Ques : #2 benefits of digital forensics The digital age has brought many advantages to individuals and businesses alike since it started. However‚ it has also brought a whole host of problems with it as well. More people can tap into to technology for fraudulent or criminal means‚ which has‚ of course‚ made business far more vulnerable than it ever has been before. This is why the idea of using digital forensics in the corporate sector has become more and more prevalent over the past few years.
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Digital forensics (sometimes known as digital forensic science) is a branch of forensic science encompassing the recovery and investigation of material found in digital devices‚ often in relation to 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 ’80s‚ the discipline evolved in a haphazard
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Introduction and background information: Digital forensics is a branch of forensic science involving the recovery and investigation of material found in digital devices used in crimes or by criminals. In the past 15 years it has expanded greatly with all the advances in technology but much of the new technology has not been studied yet. The research I am doing is important because if the study is successful in the future many forensic departments could use my research to solve crimes. Key terms:
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Table of content 1. Introduction1 2. Description of Digital Evidence2 3. Principles of Cyber Forensics3 4. Examination of Digital Evidence4 4.1 Preserving the evidence5 4.2 Locating the evidence6 4.3 Selecting the evidence 7 4.4 Analysing the evidence 8 4.5 Validating the evidence 9 4.6 Presenting the evidence 12 5. The Importance of Crime Reconstruction Hypotheses and Alternate Hypotheses 14 6. Conclusion 15 References 16 1. Introduction
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head: Digital Evidence Darlene Sampson Digital Evidence January 8‚ 2012 Abstract This paper will help explain the basic understanding of computer forensics. I will also identify five areas in computers and computer application a forensic investigator can look for digital evidence. I will identify three types of criminal investigations that can utilize the services of computer forensic investigators. This paper will help with the understanding of computer forensics. Digital Evidence
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Digital evidence refers to any piece of electronic information that can be found or retrieve from any electronic device which can be used to provide evidence for any use of violation. Basically‚ “Any information of probative value that is saved or stored in a binary form is digital evidence.” (SWGDE‚ 1998‚ p5). Below are the lists of electronic devices that stores digital evidence and some of the possible ways that the information can be manipulated: Information stored inside mobile phones such
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Introduction Strategies in digital forensics do not have an institutionalized and predictable model. There is a need for a universal process inside forensic examinations. Although fundamental procedures for performing a comprehensive digital forensic investigation‚ most procedures are not universal and in this way don’t have the capacity to be exchanged through the cases. In a digital forensic investigation‚ interview process is very important while deciding who‚ what‚ where‚ when‚ why‚ and how.
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DIGITAL FORENSIC Dr. Rakish DIGITAL FORENSIC Digital Forensic Science (DFS): “The use of scientifically derived and proven methods toward the preservation‚ collection‚ validation‚ identification‚ analysis‚ interpretation‚ documentation and presentation of digital evidence derived from digital sources for the purpose of facilitating or furthering the reconstruction of events found to be criminal‚ or helping to anticipate unauthorized actions shown to be disruptive to planned operations.” Course
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A cybercrime suspect can sometimes use creative means to commit his or her criminal offense. Some examples of sources a cybercrime suspect controls from which digital evidence may be obtained are listed below. 1) Computer systems‚ which consists of hardware and software that process data and is likely to include the case containing circuit boards‚ microprocessors‚ hard drive‚ memory‚ and interface connections‚ the monitor‚ keyboard‚ and mouse. A cybercrime suspect with a computer anywhere in
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The handling of evidence at the scene is critical to maintaining the integrity of the evidence (Bunting‚ 2012‚ p. 90). Proper tools for acquiring the evidence at the scene are essential. These tools can be categorized as discipline-specific hardware and software‚ and general tools and supplies. Bunting (2012)‚ Gogolin (2013)‚ Kral (2011) and Nelson‚ Phillips and Steuart (2010) provide lists of item that a digital forensics investigator should have at the scene. The table at the end of this section
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