McAfee Secure

Exam Code: FCP_FGT_AD-7.6

Exam Name: FCP - FortiGate 7.6 Administrator

Certification Provider: Fortinet

Corresponding Certification: NSE4

Questions & Answers

Fortinet FCP_FGT_AD-7.6 Questions & Answers

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"FCP - FortiGate 7.6 Administrator Exam", also known as FCP_FGT_AD-7.6 exam, is a Fortinet certification exam.

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Fortinet FCP_FGT_AD-7.6 Practice Test 119

Question 1180

At Oakmont Biotechnology, the FortiGate 7.6 security administration team encounters the following authorized operational case: two site-to-site IPsec tunnels terminate on the same failing ISP despite being labeled primary and backup. They need a defensible FortiOS configuration, diagnosis, validation or prevention decision. Which recurring review is most relevant to the same root risk?

  1. Test rekey behavior during peer software changes
  2. Track transport diversity and avoid false redundancy assumptions
  3. Record VPN tunnel type before reusing policy templates
  4. Revalidate MTU when adding additional tunnel encapsulation

Explanation

Correct Answer

B:

Track transport diversity and avoid false redundancy assumptions. This recurring practice addresses redundant vpn split provider design because two logical tunnel interfaces sharing one upstream circuit do not protect against that circuit failure. It reinforces the supported change to use independent permitted underlays or peer paths and verify resilience across failure domains rather than relying on an unrelated periodic audit.

Incorrect Answers

A:

Test rekey behavior during peer software changes reduces recurrence of ipsec security association lifetime, rather than the observed redundant vpn split provider design issue. The relevant preventive control for Oakmont Biotechnology is: Track transport diversity and avoid false redundancy assumptions. This distinction matters because two logical tunnel interfaces sharing one upstream circuit do not protect against that circuit failure.

C:

Record VPN tunnel type before reusing policy templates reduces recurrence of policy-based versus route-based vpn, rather than the observed redundant vpn split provider design issue. The relevant preventive control for Oakmont Biotechnology is: Track transport diversity and avoid false redundancy assumptions. This distinction matters because two logical tunnel interfaces sharing one upstream circuit do not protect against that circuit failure.

D:

Revalidate MTU when adding additional tunnel encapsulation reduces recurrence of ipsec vpn mtu and fragmentation, rather than the observed redundant vpn split provider design issue. The relevant preventive control for Oakmont Biotechnology is: Track transport diversity and avoid false redundancy assumptions. This distinction matters because two logical tunnel interfaces sharing one upstream circuit do not protect against that circuit failure.

Question 1181

At Oakmont Distribution, the FortiGate 7.6 security administration team encounters the following authorized operational case: a reported site-to-site outage has only generic firewall deny events and no clear IKE or IPsec event correlation. They need a defensible FortiOS configuration, diagnosis, validation or prevention decision. Which FortiOS 7.6 administration action best addresses this incident?

  1. Enable and verify supported IPsec NAT traversal and required UDP 500 or 4500 reachability
  2. Set suitable route distances or SD-WAN preferences for the intended tunnel priority
  3. Correct reciprocal static or dynamic routes and preserve the intended stateful path
  4. Correlate IKE negotiation logs, tunnel SA state, route entries and policy traffic logs for the exact test

Explanation

Correct Answer

D:

Correlate IKE negotiation logs, tunnel SA state, route entries and policy traffic logs for the exact test. This targets vpn session log interpretation: a generic blocked-flow log cannot alone establish whether the tunnel negotiation or firewall rule caused failure. After applying the change, verify that a reproduced fault produces a clear matching IKE or policy decision with timestamps. The Oakmont Distribution case requires these specific FortiOS 7.6 conditions, not an unrelated permit or platform change.

Incorrect Answers

A:

Enable and verify supported IPsec NAT traversal and required UDP 500 or 4500 reachability is a relevant remedy for a DIFFERENT problem—nat traversal for ipsec—when a branch FortiGate behind an upstream NAT can reach web services but IPsec negotiation fails on NAT-protected transport. In this Oakmont Distribution case that is not the failing component. Here the correct intervention is to correlate IKE negotiation logs, tunnel SA state, route entries and policy traffic logs for the exact test because a generic blocked-flow log cannot alone establish whether the tunnel negotiation or firewall rule caused failure.

