Fortinet FCP_FGT_AD-7.6 Questions & Answers

Audit IPS attachment on internet-facing and high-risk rules reduces recurrence of ips sensor missing from rule, rather than the observed flow-based versus proxy-based av scan issue. The relevant preventive control for Juniper Biotechnology is: Validate AV feature compatibility before changing inspection modes. This distinction matters because available AV controls differ by flow or proxy inspection engine and must match policy operation.

Verify signature direction during policy rollout reduces recurrence of ips signature directionality, rather than the observed flow-based versus proxy-based av scan issue. The relevant preventive control for Juniper Biotechnology is: Validate AV feature compatibility before changing inspection modes. This distinction matters because available AV controls differ by flow or proxy inspection engine and must match policy operation.

Review emerging encrypted transport protocols as browsers update reduces recurrence of inspection bypass due to quic, rather than the observed flow-based versus proxy-based av scan issue. The relevant preventive control for Juniper Biotechnology is: Validate AV feature compatibility before changing inspection modes. This distinction matters because available AV controls differ by flow or proxy inspection engine and must match policy operation.

Set the relevant signature or sensor filter action to block under approved change control is a relevant remedy for a DIFFERENT problem—ips sensor action pass versus block—when an IPS signature is detected and logged but traffic continues because its assigned action is monitor. In this Juniper Distribution case that is not the failing component. Here the correct intervention is to restore FortiGuard antivirus signature update connectivity and check database age because known-malware detection depends on current scan signatures in the chosen security profile.

Create and validate a supported narrowly scoped custom IPS signature for the authorized environment is a relevant remedy for a DIFFERENT problem—ips custom signature deployment—when a proprietary application suffers a documented protocol attack that lacks an applicable default IPS signature. In this Juniper Distribution case that is not the failing component. Here the correct intervention is to restore FortiGuard antivirus signature update connectivity and check database age because known-malware detection depends on current scan signatures in the chosen security profile.

Scope full decryption to required traffic and verify hardware, cipher and capacity support is a relevant remedy for a DIFFERENT problem—ssl deep inspection performance—when a branch FortiGate experiences significant CPU load after deep inspection is activated for every workstation. In this Juniper Distribution case that is not the failing component. Here the correct intervention is to restore FortiGuard antivirus signature update connectivity and check database age because known-malware detection depends on current scan signatures in the chosen security profile.

An IPS monitor action produces visibility rather than enforcing packet denial explains a different situation, ips sensor action pass versus block, where an IPS signature is detected and logged but traffic continues because its assigned action is monitor. It does not account for the specific observed antivirus signature currency condition at Juniper Distribution. The decisive mechanism here is: Known-malware detection depends on current scan signatures in the chosen security profile.

A custom protocol risk may need a precise signature when standard databases do not identify it explains a different situation, ips custom signature deployment, where a proprietary application suffers a documented protocol attack that lacks an applicable default IPS signature. It does not account for the specific observed antivirus signature currency condition at Juniper Distribution. The decisive mechanism here is: Known-malware detection depends on current scan signatures in the chosen security profile.

Cryptographic interception imposes measurable processing overhead compared with certificate-only checks explains a different situation, ssl deep inspection performance, where a branch FortiGate experiences significant CPU load after deep inspection is activated for every workstation. It does not account for the specific observed antivirus signature currency condition at Juniper Distribution. The decisive mechanism here is: Known-malware detection depends on current scan signatures in the chosen security profile.

An authorized harmless test signature produces a deny action and event would validate the separate control ips sensor action pass versus block, not the fault reported for Juniper Distribution. To confirm this correction, the team instead needs: The current approved test signature is detected after successful database update. That is the observable check related to antivirus signature currency.

A safe reproduction triggers the custom signature without blocking normal transactions would validate the separate control ips custom signature deployment, not the fault reported for Juniper Distribution. To confirm this correction, the team instead needs: The current approved test signature is detected after successful database update. That is the observable check related to antivirus signature currency.

