Digital Forensic Strategy and Strategy


Digital forensic can be described as the cyber security typically used to secure to recognize, preserve, review and present digital data research in the manner it'll be legally accepted in any legal process. Digital forensic is mostly applied in recovering that involves analysis of materials on a digital media system and network. (Britz, 2013 ) This forensic uses the method of scientific research where in fact the evidence is mostly grounded on the areas of forensic research. The documentation of the forensic technology requires a code of carry out of natural and decent methods to examinations. This digital forensic has a good history since it was learned by the original people who found the necessity to protect the info in virtually any digital gadget. It really is projected to be over 40 years old with the first tool making the first show up around 1970. This was credited to a demand made by the community to the judge of rules.

The first say was about financing which was done using a computer. The hackers used the computer to take money hence there is a need to come up with a technique. The hacking will not only involve stealing but also getting access of the info from your personal computer without the expert from the dog owner. In 1980s, classes for digital forensic were developed targeted at equipping the learner with the data of forensics. Organizations such as Qualified Fraud Examiners, High Technology Offense Investigational Associations (HTCIA) among other digital forensic companies were formed to deal with those frauds. (Britz, Digital Forensics and Cyber Criminal offenses, 2010) Currently, there are so many courses in the universities to offer certifications in the domains such as computer forensics and also digital investigations.

In those start, forensic tools like MACE and Norton came up with the essential resurgence capabilities such as unformat and undelete, the analysis was under specific stationed in a particular workstation. (Janczewski, 2010) Today some software have been created to do the same and effectively. Federal government has produce the standardization of the same as from 1984. On a single yr, the FBI came up with a organised body, Computer Research Response Team (CART), allocated with the duty of examining the evidence as per regulations.

Digital forensic methodology

Obtaining authorization for exploration.

There first methods involve getting authority in order one can start the research. This is so because no one can allow someone to enter into another without permission, once the agreement is granted, the investigations kick off. The individual mandate to do the exploration must be experienced with the full understanding of the forensic exploration and analyzing. The exploration will be completed obviously and the fraud should be found and amended. The investigator also is likely to use the existing methods of digital forensic scheduled to rapid expansion in the technology, signifying advanced methods should apply.

Determining facts locations

After investigation, the investigator provides the evidence locations. Which means that the investigator will determine where in fact the location of which the fraud has took place, then go to prospects places and find out what may have occurred. Different locations will contain different varieties of frauds; this will lead to different kinds of locations. (Dawson, 2015) Each data will also contain different way of measuring resolving it. Digital forensic change from one country to another and the solution taken to deal with such frauds continues to be different. The evidence depending on the location will also entail different kind of data which will call for a specific way of investigating it. The positioning also will contain different kind of human population which will mean that that human population has a certain way of working with the forensic frauds.

Determining and confirming techniques to find and interpret significant data

In this method, the investigator is required to validate techniques to find and interpret significant data. There are so many techniques used to ascertain find data and consequently interpret the same data. Some techniques used are, histogram, arbitrary number generation, descriptive statistics and many others. When the data has been found, then it is interpreted using different methods. The forensic data will change from one fraud to some other and also from one location to the next. The collected data which is well analyzed gives the best final result.

Summarize and provide explanation of conclusions

After doing all what is required, the data summarized and the conclusion is provided. The investigator of the fraud makes the reason and it ought to be correct without the blunder to avoid wrong conclusion. With regards to the aspect of the fraud, the reason given should provide a clear answer of what might have gone incorrect. (Gladyshev, 2015) The info must get correctly for future years reference if need be. As per the client, the reason can be studied to the court docket of legislations alongside the sampled data as the evidence.

The need for using forensic tools to accumulate and analyze research.

Many organizations have adopted forensic tools and have achieved a lot of things. Forensic tools have accumulated protected and examined digital evidence and applied it where suitable. Could be in legal things, disciplinary matters or even in career tribunals. The forensic tools have been useful in the next circumstances;

  • It has been useful in disputed deals in an organization.
  • Widely used in allegations pertaing to employee misconduct
  • Used to show legal and regulatory compliance
  • Widely found in a court docket of law to assist in police investigations
  • Supporting insurance says when a loss occurs within an organization.
  • It is an instrument to meet disclosure need in civil cases.

Hashing in the framework of digital forensics

Hash values are being used in situations of the electric evidence. Mostly used in the study of process of computer forensics. The hash values are used to be sure that the initial duplicate is not improved. Through the process, a graphic is made of the initial. (Bossler, 2014) The original hard drive will be taken as a hash value also. The assessment is done prior to the hash value is taken. In the event where the worth will be the same the backup is cared for as the initial while where in fact the values will vary, then the backup is devote a question. As the evaluation is concluded, a 3rd value s commonly taken. The three hash ideals which include, original hard drive, imaged hard drive before the evaluation and imaged hard drive following the evaluation, must match. Again the hash worth can be used in the courtroom of legislation to validate evidences

In another circumstances hash value can be used in finding process. The breakthrough process where the hash value has been usually applied is in court of laws.

How does one ensure that the evidence collected is not tampered with (i. e. , after collection)?

Avoid contamination of the data- the specimen /data accumulated should be original rather than polluted with other materials. (DeFranco, 2014)

Handle appropriately-make sure that the data gathered is jam-packed, stored and ferried properly.

Label accurately-the facts accumulated should be labeled properly to avoid misunderstanding in a way that even if there can be any claim, it can be plainly produced.

Ensure total security- the evidence which has been accumulated should be secure and tamper proof

Maintain continuity-handling of the data should be registered, also when the data pass in one person to some other should also be saved, this maintenance will ensure that the evidence is purely looked after.

Why and how is this important to confirm in a court of legislations?

The collected data as per the explanation above is original. It can be proven in the judge of legislation because you will see a full information that the data was well preserved.


Bossler, A. M. (2014). Cybercrime and digital forensics : an advantages. NY: Routledge.

Britz, M. (2013 ). Computer forensics and cyber offense : an benefits. Boston: Pearson.

Britz, M. (2010). Digital Forensics and Cyber Criminal offense. Berlin: Springe.

Dawson, M. (2015). New hazards and countermeasures in digital crime and cyber terrorism. Hershey: An Imprint of IGI Globa.

DeFranco, J. F. ( 2014). What every engineer ought to know about cyber security and digital forensics. Boca Raton: CRC Press.

Gladyshev, P. (2015). Digital Forensics and Cyber Offense. Heidelberg: Springer.

Janczewski, L. (2010). Cyber warfare and cyber terrorism. Hershey: Information Science Reference.

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