However, a lockout policy with too many attempts allowed increases the risk of credential attacks. Some applications may auto-retry cached passwords when they're changed, resulting in user lockouts. For example, users may mistype passwords when signing in from a mobile device or when they've recently changed their passwords. A lockout policy that allows only a low number of attempts may cause more lockouts. When admins configure lockout policies, they should consider typical user sign-in patterns and security to determine how many attempts are allowed. If an admin doesn't enable any self-service or auto-unlock options, users must ask their admin to unlock their account. Users will be unable to access their accounts after multiple failed sign-ins.Īdmins configure the account unlock options in the lockout options in password policy rules. The following information provides information about how end users are impacted when password settings are configured. This setting prevents users from bypassing the enforce password history requirement. Specify the minimum time interval required between password changes. If there's a compromise that requires a password reset, you want to ensure users can't reuse compromised credentials. This prevents users from reusing a previous password when resetting their password. Specify the number of distinct passwords users must create before reusing a password. ![]() Longer passwords provide greater protection against brute force attacks. ![]() Specify a minimum password length of at least eight characters. This provides protection against brute-force password attacks. Specify the maximum number of invalid password attempts before locking the user's account. Your IT department may need to adjust these settings to comply with whichever cybersecurity standard your organization has chosen to follow. They aren't intended to replace internationally recognized cybersecurity standards, such as ISO 27001, National Institute of Standards and Technology (NIST), PCI-DSS, or others. ![]() They're derived from current cybersecurity industry best practices. These recommendations are provided by Okta as an example of typical password standards.
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