FORENSIC IMAGE TOOLS WINDOWS 10
FORENSIC IMAGE TOOLS WINDOWS

A knowledge check completes this exercise This will include a video to demonstrate disassembly and connection process. This exercise presents information on connecting a drive to a forensic workstation including steps to extract a hard drive and connect to a computer.Navigate the OS file system including root, absolute and relative paths This exercise presents information on operating systems and forensic images.This exercise presents information on unallocated and slack space.This exercise presents information on drive geometry of traditional hard drives and SSDs.This exercise presents information on forensic imaging history, standard operating procedures, chain of custody, forensic standards and defining computer forensics and its importance to data preservation.This module addresses these issues as well as defines what imaging means and why it is important

Forensically sound imaging is important in preparing a presentation for a court. It is critical to understand drive geometry and the operating system to match the imaging method to the evidence that you will collect and analyze. The imaging method used depends on the evidence that needs to be examined. This includes drive geometry and the operating system as well as navigating the file system. To understand computer forensic imaging, you need to understand the devices that you are imaging. Module 1: Introduction to Forensic ImagingĮffective and defensible imaging is established according to accepted standards. Students interested in advancing their skills in digital forensic imaging should be familiar with the forensic process as well as types of evidence found in computer related crimes.

FORENSIC IMAGE TOOLS WINDOWS

The computer should meet the recommended requirements for running Windows 10Įvidence preservation and maintaining a chain of custody is an important factor in the forensic process.

FORENSIC IMAGE TOOLS WINDOWS 10

Windows 10 computer with access to the Internet. There is more to forensic imaging and this course will explain why and increase your skills and knowledge implementing the forensic process. Whether you are interested in computer forensics or are already a forensic examiner this course if for you. Students interested in the imaging process and image types including the underlying technology will find this course appealing, Technologies range from disk drive geometry and operating systems to hashing algorithms and bit-stream imaging.

Forensic imaging can also prevent the loss of critical files due to drive or other device failure. More than ever, this skill is of critical importance because creating and backing up a forensic image helps ensure evidence integrity presentable in court. Guided by industry standards and methods the student will learn and apply best practices to identify and utilize the most effective and defensible imaging methods. This course will give you the knowledge and skills to preserve and protect evidence with secure forensic imaging.

Forensic image tools