence is used as a form of intelligence gathering, used for other purposes than court proceedings (for example to locate, identify or halt other crimes). As a result, intelligence gathering is sometimes held to a less strict forensic standard.

Requirement:

Basic understanding of computer systems and networks is beneficial but not mandatory. A keen interest in cybersecurity and digital investigations.