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| Section | Weight | Objectives |
|---|---|---|
| Topic 1: Monitoring & Troubleshooting | 10% | - Fabric synchronization issues - Diagnostic tools & CLI analysis - Connectivity & performance troubleshooting |
| Topic 2: Advanced Routing & VPN | 25% | - OSPF, BGP, IS-IS configuration & optimization - IPsec VPN & ADVPN architecture - SD-WAN design & SLA management - Route redistribution & filtering |
| Topic 3: Centralized Management | 20% | - Configuration provisioning & version control - FortiManager 7.6 deployment & role assignment - FortiAnalyzer logging & reporting - Policy packages & object templates |
| Topic 4: System Architecture & Design | 20% | - VDOM design & multi-tenant deployment - Security Fabric integration & scaling - Hardware sizing & resource planning - FortiOS 7.6 architecture & components |
| Topic 5: High Availability & Redundancy | 15% | - Cross-data center redundancy - FGCP/FGSP/vCluster deployment - Session synchronization & failover |
| Topic 6: Security Policy & Services | 10% | - NAT & IP pool optimization - Identity-based policies - Advanced firewall & security profile design |
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NEW QUESTION # 80
Refer to the exhibit, which shows the output of the command get router info ospf neighbor.
To what extent does FortiGate operate when looking at its OSPF neighbors? (Choose two.)
Answer: A,B
Explanation:
The command on this slide shows a summary of the statuses of all the OSPF neighbors. For each neighbor, it displays the adjacency state and if it is a DR, a BDR, or neither (DROther) Pagina 362 Enterprise_Firewall_7.
2_Study. - Point-to-point networks contain only two peers, one at each end of a point-to-point link - Broadcast networks (multi-access) support more than two attached routers. They also support sending messages to multiple recipients (broadcasting). Pagina 365 Enterprise_Firewall_7.2_Study. In any multi-access network there is one DR and one BDR. Pagina 439 Network_Security_Support_Engineer_7.4_Study FULL/- This represents a point-to-point network
NEW QUESTION # 81
Refer to the exhibit.
A partial output from an IKE real-time debug is shown
The administrator does not have access to (he remote gateway
Based on the debug output, which two conclusions can you draw? (Choose two.)
Answer: A,D
Explanation:
To determine the correct conclusions, we analyze the specific lines in the IKE real-time debug output provided in the exhibit:
Analysis for Option A (The remote peer is the initiating peer):
Evidence: The very first line of the debug output reads: ike 0:624000:98: responder: main mode get 1st message...
The keyword responder indicates that this local FortiGate is receiving the connection request. Consequently, the remote peer must be the initiator sending the request. The phrase " get 1st message " confirms the local unit is receiving the initial packet of the negotiation sequence.
Conclusion: This statement is True.
Analysis for Option B (This is a phase 1 negotiation):
Evidence: The same line mentions main mode.
In IPsec VPNs, Main Mode and Aggressive Mode are exclusively used for Phase 1 (IKE SA) negotiations.
Phase 2 (Child SA) negotiations use Quick Mode. The presence of " main mode " definitively identifies this as a Phase 1 exchange.
Conclusion: This statement is True.
Analysis for Option C (There is a Diffie-Hellman group mismatch):
Evidence:
Incoming proposal (Remote): Lists type=OAKLEY_GROUP, val=MODP2048 (Group 14) in the first proposal proposal.
My proposal (Local): Lists type=OAKLEY_GROUP, val=MODP2048 (Group 14).
Since both the remote peer and the local gateway support and are proposing MODP2048 (Group 14), there is no Diffie-Hellman group mismatch. The actual mismatch visible in the logs is between the Encryption/Hash algorithms (Remote proposes AES-256/SHA2-256, while Local proposes AES-128/SHA), but the DH groups match.
Conclusion: This statement is False.
Analysis for Option D (This is a phase 2 negotiation):
As established in the analysis for Option B, " Main Mode " is a Phase 1 protocol. If this were Phase 2, the debug would show " Quick Mode " .
Conclusion: This statement is False.
Reference:
FortiGate Security 7.6 Study Guide (IPsec VPN): " Phase 1 modes: Main mode and Aggressive mode. " FortiOS Debugging documentation: Explains that " responder " indicates the device receiving the IKE initialization.
