HPE6-A84 PDF Exam Questions:

Name: HPE6-A84 PDF
Brand: ExamsKit
Price: 59.00 USD
Availability: InStock
Rating: 5.0 (188 reviews)

How to Get Success in HPE6-A84 Exam:

Avoid deceptive HPE6-A84 PDF Exam Questions.
Focus on HPE6-A84 Questions (PDF) based on the latest exam syllabus.
Make notes of HPE6-A84 PDF for better learning.
Prepare from our latest HPE6-A84 PDF file and get success in first attempt.

Prepare HPE6-A84 Exam Within Short Time

Your knowledge and abilities are validated by passing the HPE6-A84 exam. Our PDF questions and answers will help you prepare for the HPE6-A84 exam in a short time because it includes questions similar to the real HP exam questions. After downloading the HPE6-A84 HP PDF exam questions, relevant to the actual exam, you can take a print of all questions and prepare them anytime, anywhere.

Realistic Scenario Based HP HPE6-A84 PDF Exam Questions:

Everyone wants to become certified HP Aruba and improve his/her resume. You should practice with real HPE6-A84 questions. Students can benefit from the HPE6-A84 exam questions which are available in PDF format. The HPE6-A84 exam questions and answers are designed to match the criteria of the actual exam. If you use scenario-based HPE6-A84 questions you will have an extra potential to clear the exam on the first attempt.

Q1.

You are designing an Aruba ClearPass Policy Manager (CPPM) solution for a customer. You learn that the customer has a Palo Alto firewall that filters traffic between clients in the campus and the data center.

Which integration can you suggest?

ASending Syslogs from the firewall to CPPM to signal CPPM to change the authentication status for misbehaving clients

BImporting clients' MAC addresses to configure known clients for MAC authentication more quickly

CEstablishing a double layer of authentication at both the campus edge and the data center DMZ

DImporting the firewall's rules to program downloadable user roles for AOS-CX switches more quickly

Answer: A

See the explanation below.

This option allows CPPM to receive real-time information about the network activity and security posture of the clients from the firewall, and then apply appropriate enforcement actions based on the configured policies12.For example, if a client is detected to be infected with malware or violating the network usage policy, CPPM can quarantine or disconnect the client from the network2.

Q2.

Refer to the scenario.

A customer has an Aruba ClearPass cluster. The customer has AOS-CX switches that implement 802.1X authentication to ClearPass Policy Manager (CPPM).

Switches are using local port-access policies.

The customer wants to start tunneling wired clients that pass user authentication only to an Aruba gateway cluster. The gateway cluster should assign these clients to the ''eth-internet" role. The gateway should also handle assigning clients to their VLAN, which is VLAN 20.

The plan for the enforcement policy and profiles is shown below:

q2_HPE6-A84

The gateway cluster has two gateways with these IP addresses:

* Gateway 1

o VLAN 4085 (system IP) = 10.20.4.21

o VLAN 20 (users) = 10.20.20.1

o VLAN 4094 (WAN) = 198.51.100.14

* Gateway 2

o VLAN 4085 (system IP) = 10.20.4.22

o VLAN 20 (users) = 10.20.20.2

o VLAN 4094 (WAN) = 198.51.100.12

* VRRP on VLAN 20 = 10.20.20.254

The customer requires high availability for the tunnels between the switches and the gateway cluster. If one gateway falls, the other gateway should take over its tunnels. Also, the switch should be able to discover the gateway cluster regardless of whether one of the gateways is in the cluster.

You are setting up the UBT zone on an AOS-CX switch.

Which IP addresses should you define in the zone?

APrimary controller = 10.20.4.21; backup controller = 10.20.4.22

B[Primary controller = 198.51.100.14; backup controller = 10.20.4.21

CPrimary controller = 10 20 4 21: backup controller not defined

DPrimary controller = 10.20.20.254; backup controller, not defined

Answer: A

See the explanation below.

To configure user-based tunneling (UBT) on an AOS-CX switch, you need to specify the IP addresses of the mobility gateways that will receive the tunneled traffic from the switch1.The primary controller is the preferred gateway for the switch to establish a tunnel, and the backup controller is the alternative gateway in case the primary controller fails or becomes unreachable1.The IP addresses of the gateways should be their system IP addresses, which are used for inter-controller communication and cluster discovery2.

In this scenario, the customer has a gateway cluster with two gateways, each with a system IP address on VLAN 4085. Therefore, the switch should use these system IP addresses as the primary and backup controllers for UBT.The IP addresses of the gateways on VLAN 20 and VLAN 4094 are not relevant for UBT, as they are used for user traffic and WAN connectivity, respectively2.The VRRP IP address on VLAN 20 is also not applicable for UBT, as it is a virtual IP address that is not associated with any specific gateway3.

