JN0-636 Dumps With Exact Questions and Answers

According to the output shown in the exhibit, which is a security flow session on an SRX Series device, the correct statement is that the local gateway address for the IPsec tunnel is 10.20.20.2. This is indicated by the line In: 10.20.20.2/2060 -> 10.20.20.1/3382, which shows that the source IP address of the incoming packet is 10.20.20.2, which is the local gateway address of the IPsec tunnel. The destination IP address of the incoming packet is 10.20.20.1, which is the remote gateway address of the IPsec tunnel.

The following statements are incorrect or not supported by the output:

• The remote gateway address for the IPsec tunnel is 10.20.20.2. This is false, as explained above. The remote gateway address for the IPsec tunnel is 10.20.20.1, not 10.20.20.2.
• The session information indicates that the IPsec tunnel has not been established. This is false, as the output shows that there are two active sessions with the communication tag IPSec VPN: vpn1, which indicates that the IPsec tunnel has been established and is named vpn11.
• NAT is being used to change the source address of outgoing packets. This is not supported by the output, as there is no indication of NAT being applied to the outgoing packets. The source IP address of the outgoing packet is 192.168.1.1, which is the same as the source IP address of the original packet. If NAT was being used, the source IP address of the outgoing packet would be different from the source IP address of the original packet.

References: 1: show security flow session - Technical Documentation - Support - Juniper Networks

• When enrolling your devices, you only need to enroll one node: The Juniper ATP Cloud automatically recognizes the HA configuration and applies the same license and configuration to both nodes of the cluster.
• You must use the same license key on both cluster nodes: The HA cluster needs to share the same license key in order to be recognized as a single device by the Juniper ATP Cloud.

You must set up your HA cluster before enrolling your devices with Juniper ATP Cloud. And it is not necessary to use different license keys on both cluster nodes because the HA cluster shares the same license key.

The two statements that are correct in this scenario are:

• When enrolling your devices, you only need to enroll one node. This is because the Juniper ATP Cloud service supports chassis cluster mode for SRX Series devices. When you enroll a chassis cluster, you only need to enroll the primary node of the cluster. The secondary node will be automatically enrolled and synchronized with the primary node. You do not need to enroll the secondary node separately or perform any additional configuration on it.
• You must use the same license key on both cluster nodes. This is because the Juniper ATP Cloud service requires a license key to activate the service on the SRX Series devices. The license key is tied to the serial number of the device. When you enroll a chassis cluster, you must use the same license key on both nodes of the cluster. The license key must match the serial number of the primary node of the cluster. You cannot use different license keys on the cluster nodes.

References: Juniper Security, Professional (JNCIP-SEC) Reference Materials source and documents: https://www.juniper.net/documentation/en_US/junos/topics/task/configuration/security-atp-cloud-enrolling-srx-series.html https://www.juniper.net/documentation/en_US/junos/topics/concept/security-atp-cloud-licensing-overview.html

The command "show security dynamic-address category-name DS hield" will show the IP addresses that are part of the DS hield category. By filtering the output of this command with the "match 203.0.113.5" command, you can determine if the IP address 203.0.113.5 is part of the DS hield feed. This command will check the feeds that are configured on SRX Series device and are associated to juniper ATP Cloud.