NSE4_FGT_AD-7.6日本語対策 & NSE4_FGT_AD-7.6試験対応

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Fortinet NSE4_FGT_AD-7.6 認定試験の出題範囲：

トピック	出題範囲
トピック 1	Firewall Policies and Authentication: This domain focuses on creating firewall policies, configuring SNAT and DNAT for address translation, implementing various authentication methods, and deploying FSSO for user identification.
トピック 2	Deployment and System Configuration: This domain covers initial FortiGate setup, logging configuration and troubleshooting, FGCP HA cluster configuration, resource and connectivity diagnostics, FortiGate cloud deployments (CNF and VM), and FortiSASE administration with user onboarding.
トピック 3	VPN: This domain focuses on implementing meshed or partially redundant IPsec VPN topologies for secure connections.
トピック 4	Routing: This domain covers configuring static routes for packet forwarding and implementing SD-WAN to load balance traffic across multiple WAN links.
トピック 5	Content Inspection: This domain addresses inspecting encrypted traffic using certificates, understanding inspection modes and web filtering, configuring application control, deploying antivirus scanning modes, and implementing IPS for threat protection.

>> NSE4_FGT_AD-7.6日本語対策 <<

Fortinet NSE4_FGT_AD-7.6試験対応、NSE4_FGT_AD-7.6日本語版復習資料

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Fortinet NSE 4 - FortiOS 7.6 Administrator 認定 NSE4_FGT_AD-7.6 試験問題 (Q84-Q89):

質問 # 84
Refer to the exhibit.

Which two ways can you view the log messages shown in the exhibit? (Choose two.)

A. Using the FortiGate CLI command diagnose log test
B. In the Forward Traffic section
C. By right clicking the implicit deny policy
D. By filtering by policy universally unique identifier (UUID) and application name in the log entry

正解：B、D

解説：
The exhibit shows a FortiGate UTM application control log with fields such as:
type= " utm "
subtype= " app-ctrl "
action= " block "
policyid=1
appid=30220
appcat= " Video/Audio "
service= " HTTP "
apprisk= " elevated "
This is a forward traffic security log, generated by Application Control applied to a firewall policy.
Why the correct answers are C and D
C). By filtering by policy universally unique identifier (UUID) and application name in the log entry Correct.
FortiOS logs can be viewed and filtered in:
Log & Report # Forward Traffic
Administrators can filter logs using fields such as:
Policy ID / Policy UUID
Application name (app)
Application ID (appid)
The log entry clearly includes application-related fields, making filtering by policy and application a valid and documented way to view these logs.
D). In the Forward Traffic section
Correct.
The log is a UTM Application Control log for traffic passing through a firewall policy.
Such logs are displayed under:
Log & Report # Forward Traffic
This is the standard and correct location to view application control, web filter, IPS, and other security profile logs related to user traffic.
Why the other options are incorrect
A). By right clicking the implicit deny policy
Incorrect.
Implicit deny policies do not generate UTM forward traffic logs like the one shown.
Application control logs are generated only by explicit firewall policies with security profiles enabled.
B). Using the FortiGate CLI command diagnose log test
Incorrect.
diagnose log test is used to test log connectivity and log settings, not to view historical log entries.
It does not display traffic or UTM logs.

質問 # 85
Which method allows management access to the FortiGate CLI without network connectivity?

A. CLI console widget
B. Serial console
C. Telnet console
D. SSH console

正解：B

解説：
The serial console provides direct physical access to the FortiGate CLI without requiring any network connectivity. It connects via the FortiGate's console port using a serial cable, allowing administrators to perform initial configuration, recovery, or troubleshooting even if the network interfaces are down or misconfigured.

質問 # 86
An administrator creates a new address object on the root FortiGate (HQ-NGFW-1) in the Security Fabric.
After synchronization, this object is not available on the downstream FortiGate (HQ-ISFW).

What must the administrator do to synchronize the address object?

A. Change the csf setting on both devices to set downstream-access enable.
B. Change the csf setting on HQ-ISFW (downstream) to set configuration-sync local.
C. Change the csf setting on HQ-NGFW-1 (root) to set fabric-object-unification default.
D. Change the csf setting on HQ-ISFW (downstream) to set saml-configuration-sync default.

正解：C

解説：
The study guide text surfaced from the PDF did not return a matching paragraph for fabric-object-unification, but the exhibit itself shows these critical details:
* On HQ-NGFW-1 , set configuration-sync default and set fabric-object-unification local
* On HQ-ISFW , set configuration-sync default
* The new address object on HQ-NGFW-1 has Fabric global object enabled
Those exhibit settings indicate that the object is intended to be a fabric-wide object, but the root FortiGate is currently configured with fabric-object-unification local , which prevents that object from being unified across the fabric.
Technical Deep Dive:
The correct answer is C .
Here is the key logic:
* The address object was created on the root FortiGate with Fabric global object enabled .
* Normal configuration sync is already set to default , so this is not a generic sync-disabled problem.
* The root device is specifically configured with set fabric-object-unification local .
* That setting keeps fabric objects local to the device rather than unifying them across downstream fabric members.
Therefore, to make the object propagate as a shared Security Fabric object, the administrator must change the root setting to:
config system csf
set fabric-object-unification default
end
Why the other options are wrong:
* A is wrong because the downstream device already has configuration-sync default, and changing it to local would make synchronization more restrictive, not less.
* B is wrong because saml-configuration-sync is unrelated to firewall address object synchronization.
* D is wrong because downstream-access controls downstream management access behavior, not fabric object propagation.
Operationally, this feature matters when you want shared address objects, services, and policy-referenced objects to remain consistent across the Security Fabric. It reduces duplicate object administration and helps keep policy logic normalized across root and downstream FortiGate devices.

質問 # 87
Refer to the exhibits. An administrator configured both members of an HA cluster at the same time. After one week of monitoring, the administrator wants to verify the HA failover performance.
How can the administrator force a failover?

A. The administrator must set the parameter override to enable on HQ-NGFW-2.
B. The administrator must reset the HA uptime on HQ-NGFW-1.
C. The administrator must set the monitored port to down on HQ-NGFW-1.
D. The administrator must increase the HA priority on HQ-NGFW-2.

正解：C

解説：
Both FortiGates are in an active-passive (a-p) HA cluster with override disabled. This means failover is triggered only if the primary (HQ-NGFW-1) becomes unavailable or monitored interfaces fail. To test failover performance, the administrator can set the monitored interface (port1) down on HQ-NGFW-1, which will force a failover to HQ-NGFW-2.

質問 # 88
Which two statements are true regarding FortiGate HA configuration synchronization? (Choose two.)

A. Checksums of devices will be different from each other because some configuration items are not synced to other HA members.
B. Checksums of devices are compared against each other to ensure configurations are the same.
C. Incremental configuration synchronization can occur only from changes made on the primary FortiGate device.
D. Incremental configuration synchronization can occur from changes made on any FortiGate device within the HA cluster.

正解：B、D

解説：
When you add a new FortiGate to the cluster, the primary FortiGate compares its configuration checksum with the new secondary FortiGate configuration checksum. If the checksums don't match, the primary FortiGate uploads its complete configuration to the secondary FortiGate.
After the initial synchronization is complete, whenever a change is made to the configuration of an HA cluster device (primary or secondary), incremental synchronization sends the same configuration change to all other cluster devices over the HA heartbeat link.

質問 # 89
......

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