The figure below shows the traffic of the data if Kaspersky Security Center is deployed on a local area network (LAN) only.
Administration Server and managed devices on a local area network (LAN)
The figure shows how different managed devices connect to the Administration Server in different ways: directly or via a distribution point. Distribution points reduce the load on the Administration Server during update distribution and optimize network traffic. However, distribution points are only needed if the number of managed devices is large enough. If the number of managed devices is small, all the managed devices can receive updates from the Administration Server directly.
The arrows indicate the initiation of traffic: each arrow points from a device that initiates the connection to the device that "answers" the call. The number of the port and the name of the protocol used for data transfer are provided. Each arrow has a number label, and details about the corresponding data traffic are as follows:
Network Agents send requests to each other within one broadcasting domain. The data is then sent to the Administration Server and is used for defining the limits of the broadcasting domain and for automatic assignment of distribution points (if this option is enabled).
If Administration Server does not have direct access to the managed devices, communication requests from Administration Server to these devices are not sent directly.
2a. Network Agents on non-mobile managed devices exchange data about other Network Agents within the same broadcasting domain (the data is then sent to the Administration Server).
If you used an earlier version of Kaspersky Security Center, the Administration Server on your network can receive connection from Network Agents through non-TLS port 14000. Kaspersky Security Center also supports connection of Network Agents through port 14000, although using TLS port 13000 is recommended.
If you do not want your Administration Server to have access to the internet, you must manage this data manually.