The deception decoy-network command sets a decoy network segment.
The undo deception decoy-network command deletes a decoy network segment.
deception decoy-network [ id id-number ] destination ip-address [ mask ] [ destination-port port &<1-20> ] [ vpn-instance vpn-instance-name ]
undo deception decoy-network { all | id id-number }
| Parameter | Description | Value |
|---|---|---|
id id-number |
Specifies the ID of a decoy network segment. |
The value is an integer ranging from 1 to 50. |
destination ip-address |
Specifies the IP address of the decoy network segment. |
The value is in dotted decimal notation. |
mask |
Specifies the mask of the decoy network segment. |
The value is in dotted decimal notation. |
destination-port port |
Specifies the destination port of the decoy network segment. |
The value is an integer ranging from 1 to 65535. |
vpn-instance vpn-instance-name |
Specifies the VPN instance of the IP address. |
The VPN instance must be an existing one on the device. The deception view of virtual systems does not support this parameter. |
all |
Indicates all decoy network segments. |
- |
By default, there is no decoy network segment.
After a decoy network segment is set, the DecoySensor does not check whether the IP addresses in this network segment are online. Once ARP scanning or TCP port scanning occurs on any IP address in this network segment, the DecoySensor immediately deceives the traffic to the decoy for further detection.
If destination-port port is specified along with an IP address, ARP scanning on the address or scanning on the port will trigger deception.
Network administrators can configure unused IP addresses as decoy network segments. Once hackers scan these IP addresses, they will be lured to the decoy.
Before deleting a decoy network segment, you can run the display deception decoy-network command or run the display this command in the deception view to view the ID of the decoy network segment.
A decoy network segment should not contain device management addresses or 0.0.0.0 (indicating the entire network). Otherwise, the devices cannot be remotely managed.