Kaspersky Endpoint Security 12.1 for Windows
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- Čeština (Česká republika)
- Deutsch
- Español (España)
- Español (México)
- Français
- Italiano
- Magyar (Magyarország)
- Nederlands (Nederland)
- Polski (Polska)
- Português (Brasil)
- Português (Portugal)
- Română (România)
- Tiếng Việt (Việt Nam)
- Türkçe (Türkiye)
- Русский
- العربية (الإمارات العربية المتحدة)
- 한국어 (대한민국)
- 简体中文
- 繁體中文
- 日本語(日本)
- Kaspersky Endpoint Security for Windows Help
- Kaspersky Endpoint Security for Windows
- Installing and removing the application
- Deployment through Kaspersky Security Center
- Installing the application locally using the Wizard
- Remotely installing the application using System Center Configuration Manager
- Description of setup.ini file installation settings
- Change application components
- Upgrading from a previous version of the application
- Remove the application
- Application licensing
- About the End User License Agreement
- About the license
- About the license certificate
- About subscription
- About license key
- About activation code
- About the key file
- Comparison of application functionality depending on license type for workstations
- Comparison of application functionality depending on license type for servers
- Activating the application
- Viewing license information
- Purchasing a license
- Renewing subscription
- Data provision
- Getting started
- About the Kaspersky Endpoint Security for Windows Management Plug-in
- Special considerations when working with different versions of management plug-ins
- Special considerations when using encrypted protocols for interacting with external services
- Application interface
- Getting started
- Managing policies
- Task management
- Configuring local application settings
- Starting and stopping Kaspersky Endpoint Security
- Pausing and resuming computer protection and control
- Creating and using a configuration file
- Restoring the default application settings
- Malware Scan
- Updating databases and application software modules
- Database and application module update scenarios
- Starting and stopping an update task
- Starting an update task under the rights of a different user account
- Selecting the update task run mode
- Adding an update source
- Configuring updates from a shared folder
- Updating application modules
- Using a proxy server for updates
- Last update rollback
- Working with active threats
- Computer protection
- File Threat Protection
- Enabling and disabling File Threat Protection
- Automatic pausing of File Threat Protection
- Changing the action taken on infected files by the File Threat Protection component
- Forming the protection scope of the File Threat Protection component
- Using scan methods
- Using scan technologies in the operation of the File Threat Protection component
- Optimizing file scanning
- Scanning compound files
- Changing the scan mode
- Web Threat Protection
- Mail Threat Protection
- Enabling and disabling Mail Threat Protection
- Changing the action to take on infected email messages
- Forming the protection scope of the Mail Threat Protection component
- Scanning compound files attached to email messages
- Email messages attachment filtering
- Exporting and importing extensions for attachment filtering
- Scanning emails in Microsoft Office Outlook
- Network Threat Protection
- Firewall
- BadUSB Attack Prevention
- AMSI Protection
- Exploit Prevention
- Behavior Detection
- Enabling and disabling Behavior Detection
- Selecting the action to take on detecting malware activity
- Protection of shared folders against external encryption
- Enabling and disabling protection of shared folders against external encryption
- Selecting the action to take on detection of external encryption of shared folders
- Creating an exclusion for protection of shared folders against external encryption
- Configuring addresses of exclusions from protection of shared folders against external encryption
- Exporting and importing a list of exclusions from protection of shared folders against external encryption
- Host Intrusion Prevention
- Remediation Engine
- Kaspersky Security Network
- Encrypted connections scan
- Wipe Data
- File Threat Protection
- Computer control
- Web Control
- Device Control
- Enabling and disabling Device Control
- About access rules
- Editing a device access rule
- Editing a connection bus access rule
- Managing access to mobile devices
- Control of printing
- Control of Wi-Fi connections
- Monitoring usage of removable drives
- Changing the caching duration
- Actions with trusted devices
- Obtaining access to a blocked device
- Editing templates of Device Control messages
- Anti-Bridging
- Adaptive Anomaly Control
- Enabling and disabling Adaptive Anomaly Control