Peak-load testing maintains approved latency and expected security visibility would validate the separate control ssl deep inspection performance, not the fault reported for Juniper Distribution. To confirm this correction, the team instead needs: The current approved test signature is detected after successful database update. That is the observable check related to antivirus signature currency.

Review IPS action settings during signature category updates reduces recurrence of ips sensor action pass versus block, rather than the observed antivirus signature currency issue. The relevant preventive control for Juniper Distribution is: Monitor AV version age and update errors centrally. This distinction matters because known-malware detection depends on current scan signatures in the chosen security profile.

Version custom signatures and test false positives after app updates reduces recurrence of ips custom signature deployment, rather than the observed antivirus signature currency issue. The relevant preventive control for Juniper Distribution is: Monitor AV version age and update errors centrally. This distinction matters because known-malware detection depends on current scan signatures in the chosen security profile.

Baseline inspection throughput before broad policy rollouts reduces recurrence of ssl deep inspection performance, rather than the observed antivirus signature currency issue. The relevant preventive control for Juniper Distribution is: Monitor AV version age and update errors centrally. This distinction matters because known-malware detection depends on current scan signatures in the chosen security profile.

Restore supported FortiGuard IPS signature updates and verify the sensor includes relevant signatures is a relevant remedy for a DIFFERENT problem—ips signature update availability—when a current known vulnerability test is not matched because the FortiGate IPS database has an old update timestamp. In this Juniper Public Schools case that is not the failing component. Here the correct intervention is to apply appropriate supported protocol options and AV inspection to the traffic's protocol policy because an AV profile must support and inspect the actual traversing application protocol.

Separate specific-signature overrides from wider severity or category filter settings and check effective actions is a relevant remedy for a DIFFERENT problem—ips filter versus individual override—when an administrator modifies a single IPS signature action but the broad sensor filter still blocks unrelated events. In this Juniper Public Schools case that is not the failing component. Here the correct intervention is to apply appropriate supported protocol options and AV inspection to the traffic's protocol policy because an AV profile must support and inspect the actual traversing application protocol.

Apply policy-scoped authorized decryption and documented exclusions for sensitive destinations is a relevant remedy for a DIFFERENT problem—endpoint ssl inspection privacy boundary—when a privacy review finds that private employee services are being fully decrypted without approved inspection purpose. In this Juniper Public Schools case that is not the failing component. Here the correct intervention is to apply appropriate supported protocol options and AV inspection to the traffic's protocol policy because an AV profile must support and inspect the actual traversing application protocol.

Exploit detection depends on both enabled sensor selection and current applicable signatures explains a different situation, ips signature update availability, where a current known vulnerability test is not matched because the FortiGate IPS database has an old update timestamp. It does not account for the specific observed av protocol options coverage condition at Juniper Public Schools. The decisive mechanism here is: An AV profile must support and inspect the actual traversing application protocol.

A filter may include multiple signatures even when one explicit override is changed explains a different situation, ips filter versus individual override, where an administrator modifies a single IPS signature action but the broad sensor filter still blocks unrelated events. It does not account for the specific observed av protocol options coverage condition at Juniper Public Schools. The decisive mechanism here is: An AV profile must support and inspect the actual traversing application protocol.

Full SSL inspection exposes payload beyond certificate metadata and must follow the permitted privacy boundary explains a different situation, endpoint ssl inspection privacy boundary, where a privacy review finds that private employee services are being fully decrypted without approved inspection purpose. It does not account for the specific observed av protocol options coverage condition at Juniper Public Schools. The decisive mechanism here is: An AV profile must support and inspect the actual traversing application protocol.

The updated sensor records the approved controlled test signature would validate the separate control ips signature update availability, not the fault reported for Juniper Public Schools. To confirm this correction, the team instead needs: A supervised harmless mail-attachment test receives the intended scanning event. That is the observable check related to av protocol options coverage.

