Well protected sites use so-called hashing algorithms, like MD5 (old), SHA1, SHA256, SHA512 and so on, which are one-way algorithms, meaning that the website can tell if you have entered your secret string correctly without storing what it actually is (genius, isn't it!). Any respectable modern website does not store passwords in plain text, instead, they are stored using cryptographic algorithms. That is, when a company's security is overcome and as a result an attacker now has your password, alongside those of many other victims. The second scenario is when a data breach happens. A strong enough password should make it so that the average time to break it would be measured in years of dedicated computing power. The stronger the password you produce using the random password generator, the more attempts will be needed to guess it (on average, one might just be extremely lucky and guess it from the first try!) thus the more time it will be required. Both laptops and PCs, and a lot of websites have measures in place designed to slow down such attempts, but they are still viable in many cases. Usually this is done with automated tools that try to log in many times per minute or per second. In the first one a malicious entity ("attacker"), may want try to gain access to your laptop or PC, online banking, e-mail, online storage, social media accounts, etc. There are two scenarios in which having a strong password help. Small letters ( a.z ) are included by default. To generate a password that meets these requirements you can use the controls to include (or not include) numbers (0.9), capital letters ( A.Z ), symbols ( ), and potentially ambiguous characters ( (()/'"`~. Some websites and other software only allow certain symbols in passwords, while others require the presence of symbols of a particular type to ensure a minimum password strength. You can verify that in your browser, like so: To prevent anyone from potentially sniffing your network traffic and learning your newly created password, the generator uses a secure transfer protocol - HTTPS, or more precisely encryption & authentication with TLS 1.2 (a strong protocol), ECDHE_RSA with P-256 (a strong key exchange), and AES_128_GCM (a strong cipher). Our server does not store any of the passwords it generates for you so once you close this page only you will know that it ever existed! The thus generated password is only visible to you and a new one will be created each time you press the button and the page reloads. It uses strong cryptographic algorithms to generate random numbers, which are then matched to symbols based on your preferences and the result is a randomly generated password. The first names and surnames are based on our English name database from the United States.Using this password generator you can create a very strong, random password with a simple click on the "Generate Password" button. This will generate a real name for the local part of the email address. It consists of 10 random letters, with 5 alternating consonants and vowels, plus 2 random numbers at the end. This will generate a pronounceable id for the local part of the email address. It consists of 8 random letters and 2 random numbers at the end. This will generate a highly unique random string for the local part of the email address. Select “Custom” to use any domain name of your choice. Specify the domain name that you want to be used. Set the number of email addresses to be generated. The local part of the email address is completely random and there is no guarantee that it will be an unregistered email address, though the probability that they are free is extremely high (99.99% for random and pronounceable ids). You can specify the domain name or choose between the most commonly used email providers including Gmail, Yahoo, Outlook, Protonmail, and AOL. Generate up to 10,000 fake or unregistered email addresses in bulk using completely randomized names and user ids.
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