- Enabling and disabling an Adaptive Anomaly Control rule
- Modifying the action taken when an Adaptive Anomaly Control rule is triggered
- Creating an exclusion for an Adaptive Anomaly Control rule
- Exporting and importing exclusions for Adaptive Anomaly Control rules
- Applying updates for Adaptive Anomaly Control rules
- Editing Adaptive Anomaly Control message templates
- Viewing Adaptive Anomaly Control reports
- Application Control
- Application Control functionality limitations
- Receiving information about the applications that are installed on users' computers
- Enabling and disabling Application Control
- Selecting the Application Control mode
- Managing Application Control rules
- Adding a trigger condition for the Application Control rule
- Adding executable files from the Executable files folder to the application category
- Adding event-related executable files to the application category
- Adding an Application Control rule
- Changing the status of an Application Control rule via Kaspersky Security Center
- Exporting and importing Application Control rules
- Viewing events resulting from operation of the Application Control component
- Viewing a report on blocked applications
- Testing Application Control rules
- Application activity monitor
- Rules for creating name masks for files or folders
- Editing Application Control message templates
- Best practices for implementing a list of allowed applications
- Network ports monitoring
- Log Inspection
- File Integrity Monitor
- Password protection
- Trusted zone
- Managing Backup
- Notification service
- Managing reports
- Kaspersky Endpoint Security Self-Defense
- Kaspersky Endpoint Security performance and compatibility with other applications
- Data Encryption
- Encryption functionality limitations
- Changing the length of the encryption key (AES56 / AES256)
- Kaspersky Disk Encryption
- Special features of SSD drive encryption
- Starting Kaspersky Disk Encryption
- Creating a list of hard drives excluded from encryption
- Exporting and importing a list of hard drives excluded from encryption
- Enabling Single Sign-On (SSO) technology
- Managing Authentication Agent accounts
- Using a token and smart card with Authentication Agent
- Hard drive decryption
- Restoring access to a drive protected by Kaspersky Disk Encryption technology
- Signing in with the Authentication Agent service account
- Updating the operating system
- Eliminating errors of encryption functionality update
- Selecting the Authentication Agent tracing level
- Editing Authentication Agent help texts
- Removing leftover objects and data after testing the operation of Authentication Agent
- BitLocker Management
- File Level Encryption on local computer drives
- Encrypting files on local computer drives
- Forming encrypted file access rules for applications
- Encrypting files that are created or modified by specific applications
- Generating a decryption rule
- Decrypting files on local computer drives
- Creating encrypted packages
- Restoring access to encrypted files
- Restoring access to encrypted data after operating system failure
- Editing templates of encrypted file access messages
- Encryption of removable drives
- Viewing data encryption details
- Working with encrypted devices when there is no access to them
- Detection and Response solutions
- KSWS to KES Migration Guide
- Correspondence of KSWS and KES components
- Correspondence of KSWS and KES settings
- Migrating KSWS components
- Migrating KSWS tasks and policies
- Installing KES instead of KSWS
- Migrating the [KSWS+KEA] configuration to [KES+built-in agent] configuration
- Making sure Kaspersky Security for Windows Server was successfully removed
- Activating KES with a KSWS key
- Special considerations for migrating high-load servers
- Example of migration from [KSWS+KEA] to KES
- Managing the application on a Core Mode server
- Managing the application from the command line
- Installing the application
- Activating the application
- Remove the application
- AVP commands
- SCAN. Malware Scan
- UPDATE. Updating databases and application software modules
- ROLLBACK. Last update rollback
- TRACES. Tracing
- START. Start the profile
- STOP. Stopping a profile
- STATUS. Profile status
- STATISTICS. Profile operation statistics
- RESTORE. Restoring files from Backup
- EXPORT. Exporting application settings
- IMPORT. Importing application settings
- ADDKEY. Applying a key file
- LICENSE. Licensing
- RENEW. Purchasing a license
- PBATESTRESET. Reset the disk check results before encrypting the disk
- EXIT. Exit the application
- EXITPOLICY. Disabling policy
- STARTPOLICY. Enabling policy
- DISABLE. Disabling protection
- SPYWARE. Spyware detection
- KSN. Switching between KSN / KPSN
- KESCLI commands
- Scan. Malware Scan
