Forensic science is a general term that is defined as the appliance of investigative, analytical and scrutiny skills in criminal and civil laws. Computer forensics is further defined as the incorporation of computing skills to investigate criminal activities and cyber crime activities. Forensic computer examiner plays a big role in curbing crime.
With the great revolution in technology in the past few years, criminals can be traced down from their devices or devices found on a crime scene. Scientific investigation generally is the application of analytical and investigative skills to extract imperative information from computing gadgets in a manner presentable to a judicial facility. Computer science skills are instrumental for every examiner.
The duties of a computer forensic examiner includes and not limited to protecting devices from unauthorized parties, acquiring devices that contain important data that can be presented in a court of law, analyzing the information and ultimately reporting on their findings. These examiners should be certified by the authorized state bodies dealing with cybercrime and should have a practicing license to perform their duties.
The second duty of an scientific investigator after acquiring the device is extracting data found on the device and sorting it out differentiating the relevant and the irrelevant information. Analysis of the data follows while at the same time scrutinizing the information with an aim of filling certain particular puzzles. Reporting is later made by the particular examiner or analyst in such a clear way that will be easy to be comprehended by a common person. Reporting can be done by presentations which should be by any means acceptable in a judicial court.
Digital or scientific investigation can be grouped into several branches that include obtaining information from mobile devices, operating systems, network traffic, virtual machines, computers, storage devices, media gadgets and databases. To become an examiner an individual will require a degree in either in computer science with the relevant certification from the relevant state bodies.
A computer forensics examiner is tasked with innumerable duties that include but not limited to giving reports on particular data after extensively analyzing information retrieved from gadgets, recovery of files that were earlier removed or encrypted while at the same time protecting networks and computer systems. After the analysis of data is conducted, an examiner may further be required to appear in court to give testimonials or shed a light on the information presented in a court of law.
A typical computer forensic process incorporates three distinct stages namely the acquirement of the gadgets, analysis, and scrutiny of data extracted and finally reporting on the findings and conclusions. In the first stage, a media device is acquired or seized from its current handlers or imaged and a similar copy produced. In the second stage, information is obtained through various methodologies and later comprehensive searches are conducted to fill in gaps that may occur. Finally, an examiner writes down a clear report that generally can easily be understood by anyone.
Computer forensic is basically the application of computing, analytical, investigative and analyzing skills in criminal and civil laws. As depicted by this piece, an examiner performs tasks relating to the acquisition of devices, analysis of data and reporting as well as presenting their findings in a detailed and simple manner.
With the great revolution in technology in the past few years, criminals can be traced down from their devices or devices found on a crime scene. Scientific investigation generally is the application of analytical and investigative skills to extract imperative information from computing gadgets in a manner presentable to a judicial facility. Computer science skills are instrumental for every examiner.
The duties of a computer forensic examiner includes and not limited to protecting devices from unauthorized parties, acquiring devices that contain important data that can be presented in a court of law, analyzing the information and ultimately reporting on their findings. These examiners should be certified by the authorized state bodies dealing with cybercrime and should have a practicing license to perform their duties.
The second duty of an scientific investigator after acquiring the device is extracting data found on the device and sorting it out differentiating the relevant and the irrelevant information. Analysis of the data follows while at the same time scrutinizing the information with an aim of filling certain particular puzzles. Reporting is later made by the particular examiner or analyst in such a clear way that will be easy to be comprehended by a common person. Reporting can be done by presentations which should be by any means acceptable in a judicial court.
Digital or scientific investigation can be grouped into several branches that include obtaining information from mobile devices, operating systems, network traffic, virtual machines, computers, storage devices, media gadgets and databases. To become an examiner an individual will require a degree in either in computer science with the relevant certification from the relevant state bodies.
A computer forensics examiner is tasked with innumerable duties that include but not limited to giving reports on particular data after extensively analyzing information retrieved from gadgets, recovery of files that were earlier removed or encrypted while at the same time protecting networks and computer systems. After the analysis of data is conducted, an examiner may further be required to appear in court to give testimonials or shed a light on the information presented in a court of law.
A typical computer forensic process incorporates three distinct stages namely the acquirement of the gadgets, analysis, and scrutiny of data extracted and finally reporting on the findings and conclusions. In the first stage, a media device is acquired or seized from its current handlers or imaged and a similar copy produced. In the second stage, information is obtained through various methodologies and later comprehensive searches are conducted to fill in gaps that may occur. Finally, an examiner writes down a clear report that generally can easily be understood by anyone.
Computer forensic is basically the application of computing, analytical, investigative and analyzing skills in criminal and civil laws. As depicted by this piece, an examiner performs tasks relating to the acquisition of devices, analysis of data and reporting as well as presenting their findings in a detailed and simple manner.
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