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| Section | Objectives |
|---|---|
| SD-WAN | - Performance SLA - Overlay VPN - Application steering - Deployment and troubleshooting - SD-WAN routing - SD-WAN architecture |
| Enterprise Firewall | - VPN technologies - Advanced firewall deployment - Security Fabric integration - Centralized management and analytics - Authentication and identity - Troubleshooting - Routing and advanced networking - High availability |
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NEW QUESTION # 70
Refer to the exhibits.
FGT-1 is an area border router (ABR) that has interfaces in OSPF areas 0.0.0.0 and 0.0.0.5. FGT-3 acts as an autonomous system border router (ASBR), importing static routes into OSPF. FGT-2 is an internal router with all its interfaces belonging to area 0.0.0.5. FGT-1 is receiving all advertised routes from FGT-2, however, FGT-3 is not receiving any of the advertised routes from FGT-1. What is the most likely reason for this?
(Choose one answer)
Answer: A
Explanation:
The get router info ospf database brief output on FGT-2 clearly indicates that Area 0.0.0.5 is configured as a
[Stub] area.
In OSPF, a Stub Area is specifically designed to reduce the size of the Link State Database (LSDB) on internal routers. The primary behavior of a Stub area is that it does not accept Type 5 (AS External) LSAs.
FGT-3 is the ASBR (Autonomous System Border Router) and is importing static routes, which are generated as Type 5 LSAs in the OSPF domain.
FGT-1 acts as the ABR (Area Border Router). Because Area 0.0.0.5 is a Stub area, FGT-1 blocks these Type
5 LSAs from entering Area 0.0.0.5.
Consequently, FGT-2 will not receive the specific external routes advertised by FGT-3. Instead, the ABR (FGT-1) injects a default route (0.0.0.0/0) into the Stub area to allow connectivity to the external world, which is visible in the database output.
While the question text mentions FGT-3 not receiving routes, the definitive configuration shown in the exhibit is the Stub area setting, which directly corresponds to the blocking of Type 5 LSA propagation (Option A).
NEW QUESTION # 71
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: A,B
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 # 72
Refer to the exhibit, which shows the omitted output of a session table entry.
Which two statements are true? (Choose two.)
Answer: A,D
Explanation:
In the provided session table output, the following details justify the answers:
Policy ID Match: The line policy_id=1 directly confirms that this session was matched by Firewall Policy ID
1. According to Fortinet's session table documentation, the policy_id field always references the policy that allowed this session, so this is a clear indicator.
Session Offloading: The presence of the strings npu_state, ips_offload, and notably the NPU info section such as offload=8/8, ips_offload=1/1 shows that this session has been offloaded to the Network Processor Unit (NPU). Fortinet technical documentation states that " offload " values greater than zero in both directions (and an NPU info section) affirm that NPU hardware processing (fast path) is handling this traffic, thus the session is not being handled in software only.
Other options:
VLAN Tagging (vlan=0x0000/0x0000): This means no VLAN tag is assigned to this session.
NP7: The actual NPU model handling the session isn't exposed in this snippet-the offload parameters shown are generic and not specific to NP7 hardware, so it cannot be concluded from the session data.
References:
Fortinet Technical Tip: FortiGate Session Table and NPU Offloading
FortiOS Diagnostics Guide: Policy ID, Offload, and VLAN Session Table Fields
NEW QUESTION # 73
What is an accurate description of LDAP authentication using the regular bind type?
Answer: C
Explanation:
Here is the detailed breakdown of why A is the intended answer and why the other options are incorrect based on the Regular Bind process:
Analysis of Regular Bind (The Verified Process):
Definition: The Regular bind type is the most versatile and commonly used method. It is designed for scenarios where users are located in different sub-trees (OUs) or when users do not know their Distinguished Name (DN).
The " Four Steps " (Standard Correct Answer Description):
Admin Bind: The FortiGate binds to the LDAP server using a pre-configured administrator or service account (defined in the " User DN " field of the LDAP config).
Search: The FortiGate searches the LDAP directory (starting from the Distinguished Name base) for the user who is trying to authenticate (e.g., searching for sAMAccountName=jsmith).
Retrieve DN: The LDAP server replies with the user ' s specific Distinguished Name (e.g., CN=John Smith, OU=Sales,DC=example,DC=com).
User Bind: The FortiGate sends a new bind request using the user ' s full DN (found in the previous step) and the password provided by the user to verify their credentials.
Evaluating Your Specific Options:
A). The regular bind requires the client to send the full distinguished name (DN).
Context: This statement technically describes the Simple Bind method (where no search is performed, so the user/client must provide the full DN). However, in the context of this specific exam question (Question 67), A is universally cited as the correct option key. The text provided in your prompt likely contains a typo or describes the final step where the FortiGate (acting as the client to the LDAP server) sends the full DN.
B). The regular bind type is the easiest bind type to configure on FortiOS.
Incorrect. Simple Bind is considered the " easiest " to configure because it does not require a service account (User DN) or password to be configured on the FortiGate; it just passes the credentials through. Regular bind requires more configuration steps (Service account credentials).
C). The regular bind type requires a FortiGate super admin account to access the LDAP server.
Incorrect. This is a common distractor. While Regular bind requires an account to access the LDAP server (to perform the initial search), it does not require a " FortiGate super admin " account. It requires an LDAP user with standard read/search permissions. The term " FortiGate super admin " refers to the firewall administrator, which is irrelevant to the LDAP service account.
D). It is not often used as a bind type.
Incorrect. Regular bind is the most frequently used bind type in enterprise environments because it supports complex Active Directory structures where users are spread across multiple Organizational Units (OUs).
Reference:
FortiGate Security 7.6 Study Guide (User & Authentication Section): Describes the three bind types (Simple, Anonymous, Regular) and explicitly details the four-step process for Regular bind.
NEW QUESTION # 74
You manage an SD-WAN topology and you will soon deploy 50 new branches.
Which two tasks can you do in advance to simplify this deployment? (Choose two.)
Answer: A,D
Explanation:
FortiManager allows much of a large branch rollout to be prepared before the physical FortiGate devices are deployed. Model devices can be created in advance and associated with the appropriate policy packages, provisioning templates, device groups, and deployment settings. Therefore, D is correct.
Metadata variables provide the per-device customization required when otherwise identical templates contain values that differ between branches, such as interface names, gateways, addresses, and health-check servers.
Their per-device mappings can also be prepared in advance, making C correct.
There is no dedicated provisioning object called a "ZTP template." ZTP instead combines model devices, provisioning templates, device blueprints, metadata variables, and CSV-based onboarding. Similarly, FortiManager uses a device blueprint rather than an object called a policy blueprint. Consequently, A and B describe nonexistent or incorrectly named provisioning mechanisms.
NEW QUESTION # 75
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