B:

Set suitable route distances or SD-WAN preferences for the intended tunnel priority is a relevant remedy for a DIFFERENT problem—tunnel route distance to backup—when a primary and backup VPN are operational but branch traffic always chooses the backup even when primary is healthy. In this Oakmont Distribution case that is not the failing component. Here the correct intervention is to correlate IKE negotiation logs, tunnel SA state, route entries and policy traffic logs for the exact test because a generic blocked-flow log cannot alone establish whether the tunnel negotiation or firewall rule caused failure.

C:

Correct reciprocal static or dynamic routes and preserve the intended stateful path is a relevant remedy for a DIFFERENT problem—ipsec asymmetric vpn egress—when return packets from an internal server follow an internet default route instead of the incoming route-based VPN tunnel. In this Oakmont Distribution case that is not the failing component. Here the correct intervention is to correlate IKE negotiation logs, tunnel SA state, route entries and policy traffic logs for the exact test because a generic blocked-flow log cannot alone establish whether the tunnel negotiation or firewall rule caused failure.

Question 1182

At Oakmont Distribution, the FortiGate 7.6 security administration team encounters the following authorized operational case: a reported site-to-site outage has only generic firewall deny events and no clear IKE or IPsec event correlation. They need a defensible FortiOS configuration, diagnosis, validation or prevention decision. What is the primary mechanism responsible for the reported result?

  1. NAT between peers can prevent ordinary ESP transport without supported encapsulation
  2. Route selection chooses based on active route preference, not a tunnel's name or creation date
  3. A generic blocked-flow log cannot alone establish whether the tunnel negotiation or firewall rule caused failure
  4. Route-based IPsec depends on consistent forward and return routing through the negotiated security context

Explanation

Correct Answer

C:

A generic blocked-flow log cannot alone establish whether the tunnel negotiation or firewall rule caused failure. The mechanism is relevant because the stated vpn session log interpretation incident concerns the actual selected path, policy, identity or inspection state. The appropriate response is to correlate IKE negotiation logs, tunnel SA state, route entries and policy traffic logs for the exact test; verify it through this observed condition: a reproduced fault produces a clear matching IKE or policy decision with timestamps.

Incorrect Answers

A:

NAT between peers can prevent ordinary ESP transport without supported encapsulation explains a different situation, nat traversal for ipsec, where a branch FortiGate behind an upstream NAT can reach web services but IPsec negotiation fails on NAT-protected transport. It does not account for the specific observed vpn session log interpretation condition at Oakmont Distribution. The decisive mechanism here is: A generic blocked-flow log cannot alone establish whether the tunnel negotiation or firewall rule caused failure.

B:

Route selection chooses based on active route preference, not a tunnel's name or creation date explains a different situation, tunnel route distance to backup, where a primary and backup VPN are operational but branch traffic always chooses the backup even when primary is healthy. It does not account for the specific observed vpn session log interpretation condition at Oakmont Distribution. The decisive mechanism here is: A generic blocked-flow log cannot alone establish whether the tunnel negotiation or firewall rule caused failure.

D:

Route-based IPsec depends on consistent forward and return routing through the negotiated security context explains a different situation, ipsec asymmetric vpn egress, where return packets from an internal server follow an internet default route instead of the incoming route-based VPN tunnel. It does not account for the specific observed vpn session log interpretation condition at Oakmont Distribution. The decisive mechanism here is: A generic blocked-flow log cannot alone establish whether the tunnel negotiation or firewall rule caused failure.

Question 1183

At Oakmont Distribution, the FortiGate 7.6 security administration team encounters the following authorized operational case: a reported site-to-site outage has only generic firewall deny events and no clear IKE or IPsec event correlation. They need a defensible FortiOS configuration, diagnosis, validation or prevention decision. Which validation result would demonstrate that the specified incident has been resolved?

  1. IKE and encrypted traffic succeed through the mapped upstream address
  2. A reproduced fault produces a clear matching IKE or policy decision with timestamps
  3. The healthy primary carries ordinary traffic and an authorized fault selects backup
  4. A bidirectional test flow returns on the virtual tunnel interface with accepted session state

Explanation

Correct Answer

B:

A reproduced fault produces a clear matching IKE or policy decision with timestamps. This directly tests the corrective decision to correlate IKE negotiation logs, tunnel SA state, route entries and policy traffic logs for the exact test. It is a meaningful acceptance check because a generic blocked-flow log cannot alone establish whether the tunnel negotiation or firewall rule caused failure. Unrelated service availability alone would not confirm this FortiGate policy or path.

