[Q13-Q29] Verified EMEA-Advanced-Support dumps Q&As – Pass Guarantee or Full Refund [Feb-2026]

EMEA-Advanced-Support Fortinet

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February 15, 2026

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Verified EMEA-Advanced-Support dumps Q&As – Pass Guarantee or Full Refund [Feb-2026]

EMEA-Advanced-Support PDF Dumps | Feb 15, 2026 Recently Updated Questions

NEW QUESTION 13
Which of the following protocols operates at Layer 4

IPSEC

BGP

OSPF

ARP

IPsec operates at Layer 4 (Transport Layer) in the OSI model, providing secure communication via protocols like ESP and AH, which work with TCP or UDP. BGP and OSPF are Layer 3 (Network Layer) routing protocols, and ARP operates at Layer 2 (Data Link Layer). Fortinet’s FortiGate uses IPsec for VPNs at Layer
4. Exact extract: “IPsec operates at the Transport Layer (Layer 4) to secure communications, encapsulating TCP or UDP packets… BGP and OSPF function at the Network Layer, while ARP resolves IP to MAC addresses at the Data Link Layer.”

NEW QUESTION 14
Which FortiGate command displays the current routing table?

get router info routing-table all

diagnose netlink route list

show router status

get system route

The ‘get router info routing-table all’ command displays the FortiGate’s current routing table, including all active routes and their details. Options B, C, and D are not valid or specific for this purpose. Exact extract:
“Use ‘get router info routing-table all’ to display the complete routing table, showing destination, gateway, interface, and metric for all routes.”

NEW QUESTION 15
Which of the following is a benefit of using FortiGate’s Security Fabric?

It enables centralized management of multiple Fortinet devices

It increases the speed of IPsec VPN tunnels

It reduces the need for firewall policies

It automatically configures VLANs on FortiSwitches

The Fortinet Security Fabric provides a centralized management platform for multiple Fortinet devices (e.g., FortiGate, FortiSwitch, FortiAP), enabling coordinated security policies, telemetry sharing, and simplified administration. It does not directly speed up VPNs (B), reduce firewall policies (C), or auto-configure VLANs (D). Exact extract: “The Fortinet Security Fabric enables centralized management and visibility across Fortinet devices, allowing coordinated security policies and telemetry sharing for enhanced protection.”

NEW QUESTION 16
What is the default FortiGate behavior when a packet matches no firewall policy?

The packet is forwarded to the default gateway

The packet is dropped

The packet is sent to the IPS engine

The packet is logged and allowed

FortiGate operates on a default-deny principle; if a packet does not match any firewall policy, it is dropped to ensure security. No forwarding (A), IPS processing (C), or automatic allowing (D) occurs without a matching policy. Exact extract: “FortiGate uses a default-deny approach; packets that do not match any configured firewall policy are dropped to prevent unauthorized traffic.”

NEW QUESTION 17
What is the purpose of FortiGate’s ‘FortiGuard’ service in security profiles?

Provides real-time threat intelligence updates

Enables local storage of security logs

Configures VPN tunnel encryption

Manages HA cluster synchronization

FortiGuard services provide real-time threat intelligence updates to FortiGate for signatures, URL databases, and anti-malware, enhancing security profiles like IPS and web filtering. It does not handle log storage (B), VPN encryption (C), or HA synchronization (D). Exact extract: “FortiGuard services deliver real-time threat intelligence, updating FortiGate with the latest signatures, URL databases, and anti-malware definitions for security profiles.”

NEW QUESTION 18
Link aggregation allows network devices to________

Increase bandwidth of an interface

Increase bandwidth by binding physical interfaces into a single channel

Restrict the bandwidth

None of the above

Link aggregation, also known as IEEE 802.3ad or 802.1ax, enables the binding of multiple physical interfaces to form a single logical interface, which increases the overall bandwidth and provides redundancy. This is achieved by combining the bandwidth of the individual links into one aggregated link. For example, if two
1Gbps interfaces are aggregated, the logical link can provide up to 2Gbps bandwidth. This configuration is commonly used in FortiGate devices to enhance network performance without replacing hardware. The option B correctly describes this by stating “Increase bandwidth by binding physical interfaces into a single channel,” which aligns with the official description. Incorrect options include A, which is vague and does not specify the method of binding multiple interfaces; C, which is the opposite of the purpose; and D, which is invalid.
Exact extract: Link aggregation (IEEE 802.3ad/802.1ax) enables you to bind two or more physical interfaces together to form an aggregated (combined) link. This new link … Link aggregation combines multiple physical interfaces into a single logical interface, increasing bandwidth and link redundancy. Traffic is distributed evenly.

