CCNP Security 300-710 SNCF Practice Test 7

Correct Answer: The Secure Firewall Threat Defense Virtual (FTDv) appliance
Explanation: FTDv is the virtual machine form factor of Secure Firewall Threat Defense for on-premises hypervisors, which is distinct from a physical-only appliance, a container image, a dedicated hardware security module, a standalone Snort-only sensor, or a physical switch chassis.

Correct Answer: VMware ESXi and KVM (Kernel-based Virtual Machine)
Explanation: VMware ESXi and KVM are commonly supported on-premises hypervisor platforms for FTDv, unlike bare-metal-only installs, an irrelevant spreadsheet application, a claimed Cisco-only proprietary hypervisor, mobile operating systems, or browser sandboxing environments.

Correct Answer: Allocating sufficient vCPU, memory, and disk resources according to Cisco's published minimum and recommended sizing guidelines for the target throughput
Explanation: Proper sizing follows Cisco's documented minimum/recommended vCPU, memory, and disk guidelines matched to expected throughput, unlike the false claims that resources are irrelevant, that only disk matters, that zero memory is workable, that sizing ignores throughput, or that vCPU must always be a single core.

Correct Answer: Ensuring virtual switch port groups/VLANs are properly configured so each FTDv virtual interface connects to the intended Layer 2 segment
Explanation: Proper virtual switch port group/VLAN configuration ensures each FTDv interface reaches its intended segment, unlike the false claims of automatic connection to every VLAN, no interfaces being needed, bypassing hypervisor networking entirely, a hard single-interface limit, or requiring identical MAC addresses to the host.

Correct Answer: Management via Secure Firewall Management Center (FMC) or local management via Secure Firewall Device Manager (FDM)
Explanation: FTDv can be managed via FMC or locally via FDM, just like physical appliances, unlike the false claims of requiring an unrelated third-party product, being unmanageable, requiring physical hardware access, requiring a support phone call for every change, or requiring a dedicated satellite uplink.

Correct Answer: FTDv instances typically require Cisco Smart Licensing to enable and manage feature entitlements
Explanation: FTDv instances typically use Cisco Smart Licensing for feature entitlements, similar to physical appliances, unlike the false claims that no licensing is required, that licensing only applies to physical hardware, that a fully incompatible separate system is used, that licensing is only available through an unrelated marketplace, or that instances are permanently unusable.

Correct Answer: Host-level CPU, memory, and I/O contention among co-located virtual machines, which can affect FTDv throughput and latency
Explanation: Host-level resource contention (CPU, memory, I/O) among co-located VMs can meaningfully affect FTDv performance, which is unrelated to interface cosmetics like management UI color scheme, browser tab count, fire extinguisher locations, keyboard brand, or desktop wallpaper.

Correct Answer: Protecting virtualized workloads and east-west traffic within a virtualized data center environment where flexible, software-based deployment is preferred
Explanation: Protecting virtualized/east-west traffic with flexible software-based deployment is a common FTDv driver, unlike an organization with no virtualization at all, one prioritizing maximum fixed-hardware throughput over flexibility, one seeking to eliminate licensing, one avoiding hypervisors entirely, or one wanting no update capability.

Correct Answer: FTDv follows a similar software update and patching process to physical Threat Defense appliances, typically managed through FMC or FDM
Explanation: FTDv generally follows a similar update/patching process to physical appliances, typically via FMC or FDM, unlike the false claims that it can never be updated, requires a fully incompatible mechanism, requires hardware replacement, requires hypervisor OS reinstallation, or has no versioning concept.

Correct Answer: Verify hypervisor compatibility and version support, size vCPU/memory/disk per Cisco guidance for target throughput, plan virtual switch/VLAN mappings, and confirm Smart Licensing entitlements before go-live
Explanation: Thorough planning includes hypervisor compatibility checks, proper sizing, correct network mapping, and licensing readiness, unlike deploying with default settings and no review, random interface attachment, assuming automatic compatibility, indefinitely deferring licensing, or having no update plan.