A regional bank is deploying a new NGFW to inspect traffic at its primary data center egress point, where throughput regularly peaks at 40 Gbps and latency-sensitive trading applications cannot tolerate added jitter. The security team has a strict change-control window that allows only 30 minutes of scheduled downtime per quarter. Which deployment approach best satisfies the performance and availability constraints?

Deploy the NGFW as a container on a Kubernetes cluster with horizontal pod autoscaling

Deploy a single bare-metal NGFW appliance with no redundancy to minimize complexity

Deploy the NGFW as a VM on an existing hypervisor cluster with live migration enabled

Deploy a bare-metal NGFW appliance with a high-availability pair and active/passive failover

A university's network team is replacing an aging firewall at its core. The new NGFW must sustain 100 Gbps of mixed traffic, support hardware-based SSL decryption, and integrate with existing fiber optic connections. The team has ample rack space and power in the data center. Which deployment consideration is most critical for this scenario?

Ensuring the container orchestration platform supports DPDK

Configuring the hypervisor's network adapter in promiscuous mode

Choosing a bare-metal appliance with the appropriate interface types and processing capacity

Allocating sufficient vCPU and memory to the virtual appliance

A hospital's network team is deploying a new NGFW to protect its electronic health record (EHR) system. The firewall must handle a constant 10 Gbps of traffic with very low latency and must be physically isolated from other less-critical systems for compliance reasons. Which deployment model is most appropriate?

A virtualized NGFW on the shared hospital virtualization cluster

A containerized NGFW deployed alongside the EHR application

A dedicated bare-metal NGFW appliance in a separate security zone

A bare-metal NGFW shared with the hospital's guest Wi-Fi traffic

A network engineer is selecting a deployment model for a next-generation firewall (NGFW) that must handle maximum throughput for a large enterprise data center. Which characteristic is a primary advantage of deploying the NGFW on bare metal?

The ability to run multiple isolated firewall instances on a single physical chassis

Simplified management through a centralized hypervisor console

Lower upfront capital expenditure compared to virtual appliances

Dedicated hardware resources that provide predictable, high-performance packet processing

Palo Alto NetworksCertified Cybersecurity Practitioner

Domain 2Objective 6

2.6 Identify and Describe the Deployment Options for NGFWs for Networks Operation on Both Bare Metal and Virtualized Architectures CYBERSECURITY-PRACTITIONER Practice Questions (Page 4)

Part of the Network Security domain, which accounts for 19% of the CYBERSECURITY-PRACTITIONER exam.

19questions here

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3concepts

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Questions 16–19

16application · medium
A regional bank is deploying a new NGFW to inspect traffic at its primary data center egress point, where throughput regularly peaks at 40 Gbps and latency-sensitive trading applications cannot tolerate added jitter. The security team has a strict change-control window that allows only 30 minutes of scheduled downtime per quarter. Which deployment approach best satisfies the performance and availability constraints?
Select an answer first
17application · medium
A university's network team is replacing an aging firewall at its core. The new NGFW must sustain 100 Gbps of mixed traffic, support hardware-based SSL decryption, and integrate with existing fiber optic connections. The team has ample rack space and power in the data center. Which deployment consideration is most critical for this scenario?
Select an answer first
18application · medium
A hospital's network team is deploying a new NGFW to protect its electronic health record (EHR) system. The firewall must handle a constant 10 Gbps of traffic with very low latency and must be physically isolated from other less-critical systems for compliance reasons. Which deployment model is most appropriate?
Select an answer first
19foundation · easy
A network engineer is selecting a deployment model for a next-generation firewall (NGFW) that must handle maximum throughput for a large enterprise data center. Which characteristic is a primary advantage of deploying the NGFW on bare metal?
Select an answer first

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2.6 Identify and Describe the Deployment Options for NGFWs for Networks Operation on Both Bare Metal and Virtualized Architectures CYBERSECURITY-PRACTITIONER Practice Questions (Page 4)

Questions 16–19

A network engineer is selecting a deployment model for a next-generation firewall (NGFW) that must handle maximum throughput for a large enterprise data center. Which characteristic is a primary advantage of deploying the NGFW on bare metal?

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