NEW QUESTION 19
Which of the following Authentication protocols uses clear text?

CHAP

PAP

MSCHAP

EAP

PAP (Password Authentication Protocol) sends username and password in clear text over the network, making it insecure. CHAP uses challenge-response with hash, MSCHAP is Microsoft variant with hash, EAP is extensible and can use various methods but not inherently clear text. Exact extract: It’s “impossible” to authenticate wireless users based on EAP-PEAP sessions agains OpenLdap, except, if the users using clear text authetication methods (PAP). Clear text HTTP authentication is not secure. All user names and data (and, depending on the authentication style, passwords) are sent in clear text. If you … Fortinet … Password Authentication Protocol (PAP). Used to authenticate PPP connections. Transmits passwords and other user information in clear text. The default token page contains a “Token Code:” text field. Recommended customization. It’s recommended to delete the “Token Code:” text. FortiWeb will use … If you follow the configuration guide for NPS you’ll see (step 9) you need to enable “Unencrypted authentication (PAP, SPAP)” (link below).

NEW QUESTION 20
Which of the following are request methods in HTTP?

GET

LIST

HEAD

RETR

HTTP defines standard request methods, including GET (retrieve a resource) and HEAD (retrieve headers only). LIST and RETR are not standard HTTP methods; RETR is used in FTP, and LIST is not a recognized method in either protocol. The original document incorrectly lists only A, omitting C. Exact extract: “HTTP supports several request methods, including GET, HEAD, POST, PUT, DELETE, etc… GET retrieves a resource, while HEAD retrieves only the headers without the body content.”

NEW QUESTION 21
In a FortiGate high availability (HA) cluster, what happens if the primary unit fails?

The cluster is disabled, and traffic stops

A secondary unit takes over as the primary unit

The cluster switches to active-passive mode

Traffic is rerouted through an external gateway

In a FortiGate HA cluster (active-active or active-passive), if the primary unit fails, a secondary unit automatically takes over as the primary, ensuring continuity of traffic with minimal disruption. Option A is incorrect as traffic continues, C is incorrect as the mode doesn’t change post-failure, and D is unrelated. Exact extract: “In a FortiGate HA cluster, if the primary unit fails, a secondary unit is elected as the new primary, taking over all roles to maintain traffic flow and session continuity.”

NEW QUESTION 22
What is the role of the FortiGate ‘set srcintf’ command in a firewall policy?

Specifies the source interface for traffic matching

Defines the destination interface for traffic

Sets the source IP address range

Configures the source NAT interface

The ‘set srcintf’ command in a FortiGate firewall policy specifies the source interface from which traffic originates, helping define the policy’s scope. It does not set the destination interface (B), source IP range (C), or NAT interface (D). Exact extract: “The ‘set srcintf’ command in a firewall policy specifies the source interface for incoming traffic, allowing FortiGate to match packets based on their entry interface.”

NEW QUESTION 23
What is the purpose of the FortiGate ‘diagnose debug flow’ command?

To display real-time packet captures

To troubleshoot routing table issues

To show the packet flow through firewall policies

To monitor system performance metrics

The ‘diagnose debug flow’ command in FortiGate is used to troubleshoot how packets are processed through firewall policies, showing details like policy matching, NAT, and session handling. It helps identify why packets are allowed or dropped. Option A refers to packet sniffing, B to routing diagnostics, and D to performance monitoring, none of which are the primary function. Exact extract: “The diagnose debug flow command displays the packet flow through FortiGate, including policy matching, NAT, and session details, useful for troubleshooting traffic issues.”

NEW QUESTION 24
How many layers does the OSI Model contain?

The OSI (Open Systems Interconnection) model consists of seven layers: Physical, Data Link, Network, Transport, Session, Presentation, and Application. This framework is used in Fortinet documentation to explain protocol operations. Options A, C, and D are incorrect as they do not match the standard OSI model.
Exact extract: “The OSI model defines seven layers for network communication: 1. Physical, 2. Data Link, 3.
Network, 4. Transport, 5. Session, 6. Presentation, 7. Application.”

