Which password is automatically encrypted when it is created

In this case, try the following:. To turn off backup encryption, uncheck the "Encrypt local backup" checkbox in the Finder or iTunes and enter the password. If you can't remember your password, you have two options:. Learn the difference between iCloud and iTunes backups. Information about products not manufactured by Apple, or independent websites not controlled or tested by Apple, is provided without recommendation or endorsement.

Apple assumes no responsibility with regard to the selection, performance, or use of third-party websites or products. Apple makes no representations regarding third-party website accuracy or reliability. Contact the vendor for additional information. About encrypted backups on your iPhone, iPad, or iPod touch To protect backups of your iPhone, iPad, or iPod touch on your computer, you can use password protection and encryption. Encrypt your backups See if your backups are encrypted Get help with a forgotten password Turn off backup encryption.

When you encrypt the backup for your iPhone, iPad, or iPod touch The "Encrypt local backup" option in the Finder or iTunes locks and encodes your information. Your saved passwords Wi-Fi settings Website history. Health data Call history. On a Mac with macOS Mojave Connect your device to your computer with the included USB cable. When posting configurations online to share be sure to remove the type 7 encrypted passwords as these passwords can be easily cracked. Type 5 passwords use a MD5 hash which is a one-way non-reversible bit algorithm.

When you authenticate to a Cisco device that stores the password in MD5 format, the device encrypts the password string you provided and matches it to the string stored in configuration. If it matches then the authentication is successful, if not then authentication is not and your password is declined. Type 5 password hashes cannot be decrypted with rainbow tables due to the fact the Type 5 password hash is divided into 3 separate sections.

Deleting the primary key stops type-6 encryption and causes all existing type-6 encrypted passwords to become unusable, unless the same primary key is reconfigured. To move the device configuration to another device, either decrypt the configuration before porting it to the other device or configure the same primary key on the device to which the configuration will be applied. Type-6 encryption is supported only for MACsec keychain. It is not supported for legacy RPM or cloudsec keys.

Type-6 encryption can be configured only when the AES password encryption feature is enabled and the primary key is configured. When the primary key is configured and the AES password encryption feature is enabled on a switch, each MACsec key string configurations under the key chain infra are automatically encrypted with the type-6 encryption. Primary key configuration is local to the switch.

If you take the type-6 configured running data from one switch and apply it on another switch where different primary key is configured, then decryption on the new switch fails. If you erase the startup configuration and use the configuration replace feature after a type-6 encryption, the configuration replace fails because the primary key is not stored in PSS. Therefore, there is a configuration loss for MACsec type-6 encrypted key string.

Once you configure the type-6 keys, you cannot modify the existing type-6 encrypted key strings to type-7 encrypted key string without applying the decrypt command provided by SKSD. If you downgrade the system by cold reboot with an old image where the type-6 encryption is not supported, you must take out the configuration before you proceed with the cold reboot.

Failing to do so leads to loss in configuration. If you downgrade the system by ISSD, capability conf check is invoked and it notifies you to remove the configuration before proceeding with the downgrade. You can use the encryption decrypt command to convert the type-6 encrypted keys to type-7 encryption keys, and then proceed with the downgrade.

During an ISSU upgrade, if you migrate from an older image which includes the type-7 encrypted keys to a new image that supports type-6 encryption, the rpm does not convert the existing keys to type-6 encrypted keys until re-encryption is enforced. To enforce a re-encryption, use the encryption re-encrypt obfuscated command. If you change the primary key after a type-6 encryption, the decrypt command fails on the existing type-6 encrypted key-string.

You must delete the existing type-6 key string and configure a new key string. This table lists the default settings for password encryption parameters.

You can configure a primary key for type-6 encryption and enable the Advanced Encryption Standard AES password encryption feature. Configures a primary key to be used with the AES password encryption feature. The primary key can contain between 16 and 32 alphanumeric characters. Passwords can be used to restrict access to all or parts of the Cisco IOS. Select the modes and interfaces that can be protected with passwords. What does VLSM allow a network administrator to do?

During the encapsulation process, what occurs at the data link layer? The logical address is added.