NEW QUESTION # 82
What are two reasons you might see iprope_in_check() check failed, drop when using the debug flow?
(Choose two.)
Answer: B,C
Explanation:
The Network Security Support Engineer 7.6 Study Guide explicitly explains this debug message:
"iprope_in_check() check failed, drop" means the packet is destined to a FortiGate IP address and one of these conditions applies:
The service is not enabled
The service is using a different TCP port
The source IP address is not included in the trusted host list
The packet matches a local-in policy with action deny
That directly confirms C. Trusted host list misconfiguration.
Why D is the second valid choice:
The FortiOS administration guide explains that:
"IP pools and VIPs are considered local IP addresses if responding to ARP requests on these external IP addresses is enabled ... the FortiGate is considered a destination for those IP addresses ... once an IP pool or VIP has been configured ... the FortiGate considers it as a local address and will not forward traffic based on the routing table." Because iprope_in_check() is a local-in/local-destination type failure, a VIP or IP pool misconfiguration can cause traffic to be treated as destined for the FortiGate itself, which can then trigger this drop condition if the matching local service/local-in handling is not valid. So D is the closest supported second answer from the available choices.
Why the other options are wrong:
A is wrong because policy route problems are not the documented meaning of this specific debug message.
The study guide instead ties iprope_in_check() check failed, drop to management/local-in conditions.
B is wrong because the study guide says traffic shaping drops appear as: "Denied by quota check"
NEW QUESTION # 83
Refer to the exhibit, which shows a partial output of a real-time LDAP debug.
What two conclusions can you draw from the output? (Choose two.)
Answer: B,D
Explanation:
The exhibit includes these key debug lines:
start_search_dn-base: ' DC=TAC,DC=ottawa,DC=fortinet,DC=com ' filter:sAMAccountName=jsmith get_all_dn-Found DN 1:CN=John Smith,CN=Users,DC=TAC,DC=ottawa,DC=fortinet,DC=com The study guide explains that in regular bind, LDAP authentication has four steps, and that during step 2, FortiGate searches the LDAP tree to find the user's DN:
"During the second step, FortiGate does a search query in the LDAP database to find the user's location-in other words, the user's DN. If the user is found, the server replies with the user's DN." It also states for the real-time debug of step 2:
"An fnbamd_ldap_build_dn_search_req-base message indicates that FortiGate is performing step two:
searching for the user in the LDAP tree. This message includes the base branch (distinguished name setting) and the name of the attribute used to locate the user... If the LDAP server finds the user, the output shows the user's full DN." That directly proves:
D is correct because the debug is showing step 2: Search Request
A is correct because the base DN and found DN are under DC=TAC,DC=ottawa,DC=fortinet,DC=com, which corresponds to the LDAP domain/tree root TAC.ottawa.fortinet.com Why the other options are wrong:
B is wrong because binding with the user's credentials is step 3, not the step shown here. The study guide says: "Step 3 - Bind user credentials" and shows that this happens later with fnbamd_ldap_build_userbind_req / __ldap_build_bind_req-Binding to ' CN=John Smith... ' C is wrong because collecting user group information is step 4, not the step shown in the exhibit. The study guide says: "The last step is to get the user group information" and shows step 4 with Attr query / memberOf search
NEW QUESTION # 84
Refer to the exhibits.
Which two statements are true about the health and performance of SD-WAN members 3 and 4? (Choose two.)
Answer: A,D
Explanation:
The exhibit configures the health check in passive mode and enables passive measurement for an SD-WAN rule that identifies Facebook and YouTube applications. Passive WAN health measurement derives latency, jitter, and packet-loss information from live TCP session information rather than generating conventional active probes. Therefore, A is correct.
Because application-specific identifiers are configured in the SD-WAN rule, FortiGate can maintain passive performance information for the relevant Facebook and YouTube traffic and calculate the member metrics from those observations. This makes B correct. Fortinet ' s FortiOS 7.6 passive-measurement documentation confirms this behavior.
A lack of matching application traffic does not automatically declare the member dead, eliminating C.
Encryption also does not inherently prevent passive measurement because the mechanism relies on TCP
/session performance information rather than decrypted application payloads, eliminating D.
NEW QUESTION # 85
......
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