![]() If this check box is selected, when running the full disk encryption task Kaspersky Endpoint Security creates Authentication Agent accounts for all local computer accounts that have ever been active. If this check box is selected, when running the full disk encryption task Kaspersky Endpoint Security creates Authentication Agent accounts for all computer accounts belonging to a certain domain that have ever been active.Īll local accounts on the computer. If this check box is selected, when running the full disk encryption task Kaspersky Endpoint Security creates Authentication Agent accounts for all computer accounts that have ever been active.Īll domain accounts on the computer. By default, Kaspersky Endpoint Security uses all local and domain accounts with which the user logged in to the operating system over the past 30 days.Īuthentication Agent account creation settingsĪll accounts on the computer. Kaspersky Endpoint Security creates a list of Authentication Agent accounts based on Windows accounts. This check box enables / disables automatic creation of Authentication Agent accounts when applying a policy. This item is selected by default.Īutomatically create Authentication Agent accounts for users If the drive was decrypted, it remains decrypted. If the drive was encrypted, it remains encrypted. If this item is selected, the application leaves drives in their previous state when the policy is applied. If this item is selected, the application decrypts all previously encrypted hard drives when the policy is applied. If the computer has several operating systems installed, after encryption you will be able to load only the operating system that has the application installed.ĭecrypt all hard drives. If this item is selected, the application encrypts all hard drives when the policy is applied. Kaspersky Disk Encryption component settingsĮncrypt all hard drives. When encrypting a drive, errors may occur. Windows policy settings may conflict with Kaspersky Endpoint Security policy settings. If you are using Windows group policies, turn off BitLocker management in the policy settings. BitLocker does not support single sign-on technology (SSO). After the authentication procedure, BitLocker will allow for users to log in. You can decrypt a drive locally or using a policy.Īfter encrypting the system hard drive, the user needs to go through BitLocker authentication to boot the operating system. For BitLocker to work correctly with Kaspersky Security Center, decrypt the drive and re-encrypt the drive using a policy. However, Kaspersky Endpoint Security will not send the master key to Kaspersky Security Center, so it will be impossible to restore access to the disk using Kaspersky Security Center. If a user encrypts a disk using BitLocker, Kaspersky Endpoint Security will send information about disk encryption to Kaspersky Security Center. Kaspersky Endpoint Security sends the master key to Kaspersky Security Center so that you can restore access to the disk, for example, if a user has forgotten the password. BitLocker uses the following authentication methods:Īfter encrypting a drive, BitLocker creates a master key. In this case, the access key will be encrypted with a password. ![]() You can still encrypt drives on a computer without a TPM. ![]() Using TPM is the safest way to store BitLocker access keys, since TPM provides pre-startup system integrity verification. A Trusted Platform Module is usually installed on the computer motherboard and interacts with all other system components via the hardware bus. A Trusted Platform Module (TPM) is a microchip developed to provide basic functions related to security (for example, to store encryption keys). For more details on BitLocker, refer to Microsoft documentation.īitLocker provides secure storage of access keys using a trusted platform module. BitLocker cannot be used for encryption of removable drives. Kaspersky Endpoint Security allows you to control and manage Bitlocker using Kaspersky Security Center. If the computer hard drives were encrypted using the AES56 encryption algorithm, addition of the electronic certificate file to the command will be denied.īitLocker is an encryption technology built into Windows operating systems. Use of a token or smart card is available only if the computer hard drives were encrypted using the AES256 encryption algorithm. ![]() Enter the password of a token or smart card connected to the computer.Enter the name and password of the Authentication Agent account created by the LAN administrator using Kaspersky Security Center tools.User authentication in the Authentication Agent can be performed in two ways: Interface that lets you complete authentication to access encrypted hard drives and load the operating system after the bootable hard drive has been encrypted.
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