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| Section | Weight | Objectives |
|---|---|---|
| System Configuration and Security Fabric | 20% | - High Availability (HA) cluster configuration - Implement Fortinet Security Fabric - VLAN and VDOM deployment - Enterprise network design scenarios - Configure hardware acceleration |
| Central Management | 15% | - FortiManager central management - Administrative Domains (ADOMs) - Configuration synchronization - Device provisioning and policy management |
| Logging, Monitoring & Troubleshooting | 10% | - Troubleshooting complex issues - Performance optimization - Log management and reporting - FortiAnalyzer integration |
| Enterprise Routing | 10% | - BGP configuration and deployment - Route redistribution and filtering - OSPF implementation and troubleshooting |
| VPN Technologies | 10% | - SSL VPN configuration - ADVPN deployment - IPsec VPN with IKEv2 |
| Advanced Firewall Policies & Inspection | 15% | - Traffic shaping and QoS - Central NAT and policy-based NAT - Advanced policy design - Stateful inspection and DPI |
| Security Profiles & Threat Protection | 20% | - SSL/SSH inspection - Antivirus and threat intelligence integration - IPS configuration and deployment - Web filtering, application control, ISDB |
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NEW QUESTION # 136
You are using Virtual eXtensible LAN (VXLAN) extensively on FortiGate. Which specialized acceleration hardware must you use to improve FortiGate performance? (Choose one answer)
Answer: A
Explanation:
Comprehensive and Detailed 150 to 200 words of Explanation From Exact Extract of Enterprise Firewall 7.6 Administrator documents:
According to the FortiOS 7.6 Infrastructure study guide and Hardware Acceleration documentation, the Network Processor 7 (NP7) is the flagship hardware component designed to offload high-performance network traffic from the system CPU. A critical advancement of the NP7 over previous generations (such as the NP6) is its native support for Virtual eXtensible LAN (VXLAN) hardware acceleration.
In enterprise environments where VXLAN is used to extend Layer 2 segments over a Layer 3 network, the encapsulation and decapsulation of VXLAN headers can be computationally expensive. The NP7 provides specialized circuitry to perform these operations at line rate, significantly reducing latency and preventing CPU saturation. This allows the FortiGate to maintain high throughput even when handling complex overlay tunnels.
While the CP9 (Content Processor) (Option C) provides acceleration for SSL/TLS inspection and IPsec encryption, it does not handle network layer encapsulation like VXLAN. NTurbo (Option D) is a software feature that offloads firewall sessions to the network processors but is not a hardware chip itself. The SP5 (Option B) also supports VXLAN offloading in newer mid-range models, but the NP7 is the primary "specialized acceleration hardware" referenced for high-end enterprise performance in the 7.6 curriculum.
NEW QUESTION # 137
Refer to the exhibit.
A pre-run CLI template that is used in zero-touch provisioning (ZTP) and low-touch provisioning (LTP) with FortiManager is shown.
The template is not assigned even though the configuration has already been installed on FortiGate.
What is true about this scenario?
Answer: B
Explanation:
In FortiManager, pre-run CLI templates are used in Zero-Touch Provisioning (ZTP) and Low-Touch Provisioning (LTP) to configure a FortiGate device before it is fully managed by FortiManager.
These templates apply configurations when a device is initially provisioned. Once the pre-run CLI template is executed, FortiManager automatically unassigns it from the device because it is not meant to persist like other policy configurations. This prevents conflicts and ensures that the FortiGate configuration is not repeatedly applied after the initial setup.
NEW QUESTION # 138
You must configure a loopback as a BGP source to connect to the ISP.
Which two commands must you use to establish the connection? (Choose two.)
Answer: A,D
Explanation:
When configuring a BGP peering session with an external neighbor (eBGP), such as an ISP, using a loopback interface as the source, two specific configuration requirements must be met in FortiOS:
* update-source (B): By default, BGP uses the IP address of the physical egress interface to initiate the TCP connection to a neighbor. If you want the BGP session to be sourced from a loopback interface (which is a common practice for stability, as loopbacks do not go down unless the entire router fails), you must explicitly define this using the set update-source < interface > command under the neighbor configuration.
* ebgp-enforce-multihop (A): Standard eBGP sessions have a default Time-to-Live (TTL) of 1, meaning the peer is expected to be directly connected. When peering using loopback addresses, the loopback interface is logically one hop away from the physical link. Therefore, the connection will fail unless you increase the TTL. The set ebgp-enforce-multihop < hop-count > command allows the BGP session to be established even if the peer is not on a directly connected subnet or if loopbacks are used.
In the provided exhibit (image_bd178a.jpg), the CLI shows the neighbor configuration. To successfully peer with the ISP (10.200.3.1) using a local loopback, the administrator would need to add:
* set update-source " loopback0 "
* set ebgp-enforce-multihop 2 (or a higher value)
NEW QUESTION # 139
How can you ensure the corporate FortiGate learns the 192.168.1.0/24 network?
Answer: B
Explanation:
In enterprise hub-and-spoke environments, the most scalable and efficient way to ensure the corporate Hub learns the internal networks of remote branches (such as 192.168.1.0/24) is through the use of dynamic routing protocols. Implementing OSPF over IPsec allows the Hub and Spoke units to exchange routing information automatically through the VPN tunnel. Once the OSPF adjacency is established over the IPsec interface, the spoke will advertise its local 192.168.1.0/24 network to the Hub, which then installs the route into its routing table. This avoids the administrative burden and potential errors associated with manually adding static routes for every remote site.
NEW QUESTION # 140
Refer to the exhibits.
The configuration of a user's Windows PC, which has a default MTU of 1500 bytes, along with FortiGate interfaces set to an MTU of 1000 bytes, and the results of PC1 pinging server
172.16.0.254 are shown.
Why is the user in Windows PC1 unable to ping server 172.16.0.254 and is seeing the message:
Packet needs to be fragmented but DF set?
Answer: B
Explanation:
The issue occurs because FortiGate enforces the "do not fragment" (DF) bit in the packet, and the packet size exceeds the MTU of the network path. When the Windows PC1 (with an MTU of
1500 bytes) attempts to send a 1400-byte packet, the FortiGate interface (with an MTU of 1000 bytes) needs to fragment it. However, since the DF bit is set, FortiGate drops the packet instead of fragmenting it.
To resolve this, the user should adjust the ping packet size to fit within the path MTU. In this case, reducing the packet size to 972 bytes (1000 bytes MTU minus 28 bytes for the IP and ICMP headers) should allow successful transmission.
NEW QUESTION # 141
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