Incorrect Answers

A:

IKE and encrypted traffic succeed through the mapped upstream address would validate the separate control nat traversal for ipsec, not the fault reported for Oakmont Distribution. To confirm this correction, the team instead needs: A reproduced fault produces a clear matching IKE or policy decision with timestamps. That is the observable check related to vpn session log interpretation.

C:

The healthy primary carries ordinary traffic and an authorized fault selects backup would validate the separate control tunnel route distance to backup, not the fault reported for Oakmont Distribution. To confirm this correction, the team instead needs: A reproduced fault produces a clear matching IKE or policy decision with timestamps. That is the observable check related to vpn session log interpretation.

D:

A bidirectional test flow returns on the virtual tunnel interface with accepted session state would validate the separate control ipsec asymmetric vpn egress, not the fault reported for Oakmont Distribution. To confirm this correction, the team instead needs: A reproduced fault produces a clear matching IKE or policy decision with timestamps. That is the observable check related to vpn session log interpretation.

Question 1184

At Oakmont Distribution, the FortiGate 7.6 security administration team encounters the following authorized operational case: a reported site-to-site outage has only generic firewall deny events and no clear IKE or IPsec event correlation. They need a defensible FortiOS configuration, diagnosis, validation or prevention decision. Which operational practice would most effectively prevent this specific fault?

  1. Check NAT traversal after ISP gateway replacements
  2. Check route precedence when rekeying or recreating tunnels
  3. Review reciprocal route tables after changing branch prefixes
  4. Use a structured troubleshooting record for all VPN incidents

Explanation

Correct Answer

D:

Use a structured troubleshooting record for all VPN incidents. This recurring practice addresses vpn session log interpretation because a generic blocked-flow log cannot alone establish whether the tunnel negotiation or firewall rule caused failure. It reinforces the supported change to correlate IKE negotiation logs, tunnel SA state, route entries and policy traffic logs for the exact test rather than relying on an unrelated periodic audit.

Incorrect Answers

A:

Check NAT traversal after ISP gateway replacements reduces recurrence of nat traversal for ipsec, rather than the observed vpn session log interpretation issue. The relevant preventive control for Oakmont Distribution is: Use a structured troubleshooting record for all VPN incidents. This distinction matters because a generic blocked-flow log cannot alone establish whether the tunnel negotiation or firewall rule caused failure.

B:

Check route precedence when rekeying or recreating tunnels reduces recurrence of tunnel route distance to backup, rather than the observed vpn session log interpretation issue. The relevant preventive control for Oakmont Distribution is: Use a structured troubleshooting record for all VPN incidents. This distinction matters because a generic blocked-flow log cannot alone establish whether the tunnel negotiation or firewall rule caused failure.

C:

Review reciprocal route tables after changing branch prefixes reduces recurrence of ipsec asymmetric vpn egress, rather than the observed vpn session log interpretation issue. The relevant preventive control for Oakmont Distribution is: Use a structured troubleshooting record for all VPN incidents. This distinction matters because a generic blocked-flow log cannot alone establish whether the tunnel negotiation or firewall rule caused failure.

Question 1185

At Oakmont Public Schools, the FortiGate 7.6 security administration team encounters the following authorized operational case: a remote IPsec client is routed through headquarters for every internet destination although company policy only requires private application prefixes. They need a defensible FortiOS configuration, diagnosis, validation or prevention decision. What is the most appropriate first configuration correction for this case?

  1. Configure supported dead peer detection and path failover for the tunnel
  2. Configure supported split-tunnel selectors or client routes limited to approved corporate networks
  3. Exempt the approved IPsec policy path from unrelated source NAT or use precise central NAT rules
  4. Configure a supported BGP adjacency across the route-based IPsec interface with controlled prefix filtering

Explanation

Correct Answer

B:

Configure supported split-tunnel selectors or client routes limited to approved corporate networks. This targets split tunnel protection for remote vpn: tunnel selector and route scope decide which client packets use the encrypted corporate path. After applying the change, verify that private application test traffic is encrypted while approved general internet traffic follows client policy. The Oakmont Public Schools case requires these specific FortiOS 7.6 conditions, not an unrelated permit or platform change.

