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A Mot de passe (French for "password") is the unique code assigned to a computer, device, or other resource. The password can be entered in order to gain access to this resource. On its own, the word "password" is an accurate translation of the French term mot de passe. However, because of the negative connotation that it carries in English, many people mistakenly think that passwords are used solely as authentication mechanisms to prevent unauthorized access. This misconception originated with the first generation of internet security measures, which focused on preventing unauthorized users from accessing computers and networks via passwords and other authentication mechanisms such as physical security devices like keycards or biometrics-based solutions like fingerprint recognition. In reality, there are two different types of passwords: authentication passwords and authorization passwords. An authentication password is a code that allows users to access a resource. For example, a user with the user ID of "annette" may have an authentication password of "123456". The user ID itself does not imply authorization. Authorization is defined by the owners of any resource that can be accessed with an authentication password. In this case, the system administrator for the computer system Annette is trying to access would determine what resources that user has access to. This can be done in any number of ways, ranging from assigning access privileges through a central database to assigning them on a per-user basis through local configuration files. If you had to create a password for a system administrator, you would have to pick a password that is sufficiently hard for this administrator to guess but still memorable. This "strength" of a password is measured in bits. The following sections will go over the various methods used to determine what bits are required to create a secure password. They won't necessarily be the most secure passwords. If you have access to an unlimited amount of computing power, then those resulting passwords can be tested against very large dictionaries that contain every possible word as well as every possible combination of letters and numbers. However, if you cannot get access to this amount of computing power, then you'll need to do the best with what you have. This section will demonstrate a basic method for determining how long a given password will take to crack using brute force. It doesn't take into account any other factors, such as the number of possible passwords or even the exact time it takes to crack each password. It just provides an estimate that is "good enough" for most people. It has been said that there are about 6.5 billion people in the world who speak at least one language and live within an area code of each other (i.e., within 250 miles). If we assume that all of these people speak only English, and if we further assume that each of them knows approximately 3.5 passwords, then you can come up with a rough estimate for how long it would take to guess every possible password. This is just an estimate. There are many traits that can affect the length of time it will take to crack a password. A number of years ago, it was possible to laugh off brute force attacks on passwords because attackers generally used very basic methods for cracking dictionaries of dictionary words. However, password-cracking tools have gotten much more sophisticated since then. cfa1e77820
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