![]() In the following example scenario, a user changes their password to After normalization, this password becomes "contosoblankf9!". Let's look a slightly different example to show how additional complexity in a password can build the required number of points to be accepted. This password is then given the following score: + + + = 4 pointsĪs this password is under five (5) points, it's rejected. The matching process finds that this password contains two banned passwords: "contoso" and "blank". In the following example scenario, a user changes their password to "C0ntos0Blank12": After normalization, this password becomes "contosoblank12". Let's also assume that "blank" is on the global list. Points are assigned based on the following criteria: Each banned password that's found in a user's password is given one point.Įach remaining character that is not part of a banned password is given one point.Ī password must be at least five (5) points to be accepted.įor the next two example scenarios, Contoso is using Azure AD Password Protection and has "contoso" on their custom banned password list. The next step is to identify all instances of banned passwords in the user's normalized new password. ![]() What are the five most common passwords? - The five most common passwords are 123456, 123456789, picture1, password and 12345678, according to 2020 research from NordPass.I don't know how you're scoring these but they should all score 5 according to Azures documentation:.We recommend using passwords that are anywhere from 16 to 20 characters long, although nearly half of Americans use passwords of eight characters or fewer. Are long Passwords more secure? - Long passwords are more secure than short passwords. ![]()
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