- GetScanState. Scan completion status
- GetLastScanTime. Determining the scan completion time
- GetThreats. Obtaining data on detected threats
- UpdateDefinitions. Updating databases and application software modules
- GetDefinitionState. Determining the update completion time
- EnableRTP. Enabling protection
- GetRealTimeProtectionState. File Threat Protection status
- Version. Identifying the application version
- Detection and Response management commands
- Error codes
- Appendix. Application profiles
- Managing the application through the REST API
- Sources of information about the application
- Contacting Technical Support
- Limitations and warnings
- Glossary
- Active key
- Additional key
- Administration group
- Anti-virus databases
- Archive
- Authentication Agent
- Certificate issuer
- Database of malicious web addresses
- Database of phishing web addresses
- Disinfection
- False alarm
- Infectable file
- Infected file
- IOC
- IOC file
- License certificate
- Mask
- Network Agent
- Normalized form of the address of a web resource
- OLE object
- OpenIOC
- Portable File Manager
- Protection scope
- Scan scope
- Task
- Trusted Platform Module
- Appendices
- Appendix 1. Application settings
- File Threat Protection
- Web Threat Protection
- Mail Threat Protection
- Network Threat Protection
- Firewall
- BadUSB Attack Prevention
- AMSI Protection
- Exploit Prevention
- Behavior Detection
- Host Intrusion Prevention
- Remediation Engine
- Kaspersky Security Network
- Log Inspection
- Web Control
- Device Control
- Application Control
- Adaptive Anomaly Control
- File Integrity Monitor
- Endpoint Sensor
- Kaspersky Sandbox
- Endpoint Detection and Response
- Endpoint Detection and Response (KATA)
- Full Disk Encryption
- File Level Encryption
- Encryption of removable drives
- Templates (data encryption)
- Exclusions
- Application settings
- Reports and storage
- Network settings
- Interface
- Manage Settings
- Updating databases and application software modules
- Appendix 2. Application trust groups
- Appendix 3. File extensions for quick removable drives scan
- Appendix 4. File Types for the Mail Threat Protection attachment filter
- Appendix 5. Network settings for interaction with external services
- Appendix 6. Application events
- Appendix 7. Supported file extensions for Execution prevention
- Appendix 8. Supported script interpreters for Execution prevention
- Appendix 9. IOC scan scope in the registry (RegistryItem)
- Appendix 10. IOC file requirements
- Appendix 1. Application settings
- Information about third-party code
- Trademark notices
Recovering data by using the FDERT Restore Utility
If the hard drive fails, the file system may be corrupt. If this is the case, data protected by Kaspersky Disk Encryption technology will be unavailable. You can decrypt the data and copy the data to a new drive.
Data recovery on a drive protected by Kaspersky Disk Encryption technology consists of the following steps:
- Create a stand-alone Restore Utility (see the figure below).
- Connect a drive to a computer that does not have Kaspersky Endpoint Security encryption components installed.
- Run the Restore Utility and diagnose the hard drive.
- Access data on the drive. To do so, enter the credentials of the Authentication Agent or start the recovery procedure (Request-Response).
FDERT Restore Utility
Creating a standalone restore utility
To create the executable file of Restore Utility:
- In the main application window, click the
button.
- In the window that opens, click the Restore encrypted device button.
Encrypted device Restore Utility starts.
- Click the Create Stand-alone Restore Utility button in the window of Restore Utility.
- Save the stand-alone Restore Utility to computer memory.
As a result, the executable file of the Restore Utility (fdert.exe) will be saved in the specified folder. Copy the Restore Utility to a computer that does not have Kaspersky Endpoint Security encryption components. This prevents the drive from being encrypted again.
The data needed to restore access to encrypted devices using the Restore Utility resides in the memory of the user's computer in unencrypted form for some time. To reduce the risk of unauthorized access to such data, you are advised to restore access to encrypted devices on trusted computers.
Recovering data on a hard drive
To restore access to an encrypted device using the Restore Utility:
- Run the file named fdert.exe, which is the executable file of the Restore Utility. This file is created by Kaspersky Endpoint Security.
- In the Restore Utility window, select the encrypted device to which you want to restore access.
- Click the Scan button to allow the utility to define which of the actions should be taken on the device: whether it should be unlocked or decrypted.
