HPE2-W12 Practice Questions

A.  

The difference between machine learning and other forms of artificial intelligence (AI).

B.  

The need to accelerate network troubleshooting so IT can focus on strategic initiatives and innovation.

C.  

The benefits of better aligning the data center IT operations team with the development team.

D.  

The security benefits of applying intelligent access policies that follow users and devices.

A.  

HPE Aruba Networking solutions identify various types of IoT devices with high confidence and offer policy recommendations to make it simple to implement least privilege access.

B.  

HPE Aruba Networking Fabric Composer helps customers build secure tunnels between IoT devices and the data center, where the IoT traffic is segmented and filtered to eliminate threats.

C.  

HPE Aruba Networking is the only vendor to offer endpoint security agents specifically designed for IoT devices.

D.  

HPE Aruba Networking is the first vendor to achieve ICSA Labs’ certification for IoT inventory management.

A.  

HPE Aruba Networking EdgeConnect SD-WAN offers a higher quality of user experience and a simpler, more automated management experience than most competitors.

B.  

HPE Aruba Networking EdgeConnect SD-WAN ensures that all branch traffic passes through the data center for security purposes while many competitors allow branch traffic direct access to the Internet.

C.  

HPE Aruba Networking EdgeConnect SD-WAN can interconnect many sites while most competitors can only connect two or three.

D.  

HPE Aruba Networking EdgeConnect SD-WAN offers specialized hardware and architectures for branches of different size rather than addressing those use cases with a single architecture.

A.  

By integrating with HPE Aruba Networking private 5G solutions to automatically enhance the security for Wi-Fi 5, 6, and 7 devices

B.  

By providing a “sandbox” environment, in which traffic can be safely inspected for malware

C.  

By providing policy recommendations that admins can quickly preview and apply

D.  

By automatically adding rules to role-based access control policies in response to new types of threats

A.  

Deploying the network and then letting it run without further management and monitoring.

B.  

Optimizing network performance through actionable AI recommendations.

C.  

Eliminating the need for network admins and letting server admins maintain the network.

D.  

Managing each network silo with tools specialized for that silo’s needs.

A.  

How are you protecting your data center network traffic from cyberattacks?

B.  

How are you securing IoT devices so they do not put your network at risk?

C.  

What is your company’s plan for recovering from a ransomware attack that targets your data center?

D.  

How would highly accurate location-based services benefit your organization in managing the data center?

A.  

Recommend the customer manage the existing third-party switches with HPE Aruba Networking Central.

B.  

Install two switches that support the distributed data center architecture at the data center edge and route all traffic through those switches.

C.  

Postpone the migration until the organization has the budget to replace all the ToR switches at one time.

D.  

Replace the ToR switches in one rack at a time and gain the benefits of improved security in each updated rack.

A.  

HPE Aruba Networking Central with AI for Networking accelerates IT troubleshooting by providing ML-based, real-time insights, and recommendations.

B.  

HPE Aruba Networking ClearPass monitors network devices’ performance and automatically notifies IT admins of performance issues.

C.  

HPE Aruba Networking APs and switches rely on the Network Analytics Engine (NAE) to automate the onboarding of devices.

D.  

HPE Aruba User Experience Insight (UXI) helps IT determine why data center applications are not performing as well as they should.

A.  

Struggles in accommodating the data shift from the edge to the main corporate data center.

B.  

Struggles in optimizing overprovisioned networks for a lower load of edge devices.

C.  

Difficulties providing secure, consistent connectivity for remote workers.

D.  

Difficulties making employees understand that accessing applications securely from home is impossible.

A.  

Allowing network admins to use their preferred security monitoring tools.

B.  

Ensuring that employees can only access resources from within the corporate campus.

C.  

Improving operational continuity by minimizing risks and attack surfaces.

D.  

Planning network security so that they can assume no breach will ever occur.