The trappings of technology are so widespread that it would be near impossible to walk a few steps in a modern technopolis without spotting some such appurtenances. From phones, computers, automated gizmos, video surveillance, they surround us all the time, all the way, that they inevitably become important means of evidence when an incident occurs or a crime is committed. This will be a nifty opportunity for digital forensics new york to show off its chops.
Crimes are a given in most complex societies, and they are very affective whether one be the victim, perpetrator, or mere spectator. And whatever the extent of the breach, if a plaintiff files a complaint to a court of law, the defendant would have to play the ball. This will result in a volley of evidence and counter evidence that can boggle even the most discerning judge.
The onset of technology saw to the popularity of digital evidence in the form of videos, audios, files, documents, and metadata. It might seem, then, that law enforcement is already a cinch, what with these nifty tools. However, we havent factored the probability that establishing culpability might, in fact, be as convoluted as ever before.
This calls for the expert diagnostics of digital forensics. This offshoot of forensic science has to do with the recovery, investigation and interpretation of potential evidence in technological devices. These include computers, network devices, cell phones, laptops, tablets, and related gizmos.
This branch of forensics has to do mainly with computers but it can also inch into network investigations, as in identifying the perpetrators of security leaks and attacks and the source of malicious malware. Mobile device services deal with evidence found in corresponding devices, SIM cards, GPS information, and others. There is also a forensic service for image, video, and audio sources that work to establish these aforementioned tools authenticity and admissibility in court.
There are steps in a digital forensic process. The first, evidently, is identification, which identifies potential sources of important evidence. Next is preservation, which aims to protect data since if they have been irrevocably tampered with, they would be inadmissible in court. After that is collection or documentation. Analysis is the in depth search and drawing of conclusions based on the evidence found. If applicable, data may have to be recovered if deleted, corrupted, or protected by a password. Lastly, the proven methodology must then be presented to the court.
Working in this field is no mean feat. There are certain skills one must acquire before he can qualify as a digital forensic examiner. Extensive computer skills and technological knowhow are givens. Analytical talent is a must, and observation skills are a big plus. One also has to be well organized so that he will to be able to deliver successfully.
These professionals are literally dotted throughout the modern landscape. They are staples in government agencies, especially in police departments. Stable employment can even be found in private companies, who need guardians and custodians for their computer systems and data security. Lastly, and perhaps more significantly, they find meaningful employment in settings like law firms and investigative bureaus.
We are not yet in the terminus of the information and technological revolution. Thus, it will be axiomatic to say that digital forensics will only grow in significance and importance. Its methodologies, techniques, skill sets, and successes would do well to grow with it.
Crimes are a given in most complex societies, and they are very affective whether one be the victim, perpetrator, or mere spectator. And whatever the extent of the breach, if a plaintiff files a complaint to a court of law, the defendant would have to play the ball. This will result in a volley of evidence and counter evidence that can boggle even the most discerning judge.
The onset of technology saw to the popularity of digital evidence in the form of videos, audios, files, documents, and metadata. It might seem, then, that law enforcement is already a cinch, what with these nifty tools. However, we havent factored the probability that establishing culpability might, in fact, be as convoluted as ever before.
This calls for the expert diagnostics of digital forensics. This offshoot of forensic science has to do with the recovery, investigation and interpretation of potential evidence in technological devices. These include computers, network devices, cell phones, laptops, tablets, and related gizmos.
This branch of forensics has to do mainly with computers but it can also inch into network investigations, as in identifying the perpetrators of security leaks and attacks and the source of malicious malware. Mobile device services deal with evidence found in corresponding devices, SIM cards, GPS information, and others. There is also a forensic service for image, video, and audio sources that work to establish these aforementioned tools authenticity and admissibility in court.
There are steps in a digital forensic process. The first, evidently, is identification, which identifies potential sources of important evidence. Next is preservation, which aims to protect data since if they have been irrevocably tampered with, they would be inadmissible in court. After that is collection or documentation. Analysis is the in depth search and drawing of conclusions based on the evidence found. If applicable, data may have to be recovered if deleted, corrupted, or protected by a password. Lastly, the proven methodology must then be presented to the court.
Working in this field is no mean feat. There are certain skills one must acquire before he can qualify as a digital forensic examiner. Extensive computer skills and technological knowhow are givens. Analytical talent is a must, and observation skills are a big plus. One also has to be well organized so that he will to be able to deliver successfully.
These professionals are literally dotted throughout the modern landscape. They are staples in government agencies, especially in police departments. Stable employment can even be found in private companies, who need guardians and custodians for their computer systems and data security. Lastly, and perhaps more significantly, they find meaningful employment in settings like law firms and investigative bureaus.
We are not yet in the terminus of the information and technological revolution. Thus, it will be axiomatic to say that digital forensics will only grow in significance and importance. Its methodologies, techniques, skill sets, and successes would do well to grow with it.
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