Configuring scalability, interface, and scan settings in Web Plug-in

To configure scalability settings and the application interface:

1. In the main window of the Kaspersky Security Center Web Console, select Devices → Policies & profiles.
2. Click the policy name you want to configure.
3. In the <Policy name> window that opens select the Application settings tab.
4. Select the Application settings section.
5. Click the Settings button in the Scalability, interface and scan settings subsection.
6. Configure the settings described in the table below.

   Scalability settings

   Setting	Description
   Automatically detect scalability settings	Kaspersky Embedded Systems Security for Windows automatically controls the number of processes used. This is the default value.
   Set the number of working processes manually	Kaspersky Embedded Systems Security for Windows controls the number of active working processes according to the values specified.
   Number of processes for real-time protection	Maximum number of processes that are used by the Real-Time Computer Protection task components. The entry field is available if the Set the number of working processes manually option is selected.
   Number of processes for background on-demand scan tasks	Maximum number of processes used by the On-Demand Scan component when running On-Demand Scan tasks in background mode. The entry field is available if the Set the number of working processes manually option is selected.
   Display System Tray Icon in the taskbar	Configure whether the System Tray Icon will be displayed in the notification area.
   Restore file attributes after scanning When Kaspersky Embedded Systems Security for Windows performs On-Demand Scan and Real-Time File Protection tasks, the time when each scanned file was last accessed is updated. After the scan, Kaspersky Embedded Systems Security for Windows resets the time when the file was last accessed to the initial value. This behavior can affect the work of backup systems by causing creation of backup copies for files that haven’t been changed. This can also cause false detections in file change tracking applications. By default, this function is enabled.	When Kaspersky Embedded Systems Security for Windows performs On-Demand Scan and Real-Time File Protection tasks, the time when each scanned file was last accessed is updated. After the scan, Kaspersky Embedded Systems Security for Windows resets the time when the file was last accessed to the initial value. This behavior can affect the work of backup systems by causing creation of backup copies for files that haven’t been changed. This can also cause false detections in file change tracking applications. By default, this function is enabled.
   Limit CPU usage for scanning threads	Kaspersky Embedded Systems Security for Windows limits its use of the protected device CPU during on-demand scan tasks to the value specified in the Upper limit (per cent) field. Enabling of this option can negatively affect the performance of Kaspersky Embedded Systems Security for Windows. By default, this option is disabled.
   Upper limit (in percentages)	Maximum allowable value of CPU utilization by Kaspersky Embedded Systems Security for Windows. The entry field is available if the Limit CPU usage for scanning threads option is selected. Kaspersky Embedded Systems Security for Windows limits its use of the protected device CPU during on-demand scan tasks to the value specified in the Upper limit (per cent) field. Enabling of this option can negatively affect the performance of Kaspersky Embedded Systems Security for Windows. By default, this option is disabled.
   Folder for temporary files created during scanning Folder into which Kaspersky Embedded Systems Security for Windows needs to unpack archive files during scanning. By default, the C:\Windows\Temp folder is used.	Folder into which Kaspersky Embedded Systems Security for Windows needs to unpack archive files during scanning. By default, the C:\Windows\Temp folder is used.
   HSM system settings	Select the option for accessing the hierarchical storage.