Your corporate security policy requires that a user performing attacks must have limited n

A.

B.

C.

D.

t able to access the network with the Junos Pulse client. You run a packet capture on the network interface to monitor the 802.1X authentication process. You notice that after the EAP- request/identity packet is received, and the supplicant responds with an EAP-response/identity packet, no further communication occurs for several seconds.What are three causes for this behavior?（）

A. The authenticator is not licensed to support Junos Pulse.

B. The authenticator did not receive the EAP-response/identity packet.

C. The authentication server is not receiving the RADIUS packet containing the EAP-response/identity data.

D. The authenticator is sending the request over its loopback interface.

E. The authentication server is sending back a RADIUS response packet, but the authenticator is not forwarding the response back to the supplicant.

A. Configure IP helper to forward the authentication requests from the clients to the external RADIUS server

B. Configure the supplicant as anexternal authentication server

C. Configure RADIUS proxy on the realm

D. Specify the correct RADIUS port 389 on the Junos Pulse Access Control Service

A.The SRX Series device has been configured correctly, the Junos Pulse Access Control Service is reachable on the network, and the SRX Series device is waiting to receive the initial connection from the Junos Pulse Access Control Service.

B.The SRX Series device has confirmed that the Junos Pulse Access Control Service is configured and is reachable on the network, the SRX Series device is waiting to receive the connection from the Junos Pulse Access Control Service, and all that remains to be accomplished is to configure the SRX Series device.

C.The SRX Series device is configured correctly and connected to the Junos Pulse Access Control Service. All that remains to be done to complete the configuration is to configure the SRX Series device on the Junos Pulse Access Control Service.

D.Both the Junos Pulse Access Control Service and the SRX Series device are configured correctly and communicating with each other.

A. set content-filtering profilepermit-command block-mime

B. set content-filtering profileblock-mime

C. set content-filtering block-content-typeblock-mime

D. set content-filtering notifications block-mime

ple will allow you to ensure that the node with the higher priority will become primary for your RGs other than RG0?（）

A. [edit chassis cluster] user@host# show redundancy-group 1 { node 0 priority 200; node 1 priority 150;preempt; }

B. [edit chassis cluster] user@host# show redundancy-group 1 { node 0 priority 200; node 1 priority 150; monitoring; }

C. [edit chassis cluster] user@host# show redundancy-group 1 { node 0 priority 200; node 1 priority 150; control-link-recovery; }

D. [edit chassis cluster] user@host# show redundancy-group 1 { node 0 priority 200; node 1 priority 150; strict-priority; }

A. There are five phases of IKE negotiation.

B. There are two phases of IKE negotiation.

C. IPsec VPN tunnels are not supported on SRX Series devices.

D. IPsec VPNs require a tunnel PIC in SRX Series devices.

A. third-party RADIUS support

B. Host Enforcer

C. Host Checker

D. IPsec

E. soft tokens

A. Configure a single Junos Pulse Access Control Service instance on the enforcer, specifying the VIP as the IP address the instance.

B. Configure multiple Junos Pulse Access Control Service instances on the enforcer, specifying the specific IP address each device in a separate instance.

C. Configure a single Junos Pulse Access Control Service instance on the enforcer, specifying the VIP and active node address in the instance.

D. Configure a single Junos Pulse Access Control Service instance on the enforcer, specifying the VIP and passive node address in the instance.

A. user@host# set chassis cluster cluster-id 1 node 0 reboot

B. user@host> set chassis cluster id 1 node 0 reboot

C. user@host> set chassis cluster cluster-id 1 node 0 reboot

D. user@host# set chassis cluster id 1 node 0 reboot