Start your Computer Forensics Career now and see your Growth step by step and Unlock your potential.
*Get the Official Certificate after Completing the Course
What you’ll learn
- Computer Forensics.
- Image Acquisition.
- Image Analysis.
- Memory (RAM) Acquisition from Digital Evidence.
- Network Training for Computer Forensics.
- Memory Anaylsis.
- Fundamental and Advanced Training about Digital Forensics.
- Memory Acquisition with FTK Imager.
- Linux Training for Computer Forensics.
- Storage Analysis with Autospy.
- Memory Acquisition from Infected Device.
- Evidence Collection for Digital Forensics.
- Memory Analysis with Volatility.
- and other awesome topics ->.
Course Content
- Should know Terminologies and Techniques –> 1 lecture • 11min.
- Creating Open Source Linux and Windows Systems as Digital Forensics Lab HOS –> 6 lectures • 49min.
- Boot Process –> 1 lecture • 16min.
- Network Training for Computer Forensics –> 2 lectures • 41min.
- Filesystems for Computer Forensics –> 1 lecture • 13min.
- Linux Training for Computer Forensics –> 5 lectures • 2hr 1min.
- Evidence Collection and Preparation –> 2 lectures • 25min.
- Storage Acquisition –> 5 lectures • 47min.
- Disk And File Analysis –> 7 lectures • 52min.
Requirements
*Get the Official Certificate after Completing the Course
Welcome to the 21st century, where almost everything is connected to a computer. Digital cameras are built into doorbells; your smartphone tracks your daily movements from work to home and back; and you receive social media updates when you go to the gym, see a show, or visit a new city. Digital technology tracks your phone calls, bank transactions, and medical appointments. What about criminal or unethical behaviour if it tracks your mundane daily activities?
That activity is also monitored, and as a digital forensic investigator, you’ll need to understand where digital evidence is stored and how to analyse it. There is almost no criminal activity that does not involve digital evidence, and it is your responsibility as an investigator to gather all available evidence, process it, and present your findings to the authorities.
Investigators who work in the field of digital forensics must have a diverse set of skills and interests. The first question I ask anyone thinking about a career in this field is if they enjoy solving puzzles. You may not have access to any information other than the fact that something happened when investigating a case. So, if someone needs to be shown or told what happened, this field may not be right for them. When a case is brought to an investigator’s attention, the investigator is often given instructions to figure out what the computer or device was used for.
Another important trait is the ability to deal with frustration, as investigative tools and software do not always work without problems. When it comes to cell phones and small devices, this is a fairly common occurrence. Many students, rather than working through the challenges, stop their investigation in class at the first sign of difficulty. They don’t even try to figure out what’s wrong with the tool by looking at the web or using the help system. To be a successful investigator, one must be persistent and creative – they must be problem solvers. Digital forensics is a branch of forensic science that collects, analyses, documents, and presents digital evidence related to computer crime for use in a court of law using scientific knowledge. Knowing what was done, when it was done, and who did it is the ultimate goal. The term “digital forensics” is often used interchangeably with “computer forensics” (also known as “cyber forensics”), but it has come to encompass all devices capable of storing digital data, including networking devices, mobile phones, tablets, digital cameras, Internet of Things (IoT) devices, digital home appliances, and other digital storage media such as CD/DVD, USB drives, SD cards, external drives, and backup tapes.