Incorrect Answers

A:

Configure supported dead peer detection and path failover for the tunnel is a relevant remedy for a DIFFERENT problem—dead peer detection failover—when a tunnel appears established long after the remote FortiGate loses power and routing keeps sending sessions to the dead path. In this Oakmont Public Schools case that is not the failing component. Here the correct intervention is to configure supported split-tunnel selectors or client routes limited to approved corporate networks because tunnel selector and route scope decide which client packets use the encrypted corporate path.

C:

Exempt the approved IPsec policy path from unrelated source NAT or use precise central NAT rules is a relevant remedy for a DIFFERENT problem—vpn tunnel firewall nat exemption—when remote peers expect original office subnet addresses but the FortiGate applies an internet source NAT rule to VPN traffic. In this Oakmont Public Schools case that is not the failing component. Here the correct intervention is to configure supported split-tunnel selectors or client routes limited to approved corporate networks because tunnel selector and route scope decide which client packets use the encrypted corporate path.

D:

Configure a supported BGP adjacency across the route-based IPsec interface with controlled prefix filtering is a relevant remedy for a DIFFERENT problem—ipsec bgp over virtual tunnel—when an organization wants multiple changing site networks reachable over an IPsec interface but maintains dozens of fragile static routes. In this Oakmont Public Schools case that is not the failing component. Here the correct intervention is to configure supported split-tunnel selectors or client routes limited to approved corporate networks because tunnel selector and route scope decide which client packets use the encrypted corporate path.

Question 1186

At Oakmont Public Schools, the FortiGate 7.6 security administration team encounters the following authorized operational case: a remote IPsec client is routed through headquarters for every internet destination although company policy only requires private application prefixes. They need a defensible FortiOS configuration, diagnosis, validation or prevention decision. Which diagnosis best distinguishes this case from other FortiOS problems?

  1. Tunnel selector and route scope decide which client packets use the encrypted corporate path
  2. Old IPsec state can persist briefly unless the peer's liveliness is checked and failed paths withdrawn
  3. An overbroad SNAT can rewrite protected selectors and break remote routing or security rules
  4. Dynamic routing can exchange changing protected prefixes while the IPsec tunnel supplies encrypted transport

Explanation

Correct Answer

A:

Tunnel selector and route scope decide which client packets use the encrypted corporate path. The mechanism is relevant because the stated split tunnel protection for remote vpn incident concerns the actual selected path, policy, identity or inspection state. The appropriate response is to configure supported split-tunnel selectors or client routes limited to approved corporate networks; verify it through this observed condition: private application test traffic is encrypted while approved general internet traffic follows client policy.

Incorrect Answers

B:

Old IPsec state can persist briefly unless the peer's liveliness is checked and failed paths withdrawn explains a different situation, dead peer detection failover, where a tunnel appears established long after the remote FortiGate loses power and routing keeps sending sessions to the dead path. It does not account for the specific observed split tunnel protection for remote vpn condition at Oakmont Public Schools. The decisive mechanism here is: Tunnel selector and route scope decide which client packets use the encrypted corporate path.

C:

An overbroad SNAT can rewrite protected selectors and break remote routing or security rules explains a different situation, vpn tunnel firewall nat exemption, where remote peers expect original office subnet addresses but the FortiGate applies an internet source NAT rule to VPN traffic. It does not account for the specific observed split tunnel protection for remote vpn condition at Oakmont Public Schools. The decisive mechanism here is: Tunnel selector and route scope decide which client packets use the encrypted corporate path.

D:

Dynamic routing can exchange changing protected prefixes while the IPsec tunnel supplies encrypted transport explains a different situation, ipsec bgp over virtual tunnel, where an organization wants multiple changing site networks reachable over an IPsec interface but maintains dozens of fragile static routes. It does not account for the specific observed split tunnel protection for remote vpn condition at Oakmont Public Schools. The decisive mechanism here is: Tunnel selector and route scope decide which client packets use the encrypted corporate path.

Question 1187

At Oakmont Public Schools, the FortiGate 7.6 security administration team encounters the following authorized operational case: a remote IPsec client is routed through headquarters for every internet destination although company policy only requires private application prefixes. They need a defensible FortiOS configuration, diagnosis, validation or prevention decision. Which controlled test outcome best proves that the required feature now works?

