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| Section | Objectives |
|---|---|
| SD-WAN | - Centralized management
|
| Enterprise Firewall | - Authentication and Access Control
|
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NEW QUESTION # 54
Refer to the exhibit.
The VDOM configuration on a FortiGate device is shown. You discover that web filtering stopped working in Core1 and Core2 after a maintenance window.
What are two reasons why web filtering stopped working? (Choose two answers.)
Answer: B,D
Explanation:
The exhibit identifies the root VDOM as the management VDOM, indicated by the green check mark. The Enterprise Firewall 7.6 Administrator Study Guide explains that the management VDOM handles FortiGuard database downloads, license validation, and FortiGuard rating connectivity on behalf of the entire FortiGate system. It states that FortiGuard updates obtained through the management VDOM "will affect all VDOMs." Consequently, the root VDOM must reach either a public Fortinet Distribution Network server or a FortiManager configured as a FortiGuard Distribution Server in an isolated environment. The guide specifically identifies connectivity to "a FortiManager serving as a FortiGuard Distribution Server (FDS) in a closed network" as the alternative to public FortiGuard access. Loss of both paths prevents Core1 and Core2 from using current FortiGuard web-filtering information. Therefore, options A and B are correct.
Core1 and Core2 do not need to become management VDOMs; FortiGate uses one designated management VDOM for these system-level services. A VDOM link is used to route user traffic between VDOMs and is not required for distributing FortiGuard services, eliminating option D.
NEW QUESTION # 55
Refer to the exhibit.
Partial output of a real-time OSPF debug is shown.
Which two reasons explain why the two FortiGate devices are unable to form an adjacency? (Choose two.)
Answer: A,D
Explanation:
To determine the correct reasons for the adjacency failure, we must analyze the standard OSPF real-time debug output (diagnose ip router ospf all enable or diagnose sniffer packet) typically provided in this exam exhibit.
Analyze the Debug Output:
The debug output in this specific question scenario typically displays an incoming Hello packet line: OSPF:
RECV[Hello]: ... auth-type 0 ...
" RECV " : Indicates the packet is coming from the Remote peer.
" auth-type 0 " : Indicates the Remote peer is sending " Null " (No) authentication.
Analyze the Failure:
The adjacency fails because the Local FortiGate is rejecting this packet.
If the Local FortiGate accepts " No Authentication " , it would match auth-type 0 and form the adjacency.
Since it is failing (and producing a debug log), the Local FortiGate must be expecting a different authentication type (Type 1 Cleartext or Type 2 MD5).
Evaluate the Options:
A). The remote peer has either OSPF cleartext or MD5 authentication configured.
Incorrect. The debug shows auth-type 0 (No Auth) coming from the remote peer.
B). There is an OSPF authentication configuration mismatch.
Correct. One side is sending " No Auth " (Remote), and the other expects " Auth " (Local). This is a definition of a mismatch.
C). The local FortiGate does not have OSPF authentication configured.
Incorrect. If the Local unit had " No Auth " configured, it would match the Remote ' s auth-type 0, and the adjacency would come up. The failure implies the Local unit does have auth configured.
D). The local FortiGate has either OSPF cleartext or MD5 authentication configured.
Correct. Because the Local unit is rejecting the " No Auth " packet from the remote peer, it confirms that the Local unit has authentication enabled (expecting Type 1 or 2).
Conclusion: The breakdown of the OSPF negotiation shows that the Remote peer is sending no authentication (Type 0), while the Local FortiGate expects authentication, resulting in a mismatch.
Reference:
FortiGate Security 7.6 Study Guide (OSPF Troubleshooting): " Authentication mismatch is a common cause of OSPF adjacency failure. Debug commands (diagnose ip router ospf all enable) reveal the auth-type received versus expected. " FortiGate CLI Reference: auth-type 0 = Null (None), auth-type 1 = Simple (Cleartext), auth-type 2 = MD5.
NEW QUESTION # 56
Refer to the exhibit, which shows the output of a diagnose command.
What two conclusions can you draw from the output shown in the exhibit? (Choose two answers)
Answer: B,D
Explanation:
The correct answers are B and D.
The study guide explains that expectation sessions are pinhole sessions created by session helpers for protocols such as FTP that need additional negotiated connections. It states: "FortiGate created an expectation session and opened the pinhole port for the expected return traffic" and also shows that the firewall "creates an expected (pinhole) session to allow the traffic" That makes D correct.
For B, the study guide explains the gwy= field in session output: the first value is the gateway to the destination, and the second is the gateway to the source In the exhibit, the original-direction traffic is DNATed here:
hook=pre dir=org act=dnat 10.171.121.38:0- > 10.200.1.1:60426(10.0.1.10:50365) So the destination after DNAT is the internal host 10.0.1.10, and the session's first gwy value corresponds to the next hop toward that destination. That makes B correct.
Why the other options are wrong:
A is wrong because this is an expectation/session-helper behavior, not an IPS-engine-created session. The study guide ties expectation sessions to helpers such as FTP, not IPS.
C is wrong because 10.200.1.1 is the translated address used before DNAT, not the next hop used to forward the original-direction traffic after translation to the internal destination.
So the verified answers are: B, D.
NEW QUESTION # 57
In IKEv2, which exchange establishes the first CHILD_SA?
Answer: C
NEW QUESTION # 58
Refer to the exhibit, which shows the output of a real-time debug. Which statement about this output is true?
(Choose one answer)
Answer: A
Explanation:
The correct answer is A .
The debug output is for an HTTPS request and shows a hostname value. The study guide explains that with SSL certificate inspection, FortiGate extracts the FQDN from either:
* "TLS extension server name indication (SNI)"
* "SSL certificate common name (CN)"
So the hostname shown in the real-time web-filter debug can be derived from the SNI in the client request or, if needed, from the CN in the server certificate. That makes A correct.
Why the other options are wrong:
* B is wrong because the study-guide example for web-filter real-time debug explicitly says: "This slide shows an example of real-time debug output when the URL to categorize isn ' t in the FortiGuard cache." In these debugs, cat=255 appears before the final lookup result, so this does not indicate a local- cache hit.
* C is wrong because ftgd-allow is the action , not the profile name. The debug line shows the action as action=9 (ftgd-allow) while the profile shown is profile= ' default ' . FortiOS web-filter logs also use the profile field separately from the action field
* D is wrong because the final category shown is url_cat=52 , not 255. The study guide's example shows the same pattern: an initial cat=255 in the request line, followed by the resolved result cat=52 url_cat=52 So the verified answer is: A .
NEW QUESTION # 59
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