The practice exams (desktop and web-based) are customizable, meaning you can set the Fortinet NSE 7 - Secure Networking 7.6 Architect (NSE7_FSN_AR-7.6) questions and time according to your needs to improve your preparation for the Professional Fortinet NSE7_FSN_AR-7.6 certification test. You can give multiple practice tests to improve yourself and even access the result of previously given tests from the history to avoid mistakes while taking the Fortinet NSE 7 - Secure Networking 7.6 Architect (NSE7_FSN_AR-7.6) test. The practice tests have been made according to the latest pattern so you can practice in real Fortinet NSE 7 - Secure Networking 7.6 Architect (NSE7_FSN_AR-7.6) exam environment and improve yourself daily.
| Section | Weight | Objectives |
|---|---|---|
| Topic 1: Monitoring & Troubleshooting | 10% | - Fabric synchronization issues - Diagnostic tools & CLI analysis - Connectivity & performance troubleshooting |
| Topic 2: System Architecture & Design | 20% | - VDOM design & multi-tenant deployment - Hardware sizing & resource planning - Security Fabric integration & scaling - FortiOS 7.6 architecture & components |
| Topic 3: Centralized Management | 20% | - FortiAnalyzer logging & reporting - Configuration provisioning & version control - Policy packages & object templates - FortiManager 7.6 deployment & role assignment |
| Topic 4: Security Policy & Services | 10% | - Identity-based policies - NAT & IP pool optimization - Advanced firewall & security profile design |
| Topic 5: High Availability & Redundancy | 15% | - FGCP/FGSP/vCluster deployment - Cross-data center redundancy - Session synchronization & failover |
| Topic 6: Advanced Routing & VPN | 25% | - Route redistribution & filtering - OSPF, BGP, IS-IS configuration & optimization - IPsec VPN & ADVPN architecture - SD-WAN design & SLA management |
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NEW QUESTION # 85
Refer to the exhibit, which shows the partial output of a real-time OSPF debug.
Why are the two FortiGate devices unable to form an adjacency?
Answer: C
NEW QUESTION # 86
Refer to the exhibit.
The exhibit shows a session entry. Which statement about this TCP session is true?
Answer: D
Explanation:
The correct answer is C. The session is offloaded using NPU.
The exact session example in the study guide shows:
proto=6 # this is a TCP session
expire=3599 # the session will expire in 3599 seconds, not in one second hook=post dir=org act=snat 10.9.31.117:45388- > 200.8.57.5:443(10.1.0.3:45388) hook=pre dir=reply act=dnat 200.8.57.5:443- > 10.1.0.3:45388(10.9.31.117:45388) npu info: ... offload=8/8 ...
and the slide explicitly states: "Offloaded in both directions using NP6" The study guide also explains this exact point clearly:
"Counters for hardware acceleration-The presence of the npu info field indicates the session has been offloaded to hardware acceleration. In this example, traffic is being offloaded in both directions using network processor (NP) 6, which is represented by the value of 8." Why the other options are wrong:
A is wrong because expire=3599, not 1. The duration=1 field means the session has existed for 1 second, not that it will expire in 1 second.
B is wrong because the original session is from 10.9.31.117 to the remote server 200.8.57.5:443. The IP
10.1.0.3 is the SNAT-translated source address, not the final destination.
D is not the best answer for this single-select question. The reply is indeed DNATed back toward the original client, but the exact validated takeaway highlighted by the study guide for this exhibit is the NPU offload state.
NEW QUESTION # 87
Refer to the exhibit.
The output of the command diagnose vpn tunnel list is shown.
Reviewing the debug command, what is the current status of the traffic flowing through the tunnel?
Answer: B
Explanation:
The correct answer is D. The inbound IPsec SA was copied to the NPU.
The exhibit shows:
npu_flag=02
dec_npuid=1
enc_npuid=0
The study guide gives the exact meaning of the npu_flag field:
npu_flag=00 = Both IPsec SAs loaded to the kernel
npu_flag=01 = Outbound IPsec SA copied to NPU
npu_flag=02 = Inbound IPsec SA copied to NPU
npu_flag=03 = Both outbound and inbound IPsec SAs copied to NPU
It also explains: "If the first IPsec packet is inbound and can be offloaded, the inbound SA is copied to the NPU and the npu_flag changes to 02. After both SAs are copied to the NPU, the npu_flag changes to 03." So with npu_flag=02, only the inbound SA has been copied to the NPU. That makes D correct.
Why the other options are wrong:
A is wrong because outbound-only offload would be npu_flag=01, not 02
C is wrong because both directions offloaded would be npu_flag=03, not 02 B is wrong because dec_npuid=1 identifies the NPU ID used for decryption, but it does not state that the processor is specifically NP6. The study guide only maps the offload state through the npu_flag values in this context, not the NPU model from this field alone So the verified answer is: D.
NEW QUESTION # 88
Refer to the exhibit.
Original video exhibit showing a FortiManager ZTP CSV file with device serial numbers, names, branch IDs, gateways, and metadata columns.
For your zero-touch provisioning (ZTP) deployment, you review the CSV file shown in the exhibit and note that it is missing important information.
Which two elements must you change before you can import it into FortiManager? (Choose two.)
Answer: A,B
Explanation:
" The file must contain some mandatory values, such as the device serial numbers, the device names, and the associated blueprints " Technical Explanation:
FortiManager zero-touch provisioning enables centralized deployment of FortiGate devices through device blueprints, provisioning templates, metadata variables, and model-device registration.
The exhibit shows multiple devices identified by serial numbers, including branch1_fgt, branch2_fgt, shop1_fgt, and shop2_fgt. However, the last row does not contain a device name, and the CSV file does not provide an associated device blueprint.
Option B is correct: Every device being imported must have a defined device name. FortiManager uses the name to identify and manage the corresponding model device in the device database.
Option D is correct: A device blueprint defines the provisioning information associated with a device, including templates, policies, and other configuration requirements. The guide specifically identifies the blueprint as mandatory for the documented bulk-import process.
Why the other options are incorrect:
Option A: User-defined metadata variables provide device-specific configuration values, but FortiManager does not require every optional metadata variable to have a value for every device.
Option C: IP-address metadata variables are required only when the associated configuration needs them.
There is no universal requirement that every IP-address metadata field in the CSV must be populated.
Architectural Consideration: The branch_id column also matters for SD-WAN branch deployments, unless FortiManager is configured to assign branch IDs automatically. For FortiGate VM model imports, the guide additionally specifies a VM interface-count field.
References: SD-WAN 7.6 Enterprise Administrator Study Guide, SD-Branch and Zero-Touch Provisioning, pages 59-65.
NEW QUESTION # 89
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: B,C
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 # 90
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