  1. Private application test traffic is encrypted while approved general internet traffic follows client policy
  2. A supervised peer outage is detected and new sessions use the approved alternative route
  3. Remote packet capture sees the expected original office source addresses
  4. Authorized routes are learned across the tunnel and a supervised prefix update converges

Explanation

Correct Answer

A:

Private application test traffic is encrypted while approved general internet traffic follows client policy. This directly tests the corrective decision to configure supported split-tunnel selectors or client routes limited to approved corporate networks. It is a meaningful acceptance check because tunnel selector and route scope decide which client packets use the encrypted corporate path. Unrelated service availability alone would not confirm this FortiGate policy or path.

Incorrect Answers

B:

A supervised peer outage is detected and new sessions use the approved alternative route would validate the separate control dead peer detection failover, not the fault reported for Oakmont Public Schools. To confirm this correction, the team instead needs: Private application test traffic is encrypted while approved general internet traffic follows client policy. That is the observable check related to split tunnel protection for remote vpn.

C:

Remote packet capture sees the expected original office source addresses would validate the separate control vpn tunnel firewall nat exemption, not the fault reported for Oakmont Public Schools. To confirm this correction, the team instead needs: Private application test traffic is encrypted while approved general internet traffic follows client policy. That is the observable check related to split tunnel protection for remote vpn.

D:

Authorized routes are learned across the tunnel and a supervised prefix update converges would validate the separate control ipsec bgp over virtual tunnel, not the fault reported for Oakmont Public Schools. To confirm this correction, the team instead needs: Private application test traffic is encrypted while approved general internet traffic follows client policy. That is the observable check related to split tunnel protection for remote vpn.

Question 1188

At Oakmont Public Schools, the FortiGate 7.6 security administration team encounters the following authorized operational case: a remote IPsec client is routed through headquarters for every internet destination although company policy only requires private application prefixes. They need a defensible FortiOS configuration, diagnosis, validation or prevention decision. What continuing control matches this firewall administration scenario?

  1. Rehearse dead-peer and routing failover with realistic outages
  2. Test NAT behavior independently for tunnel and public internet rules
  3. Monitor BGP neighbor health and filter accidental prefix advertisements
  4. Review split tunnel destinations when new corporate apps are added

Explanation

Correct Answer

D:

Review split tunnel destinations when new corporate apps are added. This recurring practice addresses split tunnel protection for remote vpn because tunnel selector and route scope decide which client packets use the encrypted corporate path. It reinforces the supported change to configure supported split-tunnel selectors or client routes limited to approved corporate networks rather than relying on an unrelated periodic audit.

Incorrect Answers

A:

Rehearse dead-peer and routing failover with realistic outages reduces recurrence of dead peer detection failover, rather than the observed split tunnel protection for remote vpn issue. The relevant preventive control for Oakmont Public Schools is: Review split tunnel destinations when new corporate apps are added. This distinction matters because tunnel selector and route scope decide which client packets use the encrypted corporate path.

B:

Test NAT behavior independently for tunnel and public internet rules reduces recurrence of vpn tunnel firewall nat exemption, rather than the observed split tunnel protection for remote vpn issue. The relevant preventive control for Oakmont Public Schools is: Review split tunnel destinations when new corporate apps are added. This distinction matters because tunnel selector and route scope decide which client packets use the encrypted corporate path.

C:

Monitor BGP neighbor health and filter accidental prefix advertisements reduces recurrence of ipsec bgp over virtual tunnel, rather than the observed split tunnel protection for remote vpn issue. The relevant preventive control for Oakmont Public Schools is: Review split tunnel destinations when new corporate apps are added. This distinction matters because tunnel selector and route scope decide which client packets use the encrypted corporate path.

Question 1189

At Oakmont Insurance, the FortiGate 7.6 security administration team encounters the following authorized operational case: two acquired offices use the same protected subnet and the hub FortiGate cannot distinguish return destinations across their VPNs. They need a defensible FortiOS configuration, diagnosis, validation or prevention decision. Which supported FortiGate response most directly resolves the stated requirement?

  1. Add appropriate route-based interface policies for the required local-to-VPN and return directions
  2. Create the appropriately limited reverse-direction tunnel firewall policy where business authorization permits
  3. Readdress one protected network or design compatible selective translation with nonoverlapping tunnel selectors
  4. Edit the supported wizard-created address objects and policies to the complete approved site scope

Explanation

Correct Answer

C:

Readdress one protected network or design compatible selective translation with nonoverlapping tunnel selectors. This targets ipsec overlapping address conflict: identical remote prefixes cannot be unambiguously routed to separate IPsec site destinations. After applying the change, verify that a test reaches both offices through distinct documented translated destinations. The Oakmont Insurance case requires these specific FortiOS 7.6 conditions, not an unrelated permit or platform change.

