Computer forensics involves the preservation, identification, extraction, documentation and interpretation of computer data. It is often more of an art than a science, but as in any discipline, computer forensic specialists follow clear, well-defined methodologies and procedures, and flexibility is expected and encouraged when encountering the unusual. It is unfortunate that computer forensics is sometimes misunderstood as being somehow different from other types of investigations. . . .. Computer forensics involves the preservation, identification, extraction, documentation and interpretation of computer data. It is often more of an art than a science, but as in any discipline, computer forensic specialists follow clear, well-defined methodologies and procedures, and flexibility is expected and encouraged when encountering the unusual. It is unfortunate that computer forensics is sometimes misunderstood as being somehow different from other types of investigations. For instance, if you were investigating a murder that took place in Times Square, you would photograph the scene, look for evidence, and take samples of the crime scene, including control samples to compare to the evidence. The collection of evidence proceeds similarly in a computer investigation, but for some reason, some people want to recreate the entire system, be it a standalone PC, a server with a terabyte RAID system, or even an entire network. Nobody expects the prosecution to rebuild Times Square in the courtroom, but that is often the expectation in a computer crime case. Admittedly, digital data can be highly volatile. General unfamiliarity not only with computer forensics, but also with computers themselves, makes this field a highly challenging one, but this book can help you prepare for it. The link for this article located at ebcvg.com is no longer available. . Digital forensic analysis involves the meticulous collection, examination, and recording of electronic information for investigative purposes.. Data Recovery, DigitalForensics, Evidence Gathering, Computer Investigations. . Anthony Pell
Deciding how to maintain the integrity of a system for use in a forensic examination can be a little like deciding which club to use to get out of the rough on the last hole of a golf tournament, i.e. the . . . . Deciding how to maintain the integrity of a system for use in a forensic examination can be a little like deciding which club to use to get out of the rough on the last hole of a golf tournament, i.e. the stakes are high and you never know if you've made the right choice until it's too late to change your mind (note: this analogy only works if you play golf as badly as I do. If you're a good golfer, or if you don't play golf at all, you'll have to come up with one of your own). While the use of good judgement may be more art than science, if we keep in mind certain basic principles and remember to think before we act we should give ourselves the best possible chance of a successful forensic outcome. These basic principles are the bedrock upon which any notions of a "best practice" must be constructed and will be the basis of this article. It should be noted that this article is not intended to provide a list of steps for investigators to take, although I will include a list at the end to summarize the main points, but rather it is an examination of the issues which investigators concerned about "best practices" might care to bear in mind. There are two reasons for this. First, although computer forensic cases may share many common aspects it is rare that they are exactly the same. As a result, a single, specific step-by-step approach applicable to every situation is practically impossible to put together and is likely to be less than useful in the real world. Second, exactly what constitutes a best practice remains a source of some debate within the computer forensics world. What may be a best practice in Paris, Texas might be unacceptable in Paris, France (or vice versa!). The link for this article located at SecurityFocus is no longer available. . Discover key strategies for ensuring data accuracyin investigative processes, complete with real-world examples and practical advice.. System Integrity, Forensics Principles, Data Preservation, Investigation Techniques. . LinuxSecurity.com Team
A coalition of high-tech companies voiced concern over the Council of Europe's latest revisions to its international cyber-crime treaty, saying the modified language still imposes burdensome data preservation requirements on Internet service providers, and could potentially restrict legal activities online.. . .. A coalition of high-tech companies voiced concern over the Council of Europe's latest revisions to its international cyber-crime treaty, saying the modified language still imposes burdensome data preservation requirements on Internet service providers, and could potentially restrict legal activities online. In a statement issued Friday, the World Information Technology and Services Alliance (WITSA) told Council of Europe General Secretary Walter Schwimmer that, while the group supported the objectives of improving international law enforcement cooperation to keep pace with the increasingly global nature of cyber-crime, the new draft would do little to address concerns raised by industry groups since the beginning of the process. The link for this article located at Computer User is no longer available. . Technology companies are concerned that the updated cybercrime agreement from the Council of Europe might impact lawful online operations.. Cybercrime Treaty, Data Preservation, Tech Concerns, International Regulation. . Anthony Pell
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