If the computer has access to Kaspersky Endpoint Security encryption functionality, the Restore Utility prompts you to unlock the device. While unlocking the device does not decrypt it, the device becomes directly accessible as a result of being unlocked. If the computer does not have access to Kaspersky Endpoint Security encryption functionality, the Restore Utility prompts you to decrypt the device.
- If you want to import diagnostic information, click the Save diagnostics button.
The utility will save an archive with files containing diagnostic information.
- Click the Fix MBR button if diagnostics of the encrypted system hard drive has returned a message about problems involving the master boot record (MBR) of the device.
Fixing the master boot record of the device can speed up the process of obtaining information that is needed for unlocking or decrypting the device.
- Click the Unlock or Decrypt button depending on the results of diagnostics.
- If you want to restore data using an Authentication Agent account, select the Use Authentication Agent account settings option and enter the credentials of the Authentication Agent.
This method is possible only when restoring data on a system hard drive. If the system hard drive was corrupted and Authentication Agent account data has been lost, you must obtain an access key from the corporate LAN administrator to restore data on an encrypted device.
- If you want to start the recovery procedure, do the following:
- Select the Specify device access key manually option.
- Click the Receive access key button and save the request access file to computer memory (a file with the FDERTC extension).
- Send the request access file to the corporate LAN administrator.
Do not close the Receive device access key window until you have received the access key. When this window is opened again, you will not be able to apply the access key that was previously created by the administrator.
- Receive and save the access file (a file with the FDERTR extension) created and sent to you by the corporate LAN administrator (see the instructions below).
- Download the access file in the Receive device access key window.
- If you are decrypting a device, you must configure additional decryption settings:
- Specify area to decrypt:
- If you want to decrypt the entire device, select the Decrypt entire device option.
- If you want to decrypt a portion of the data on a device, select the Decrypt individual device areas option and specify the decryption area boundaries.
- Select the location for writing the decrypted data:
- If you want the data on the original device to be rewritten with the decrypted data, clear the Decrypt to a disk image file check box.
- If you want to save decrypted data separately from the original encrypted data, select the Decrypt to a disk image file check box and use the Browse button to specify the path where to save the VHD file.
- Specify area to decrypt:
- Click OK.
The device unlocking / decryption process starts.
How to create an encrypted data access file in the Administration Console (MMC)
- Open the Kaspersky Security Center Administration Console.
- In the Administration Console tree, select the Additional → Data encryption and protection → Encrypted drives folder.
- In the workspace, select the encrypted device for which you want to create an access key file, then in the context menu of the device, click Get access to the device in Kaspersky Endpoint Security for Windows.
If you are not sure for which computer the access request file was generated, in the Administration Console tree select the Additional → Data encryption and protection folder and in the workspace, click Get device encryption key in Kaspersky Endpoint Security for Windows.
- In the window that opens, select the encryption algorithm to use: AES256 or AES56.
The data encryption algorithm depends on the AES encryption library that is included in the distribution package: Strong encryption (AES256) or Lite encryption (AES56). The AES encryption library is installed together with the application.
- Click Browse to open a window; in this window, specify the path to the request file with the fdertc extension that was received from the user.
- Click the Open button.
You will see information about the user's request. Kaspersky Security Center generates a key file. Email the generated encrypted data access key file to the user. Or save the access file and use any available method to transfer the file.
How to create an encrypted data access file in the Web Console
- In the main window of the Web Console, select Operations → Data encryption and protection → Encrypted Drives.
- Select the check box next to the name of the computer on which you want to recover data.
- Click the Grant access to the device in offline mode button.
This starts the Wizard for granting access to a device.
- Follow the instructions of the Wizard for granting access to a device:
- Select the Kaspersky Endpoint Security for Windows plug-in.
- Select the encryption algorithm to use: AES256 or AES56.
The data encryption algorithm depends on the AES encryption library that is included in the distribution package: Strong encryption (AES256) or Lite encryption (AES56). The AES encryption library is installed together with the application.
- Click the Select file button and select the request access file received from the user (a file with the FDERTC extension).
- Click the Save key button and select a folder to save the key file for accessing encrypted data (a file with the FDERTR extension).
As a result, you will be able to obtain the encrypted data access key, which you will need to transfer to the user.