NEW QUESTION 25
Which protocol is used by FortiGate to synchronize session tables in an HA cluster?

FGCP

VRRP

OSPF

BGP

The FortiGate Cluster Protocol (FGCP) is used to synchronize session tables, configuration, and state information between HA cluster members to ensure seamless failover. VRRP (B) is for router redundancy, OSPF (C) and BGP (D) are routing protocols, not used for HA synchronization. Exact extract: “FGCP synchronizes session tables, configurations, and state information between FortiGate HA cluster members to ensure continuity during failover.”

NEW QUESTION 26
In Active FTP who sends the PORT command?

The FTP Server

Both

There is no PORT command in Active FTP

The FTP Client

In Active FTP, the client sends the PORT command to the server, specifying an ephemeral port for the server to initiate the data connection back to the client. This distinguishes Active FTP from Passive FTP, where the server provides the port. The server does not send PORT, and the command is a key part of Active FTP. Exact extract: “In Active FTP, the client sends a PORT command to the server, specifying the IP address and port number for the data connection… The server then initiates the data connection to the client’s specified port.”

NEW QUESTION 27
In FortiGate, what is the purpose of a Virtual IP (VIP)?

To map an external IP to an internal IP for NAT

To create a virtual interface for VLANs

To assign a secondary IP to a physical interface

To enable load balancing for VPN tunnels

A Virtual IP (VIP) in FortiGate maps an external IP address to an internal IP for Destination NAT (DNAT), commonly used for accessing internal servers from external networks. It is not for VLANs (B), secondary IPs (C), or VPN load balancing (D). Exact extract: “Virtual IPs (VIPs) are used for Destination NAT, mapping an external IP address to an internal IP to allow external access to internal resources, such as servers.”

NEW QUESTION 28
Which Router in an OSPF Domain sends a Type-4 Summary LSA

ABR

ASBR

All OSPF Routers

Stub Routers only

In OSPF, the Area Border Router (ABR) generates Type-4 Summary LSAs to advertise the location of an Autonomous System Boundary Router (ASBR) to other areas. This LSA informs routers in different areas how to reach the ASBR for external routes. ASBR generates Type-5 LSAs for external routes, but ABR summarizes them with Type-4. Not all routers or stub routers do this. Exact extract: This article describes the basic steps to configure FortiGates in an OSPF scenario where the FortiGates will be ABR and ASBR OSPF routers across 3 areas. Router3 is the Autonomous System Border Router (ASBR). It routes all traffic to the ISP BGP router for internet access. It redistributes routes from BGP and … Type 4 LSAs exist to let the area know the router-id of the ASBR, so the routers can look at the type 5 route, find advertising-router, and map
… An ASBR summary LSA is generated by an ABR and describes the location of an ASBR (Autonomous System Boundary Router) that connects to an external network. The FortiGate in the middle shall be a ABR between the two areas. But I don’t want R2 in area 0.0.0.0 to have every /32 route for every VPN client. So I tried …

NEW QUESTION 29
Which of the below technology(ies) could reduce CPU load and memory utilization used by an IPS engine?

IPS does not compare traffic to each signature individually. Instead it compiles them into a decision tree

Using IPS sensors and IPS filter to determine which traffic should be examined for which signatures, instead of examine network traffic for all signatures

Using multiple engines, aligned with load balancing technologies like Turbo that uses round robin algorithms to dispatch traffic up to specific IPS engine

Using regular instead of extended database, to reduce memory footprint

All of the above

IPS efficiency is improved by: A) Compiling signatures into a decision tree to reduce comparison overhead; B) Using IPS sensors/filters to selectively apply signatures to relevant traffic, reducing unnecessary processing; D) Using a regular database instead of an extended one to lower memory usage. Option C’s
“Turbo” and round-robin load balancing is not a standard Fortinet IPS feature. Option E is incorrect as C is not valid. Exact extract: “IPS efficiency is improved by compiling signatures into decision trees to minimize CPU usage… IPS sensors and filters allow selective signature application to reduce processing… Using the regular signature database instead of extended reduces memory footprint.”

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