Controlled tests show the intended action for the named signature and other category members would validate the separate control ips filter versus individual override, not the fault reported for Juniper Public Schools. To confirm this correction, the team instead needs: A supervised harmless mail-attachment test receives the intended scanning event. That is the observable check related to av protocol options coverage.

The sensitive test category is exempt while approved risky sites are still inspected would validate the separate control endpoint ssl inspection privacy boundary, not the fault reported for Juniper Public Schools. To confirm this correction, the team instead needs: A supervised harmless mail-attachment test receives the intended scanning event. That is the observable check related to av protocol options coverage.

Alert when IPS signature feeds become stale reduces recurrence of ips signature update availability, rather than the observed av protocol options coverage issue. The relevant preventive control for Juniper Public Schools is: Audit protocol coverage when adding new services. This distinction matters because an AV profile must support and inspect the actual traversing application protocol.

Review sensor rule ordering and effective overrides reduces recurrence of ips filter versus individual override, rather than the observed av protocol options coverage issue. The relevant preventive control for Juniper Public Schools is: Audit protocol coverage when adding new services. This distinction matters because an AV profile must support and inspect the actual traversing application protocol.

Review privacy exclusions and inspection purposes during policy recertification reduces recurrence of endpoint ssl inspection privacy boundary, rather than the observed av protocol options coverage issue. The relevant preventive control for Juniper Public Schools is: Audit protocol coverage when adding new services. This distinction matters because an AV profile must support and inspect the actual traversing application protocol.

Create a narrow specific signature exception after verifying the false positive and risk is a relevant remedy for a DIFFERENT problem—ips false-positive remediation—when a verified internal API is blocked after an IPS signature update although an authorized regression test shows no exploit. In this Juniper Insurance case that is not the failing component. Here the correct intervention is to use the harmless industry-standard EICAR test artifact under a supervised authorized test because a standard benign test signature can exercise AV inspection behavior without deploying harmful code.

Apply an appropriately scoped IPS sensor to the relevant inter-zone firewall policy is a relevant remedy for a DIFFERENT problem—ips protecting internal segmentation—when lateral traffic between two application VLANs is allowed by policy but never inspected for known internal service exploits. In this Juniper Insurance case that is not the failing component. Here the correct intervention is to use the harmless industry-standard EICAR test artifact under a supervised authorized test because a standard benign test signature can exercise AV inspection behavior without deploying harmful code.

Replace obsolete issuing-chain references and test new certificates end to end is a relevant remedy for a DIFFERENT problem—expired intermediate after ca rotation—when fortiGate continues to trust an obsolete internal intermediate after the issuing CA changes, causing inconsistent SSL inspection results. In this Juniper Insurance case that is not the failing component. Here the correct intervention is to use the harmless industry-standard EICAR test artifact under a supervised authorized test because a standard benign test signature can exercise AV inspection behavior without deploying harmful code.

A broad IPS sensor disablement would unnecessarily remove other exploit coverage explains a different situation, ips false-positive remediation, where a verified internal API is blocked after an IPS signature update although an authorized regression test shows no exploit. It does not account for the specific observed eicar detection acceptance condition at Juniper Insurance. The decisive mechanism here is: A standard benign test signature can exercise AV inspection behavior without deploying harmful code.

IPS protection is determined by which policy-path sessions traverse an enabled sensor explains a different situation, ips protecting internal segmentation, where lateral traffic between two application VLANs is allowed by policy but never inspected for known internal service exploits. It does not account for the specific observed eicar detection acceptance condition at Juniper Insurance. The decisive mechanism here is: A standard benign test signature can exercise AV inspection behavior without deploying harmful code.

Certificate verification depends on an up-to-date chain rather than just the hostname or leaf validity explains a different situation, expired intermediate after ca rotation, where fortiGate continues to trust an obsolete internal intermediate after the issuing CA changes, causing inconsistent SSL inspection results. It does not account for the specific observed eicar detection acceptance condition at Juniper Insurance. The decisive mechanism here is: A standard benign test signature can exercise AV inspection behavior without deploying harmful code.