ExhibitYou are using trace options to verity NAT session information on your SRX Series device Referring to the exhibit, which two statements are correct? (Choose two.)
Answer(s): A,D
According to the trace options output in the exhibit, the following statements are correct:This packet is part of an existing session. This is indicated by the line flow session id 0x00000000, hash 0x00000000, table 0x00000000, flow process exit, which shows that the packet matches an existing session entry in the flow table.The SRX device is changing the destination address on this packet from 10.0.1.1 to 172.20.101.10. This is indicated by the line nat: translated 10.0.1.1->172.20.101.10, which shows that the packet undergoes destination NAT2.The following statements are incorrect:The SRX device is changing the source address on this packet. There is no indication of source NAT in the trace options output.This is the first packet in the session. The first packet in a session would have a different trace options output, which would include the line flow_first_inline_processing and show the creation of a new session entry in the flow table.
1: SRX Getting Started Troubleshooting Traffic Flows and Session Establishment 2: SRX Getting Started - Configure NAT (Network Address Translation)
ExhibitYou are asked to establish an IBGP peering between the SRX Series device and the router, but the session is not being established. In the security flow trace on the SRX device, packet drops are observed as shown in the exhibit.What is the correct action to solve the problem on the SRX device?
Answer(s): C
According to the security flow trace in the exhibit, the packets are dropped for self but not interested. This means that the SRX device is receiving packets destined to itself, but it does not have the corresponding service configured in the host-inbound-traffic stanza for the interface. In this case, the service is BGP, which uses TCP port 179. Therefore, the correct action to solve the problem on the SRX device is to add BGP to the allowed host-inbound-traffic for the interface. This can be done by using the following command:set security zones security-zone <zone-name> interfaces <interface-name> host-inbound-traffic system-services bgpThis command will allow the SRX device to accept BGP packets on the specified interface and zone. Alternatively, the command can be applied to all interfaces in a zone by using the all- interfaces option.
1: SRX Getting Started - Troubleshoot Security Policy 2: Configuring System Services Allowed for Host Inbound Traffic
SRX Series device enrollment with Policy Enforcer fails To debug further, the user issues the following command show configuration services security--intelligence url https : //cloudfeeds . argon . juniperaecurity . net/api/manifeat. xml and receives the following output:What is the problem in this scenario?
According to the output of the command show configuration services security-intelligence url, the SRX Series device is directly enrolled with Juniper ATP Cloud. This is indicated by the URL https://cloudfeeds.argon.junipersecurity.net/api/manifest.xml, which is the default URL for Juniper ATP Cloud. This means that the device is not enrolled with Policy Enforcer, which would use a different URL that includes the IP address of the Policy Enforcer server. Therefore, the problem in this scenario is that the device is directly enrolled with Juniper ATP Cloud, which prevents it from being enrolled with Policy Enforcer.To enroll the device with Policy Enforcer, the user needs to disenroll the device from Juniper ATP Cloud first. This can be done by using the following command:delete services security-intelligence url.This command will remove the Juniper ATP Cloud URL from the device configuration and stop the device from receiving threat feeds from Juniper ATP Cloud. After that, the user can enroll the device with Policy Enforcer by using the Security Director GUI or the SLAX script.
1: Configuring Juniper ATP Cloud on SRX Series Devices 2: Enrolling SRX Series Devices with Policy Enforcer
ExhibitReferring to the exhibit, which three statements are true? (Choose three.)
Answer(s): A,C,D
According to the exhibit, which is a security flow trace on an SRX Series device, the following statements are true:The packet's destination is to an interface on the SRX Series device. This is indicated by the line packet dropped for self but not interested, which means that the packet is destined to the SRX device itself, but the device does not have the corresponding service configured in the host-inbound- traffic stanza for the interface.The packet originated within the Trust zone. This is indicated by the line zone name: Trust, which shows that the packet belongs to the Trust zone. The Trust zone is typically the zone where the internal network is connected to the SRX device.The packet is dropped before making an SSH connection. This is indicated by the line flow_first_inline_processing: pak(0x4a9c0d0), which shows that the packet is the first packet in the session and is processed by the firewall. The packet is dropped because it does not match any security policy or host-inbound-traffic rule. The packet is trying to make an SSH connection, which uses TCP port 22, as shown by the line source port: 22.The following statements are false:The packet's destination is to a server in the DMZ zone. There is no indication of the DMZ zone in the trace output. The DMZ zone is typically the zone where the external servers are connected to the SRX device.The packet is allowed to make an SSH connection. The packet is not allowed to make an SSH connection, as explained above.
1: SRX Getting Started - Troubleshoot Security Policy 2: SRX Getting Started - Configure Security Zones
ExhibitYou configure a traceoptions file called radius on your returns the output shown in the exhibit What is the source of the problem?
Answer(s): A
According to the output of the traceoptions file called radius, the source of the problem is that the RADIUS server IP address is unreachable. This is indicated by the line FAILURE: sendto: No route to host, which shows that the SRX device cannot send the authentication request to the RADIUS server. This could be due to a network issue, such as a misconfigured route, a firewall blocking the traffic, or a physical link failure.To troubleshoot this issue, the user should check the following:The RADIUS server IP address and port are correctly configured on the SRX device. The user can verify this by using the command show configuration access radius-server. The SRX device can ping the RADIUS server IP address. The user can use the command ping <RADIUS- server-IP> to test the connectivity.The SRX device has a valid route to the RADIUS server IP address. The user can use the command show route <RADIUS-server-IP> to check the routing table. The SRX device and the RADIUS server are using the same shared secret key. The user can verify this by using the command show configuration access radius-server secret. The SRX device and the RADIUS server are using the same authentication protocol. The user can verify this by using the command show configuration access profile <profile-name>4. The firewall policies on the SRX device and any intermediate devices are allowing the RADIUS traffic. The user can use the command show security policies from-zone <source-zone> to-zone <destination-zone> to check the firewall policies.
1: Configuring RADIUS Server Parameters 2: ping - Technical Documentation - Support - Juniper Networks 3: show route - Technical Documentation - Support - Juniper Networks 4: Configuring Authentication Profiles 5: show security policies - Technical Documentation - Support - Juniper Networks
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q50: which two functions can be used by an end user when pivoting an interactive report? the correct answer is a, c because we do not have rank in the function pivoting you can check in the apex app
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in question 272 the right answer states that an autonomous acces point is "configured and managed by the wlc" but this is not what i have learned in my ccna course. is this a mistake? i understand that lightweight aps are managed by wlc while autonomous work as standalones on the wlan.
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