Benchmarking Key Loggers for Gathering Digital Evidence on Personal Computers
The paper tackles the topic, benchmarking keyloggers for gathering evidence on personal computers. It provides a background which creates the understanding of keyloggers as computer programs. The paper provides the objectives of the study and offers a literature review on the topic. It provides the methods used to conduct the study, data regarding system analysis and design, and implementation.
Research Paper
Undergraduate
Decision to Perform an Acquisition Is Heavily
The decision to perform an acquisition must be approached precisely as though one were planning f or a military campaign. In a military campaign, the success of the battle depends on the initial planning and input. The better this is done, the greater and more effective will be results, and the strategist will, hopefully, win his battle.
A similar situation exists with the influence of action on the strategic business goals of an organization. Cost overruns, schedule slips, and performance shortfalls can all be seen as potential obstacle that can stand in the way of achieving optimum strategic success. The person performing an acquisition has to start off with a clear idea of IT risks entailed and what he can do to prevent these. He must know his program-specific risks, and formulate a strategy to hence his ability of avoiding these risk in the ever-changing world of his strategic deployment and program environment.
Digital Signature Scheme Based on Factorization
The objective of this study is to discuss an issue in cryptography or computer security. Digital signatures are described as "an analog of handwritten signatures" which are based on "the physically idiosyncratic way of signing one's name. But they can be easily forged." (Grabbe, 1998) The digital signature is "a mathematical method of attaching one's identity to a message" and is held to be more difficult to forge than a handwritten signature." (Grabbe, 1998) Public key cryptography is used for digital signatures and is such that uses two keys: (1) Take an ordinary plain-text message and apply one of the keys to it in an encryption process, and you end up with a scrambled or "encrypted" (or, in the current context, "signed") message; and (2) Apply the other key to the scrambled message in a decryption process, and you end up with the original plain-text message. (Grabbe, 1998)
Identity and Access Controls
Companies are always expected to ease the way in which clients access their websites. IAM infrastructures are currently available and can help manage services while resolving numerous user authentication, applications, and authorization challenges that companies face. A solid IAM solution could assist companies control the complexity and expense of managing user authentication, access, and identity.