Its corresponding SNMPv3 trap recorded on the Linux machine as follows:.

Now, snmptrapd is started using the configuration file created above:.

The user 'traptest' used in Step #4 needs to be created in the trap receiver configuration file:ĬreateUser -e 0x80001f8804303030303034393532363037 traptest SHA paloalto AES paloalto.

For verification, the SNMPv3 Trap receiver used is snmptrapd running on a linux system.

To do so, navigate to Device > Log Settings > System: For example, configure System log to be sent out as Traps. Assign the SNMP Trap profile created in Step #3 to the relevant logs needed to be forwarded as Traps.

The engineID retrieved in Step #2 is required to configure the SNMP Trap Server profile.Ĥ.

Configure the SNMPv3 Trap Server profile under Device > Server Profiles > SNMP Trap:

Once the backend SNMPv3 Trap receiver is configured, complete the SNMPv3 Server profile setup.

Issue an SNMPv3 GET against the OID 1.3.6.1.6.3.10.2.1.1.0 to retrieve the engineID.

This GET should respond with the engineID (in HEX).

Once the device starts responding to SNMPv3 GETs/Walks, an SNMPv3 GET needs to be issued against the device for the OID 1.3.6.1.6.3.10.2.1.1.0.

However, polling configuration is necessary to retrieve the engineID from the device which is used in the SNMPv3 Trap Server profile under Device > Server Profiles > SNMP Trap.

The polling setup does not need the engineID.

Go to Device > Setup > Operation > SNMP Setup, then click 'v3'. In the following example, the firewall has IP: 172.17.128.23 and the SNMPv3 Trap receiver has IP: 172.17.128.17. The SNMPv3 trap receiver used in this exampe is 'snmptrapd' running on Ubuntu. This document demonstrates how to configure the Palo Alto Networks Firewall to send SNMPv3 Traps.

Centos snmp trap receiver