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IT業種が新しい業種で、経済発展を促進するチェーンですから、極めて重要な存在ということを我々は良く知っています。IT認証はIT業種での競争な手段の一つです。認証に受かったらあなたは各方面でよく向上させます。でも、受かることが難しいですから、トレーニングツールを利用するのを勧めます。トレーニング資料を選びたいのなら、ShikenPASSのFortinetのFCSS_NST_SE-7.6試験トレーニング資料は最高の選択です。この資料の成功率が１００パーセントに達して、あなたが試験に合格することを保証します。
| Section | Objectives |
|---|---|
| Topic 1: Authentication | - Troubleshoot local and remote authentication - Troubleshoot Fortinet Single Sign-On (FSSO) |
| Topic 2: System Troubleshooting | - Troubleshoot resource problems using built-in tools - Troubleshoot connectivity problems using built-in tools - Troubleshoot HA - Troubleshoot automation stitches - Troubleshoot Security Fabric and FortiOS connectivity |
| Topic 3: VPNs | - Troubleshoot IPsec IKE version 1 and 2 |
| Topic 4: FortiManager | - Troubleshoot policy and object management - Troubleshoot device-level and ADOM-level issues - Troubleshoot FortiManager HA |
| Topic 5: Routing | - Troubleshoot routing packets using static routes, policy routes, and OSPF |
| Topic 6: Security Profiles | - Troubleshoot web filtering issues - Troubleshoot FortiGuard issues - Troubleshoot the intrusion prevention system (IPS) |
| Topic 7: FortiAnalyzer | - Troubleshoot logs and reports - Troubleshoot device and communication issues |
FortinetのFCSS_NST_SE-7.6認定試験はIT職員が欠くことができない認証です。IT職員のキャリアと関連しますから。 FortinetのFCSS_NST_SE-7.6試験トレーニング資料は受験生の皆さんが必要とした勉強資料です。ShikenPASSのトレーニング資料は受験生が一番ほしい唯一なトレーニング資料です。ShikenPASSのFortinetのFCSS_NST_SE-7.6試験トレーニング資料を手に入れたら、試験に合格することができるようになります。
質問 # 13
Which two statements about Security Fabric communications are true? (Choose two.)
正解：A、D
解説：
FortiTelemetry is a critical part of Security Fabric communications and requires explicit configuration for each participating FortiGate interface. The administrative access setting "fabric" (corresponding to FortiTelemetry) must be manually enabled per interface on both upstream and downstream devices. This is performed in the GUI under Administrative Access or via the CLI using the command set allowaccess fabric for the relevant network interface. Without this step, FortiTelemetry communications will not occur on that interface.
Additionally, the default communication between downstream and upstream FortiGate units in the Security Fabric is over TCP port 8013. This port is well-documented as the standard for Security Fabric and FortiTelemetry connections, and must be open and permitted across the network path for connectivity and status enforcement between units. The downstream FortiGate initiates the connection to the upstream via this port unless otherwise configured. This has also been documented as a PCI-relevant port, showing its default usage.
Other options:
* Neighbor Discovery in FortiOS uses IPv6 ND protocol, not TCP.
* FortiTelemetry port (8013) can be modified, but the interface Administrative Access for the Security Fabric must be manually enabled; Neighbor Discovery port modification is not documented as a supported change for FortiGate.
References:
FortiGate/FortiOS Administration Guide: Enabling FortiTelemetry (fabric) on interfaces Fortinet Technical Tip: FortiTelemetry uses TCP port 8013 by default PCI compliance documentation on port 8013 usage for Security Fabric Fortinet Security Fabric setup procedures and interface options
質問 # 14
Refer to the exhibit showing a debug output.
An administrator deployed FSSO in DC Agent Mode but FSSO is failing on FortiGate. Pinging FortiGate from where the collector agent is deployed is successful.
The administrator then produces the debug output shown in the exhibit.
What could be causing this error message?
正解：A
質問 # 15
Refer to the exhibit, which shows partial outputs from two routing debug commands.
Why is the port2 default route not in the second command output?
正解：C
解説：
The correct answer is D .
In the exhibit, get router info routing-table database shows both static default routes:
* 0.0.0.0/0 [20/0] via 100.64.2.254, port2
* 0.0.0.0/0 [10/0] via 100.64.1.254, port1
But get router info routing-table all shows only:
* 0.0.0.0/0 [10/0] via 100.64.1.254, port1
The study guide explains that get router info routing-table all displays the routes that make it to the FIB
- the best active routes . It also says that this command doesn't show standby or inactive routes , which can remain only in the routing table database. It gives the exact rule: "when two static routes to the same destination subnet have different distances, the one with the lower distance is installed in the routing table, and the one with the higher distance is installed in the routing table database." The study guide also shows the route selection process:
* Most specific route
* Lowest distance
* Lowest metric (dynamic routes)
* Lowest priority (static routes)
* ECMP
So the port2 default route is absent from the second output because its distance is 20 , while the port1 default route has distance 10 . The lower-distance route is installed in the active routing table/FIB.
Why the other options are wrong:
* A is wrong because the exhibit does not indicate port2 is down or disabled.
* B and C are wrong because priority is checked only after distance for static routes. Here, the routes already differ by distance , so priority is not the deciding factor.
So the verified answer is: D .
質問 # 16
Refer to the exhibit, which shows the partial output of command diagnose debug rating.
In this exhibit, which FDS server will the FortiGate algorithm choose?
正解：A
質問 # 17
Refer to the exhibit.
The sniffer log on two FortiGate devices are shown. Based on the information in the log, which two factors explain the output on FortiGate FGT-02? (Choose two answers)
正解：B、C
解説：
The output on FGT-01 confirms that the device is actively encapsulating traffic and sending it as ESP packets (Protocol 50) out of port1 towards the IP address 97.86.16.52. The logs show outgoing packets, which confirms FGT-01 is attempting to initiate or maintain the tunnel and that NAT-Traversal is not being used (as it uses raw ESP).
The output on FGT-02 , however, displays (no packets captured). This is significant because the sniffer command diagnose sniffer packet any ' esp ' captures traffic at the network interface level (ingress), regardless of whether a matching VPN configuration exists on the receiving unit. The absence of packets proves that the ESP traffic generated by FGT-01 is physically not arriving at FGT-02 ' s interface.
This behavior is explained by two primary factors:
* Option A (Blocking): An intermediate device, such as an ISP router or firewall, is dropping Protocol
50 traffic. Unlike UDP 500/4500, raw ESP is often blocked by default on many networks or legacy devices.
* Option C (Routing/Misconfiguration): If the administrator configured the wrong remote peer IP on FGT-01 , the packets are being routed to a different destination entirely. Consequently, they never arrive at FGT-02 to be captured.
Option B is incorrect because even without a configured VPN tunnel, the sniffer would still display the incoming ESP packets if they were reaching the interface. Option D is incorrect because FGT-01 is sending ESP, making ' esp ' the correct filter.
質問 # 18
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FCSS_NST_SE-7.6関連受験参考書: https://www.shikenpass.com/FCSS_NST_SE-7.6-shiken.html
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