Incorrect Answers

A:

Add appropriate route-based interface policies for the required local-to-VPN and return directions is a relevant remedy for a DIFFERENT problem—route-based tunnel interface policy—when a route-based IPsec tunnel is up but users cannot reach the remote LAN because no firewall policy permits the tunnel interface pair. In this Oakmont Insurance case that is not the failing component. Here the correct intervention is to readdress one protected network or design compatible selective translation with nonoverlapping tunnel selectors because identical remote prefixes cannot be unambiguously routed to separate IPsec site destinations.

B:

Create the appropriately limited reverse-direction tunnel firewall policy where business authorization permits is a relevant remedy for a DIFFERENT problem—ipsec tunnel policy return direction—when the head office reaches a remote file server but the remote office cannot initiate sessions toward the head-office database. In this Oakmont Insurance case that is not the failing component. Here the correct intervention is to readdress one protected network or design compatible selective translation with nonoverlapping tunnel selectors because identical remote prefixes cannot be unambiguously routed to separate IPsec site destinations.

D:

Edit the supported wizard-created address objects and policies to the complete approved site scope is a relevant remedy for a DIFFERENT problem—vpn wizard group policy permissions—when a newly created wizard tunnel is reachable from one internal subnet but the wizard-generated policy does not include the second authorized subnet. In this Oakmont Insurance case that is not the failing component. Here the correct intervention is to readdress one protected network or design compatible selective translation with nonoverlapping tunnel selectors because identical remote prefixes cannot be unambiguously routed to separate IPsec site destinations.

Question 1190

At Oakmont Insurance, the FortiGate 7.6 security administration team encounters the following authorized operational case: two acquired offices use the same protected subnet and the hub FortiGate cannot distinguish return destinations across their VPNs. They need a defensible FortiOS configuration, diagnosis, validation or prevention decision. What root condition most directly explains the described FortiGate symptom?

  1. An established IPsec tunnel does not override FortiGate forward-policy enforcement
  2. An accepting outbound policy does not necessarily create permission for independently initiated inbound flows
  3. A wizard's initial example selectors and permit addresses may not match every required protected network
  4. Identical remote prefixes cannot be unambiguously routed to separate IPsec site destinations

Explanation

Correct Answer

D:

Identical remote prefixes cannot be unambiguously routed to separate IPsec site destinations. The mechanism is relevant because the stated ipsec overlapping address conflict incident concerns the actual selected path, policy, identity or inspection state. The appropriate response is to readdress one protected network or design compatible selective translation with nonoverlapping tunnel selectors; verify it through this observed condition: a test reaches both offices through distinct documented translated destinations.

Incorrect Answers

A:

An established IPsec tunnel does not override FortiGate forward-policy enforcement explains a different situation, route-based tunnel interface policy, where a route-based IPsec tunnel is up but users cannot reach the remote LAN because no firewall policy permits the tunnel interface pair. It does not account for the specific observed ipsec overlapping address conflict condition at Oakmont Insurance. The decisive mechanism here is: Identical remote prefixes cannot be unambiguously routed to separate IPsec site destinations.

B:

An accepting outbound policy does not necessarily create permission for independently initiated inbound flows explains a different situation, ipsec tunnel policy return direction, where the head office reaches a remote file server but the remote office cannot initiate sessions toward the head-office database. It does not account for the specific observed ipsec overlapping address conflict condition at Oakmont Insurance. The decisive mechanism here is: Identical remote prefixes cannot be unambiguously routed to separate IPsec site destinations.

C:

A wizard's initial example selectors and permit addresses may not match every required protected network explains a different situation, vpn wizard group policy permissions, where a newly created wizard tunnel is reachable from one internal subnet but the wizard-generated policy does not include the second authorized subnet. It does not account for the specific observed ipsec overlapping address conflict condition at Oakmont Insurance. The decisive mechanism here is: Identical remote prefixes cannot be unambiguously routed to separate IPsec site destinations.

FCP - FortiGate 7.6 Administrator (FCP_FGT_AD-7.6) Practice Tests