Therefore, the best option is to use 10.20.4.21 as the primary controller and 10.20.4.22 as the backup controller for UBT on the switch.This will ensure high availability and cluster discovery for the tunneled traffic from the switch to the gateway cluster12.

Q3.

Refer to the scenario.

A customer requires these rights for clients in the ''medical-mobile'' AOS firewall role on Aruba Mobility Controllers (MCs):

External devices should not be permitted to initiate sessions with ''medical-mobile'' clients, only send return traffic.

The exhibits below show the configuration for the role.

q3_HPE6-A84

There are multiple issues with this configuration. What is one change you must make to meet the scenario requirements? (In the options, rules in a policy are referenced from top to bottom. For example, ''medical-mobile'' rule 1 is ''ipv4 any any svc-dhcp permit,'' and rule 8 is ''ipv4 any any any permit''.)

AIn the ''medical-mobile'' policy, move rules 2 and 3 between rules 7 and 8.

BIn the ''medical-mobile'' policy, change the subnet mask in rule 3 to 255.255.248.0.

CMove the rule in the ''apprf-medical-mobile-sacl'' policy between rules 7 and 8 in the ''medical-mobile'' policy.

DIn the ''medical-mobile'' policy, change the source in rule 8 to ''user.''

Answer: B

See the explanation below.

The subnet mask in rule 3 of the ''medical-mobile'' policy is currently 255.255.252.0, which means that the rule denies access to the 10.1.12.0/22 subnet as well as the adjacent 10.1.16.0/22 subnet1. This is not consistent with the scenario requirements, which state that only the 10.1.12.0/22 subnet should be denied access, while the rest of the 10.1.0.0/16 range should be permitted access.

To fix this issue, the subnet mask in rule 3 should be changed to 255.255.248.0, which means that the rule only denies access to the 10.1.8.0/21 subnet, which includes the 10.1.12.0/22 subnet1. This way, the rule matches the scenario requirements more precisely.

Q4.

A company has an Aruba ClearPass server at 10.47.47.8, FQDN radius.acnsxtest.local. This exhibit shows ClearPass Policy Manager's (CPPM's) settings for an Aruba Mobility Controller (MC).

q4_HPE6-A84

The MC is already configured with RADIUS authentication settings for CPPM, and RADIUS requests between the MC and CPPM are working. A network admin enters and commits this command to enable dynamic authorization on the MC:

aaa rfc-3576-server 10.47.47.8

But when CPPM sends CoA requests to the MC, they are not working. This exhibit shows the RFC 3576 server statistics on the MC:

q4_HPE6-A84

How could you fix this issue?

AChange the UDP port in the MCs' RFC 3576 server config to 3799.

BEnable RadSec on the MCs' RFC 3676 server config.

CConfigure the MC to obtain the time from a valid NTP server.

DMake sure that CPPM is using an ArubaOS Wireless RADIUS CoA enforcement profile.

Answer: A

See the explanation below.

Dynamic authorization is a feature that allows CPPM to send change of authorization (CoA) or disconnect messages to the MC to modify or terminate a user session based on certain conditions or events1.Dynamic authorization uses the RFC 3576 protocol, which is an extension of the RADIUS protocol2.

To enable dynamic authorization on the MC, you need to configure the IP address and UDP port of the CPPM server as the RFC 3576 server on the MC3. The default UDP port for RFC 3576 is 3799, but it can be changed on the CPPM server .The MC and CPPM must use the same UDP port for dynamic authorization to work properly3.

In this scenario, the MC is configured with the IP address of the CPPM server (10.47.47.8) as the RFC 3576 server, but it is using the default UDP port of 3799. However, according to the exhibit, the CPPM server is using a different UDP port of 1700 for dynamic authorization . This mismatch causes the CoA requests from CPPM to fail on the MC, as shown by the statistics .

To fix this issue, you need to change the UDP port in the MCs' RFC 3576 server config to match the UDP port used by CPPM, which is 1700 in this case. Alternatively, you can change the UDP port in CPPM to match the default UDP port of 3799 on the MC.Either way, you need to ensure that both devices use the same UDP port for dynamic authorization3.

Q5.

Refer to the scenario.

A customer requires these rights for clients in the ''medical-mobile'' AOS firewall role on Aruba Mobility Controllers (MCs):

External devices should not be permitted to initiate sessions with ''medical-mobile'' clients, only send return traffic.

The exhibits below show the configuration for the role.

q5_HPE6-A84

What setting not shown in the exhibit must you check to ensure that the requirements of the scenario are met?

AThat denylisting is enabled globally on the MCs' firewalls

BThat stateful handling of traffic is enabled globally on the MCs' firewalls and on the medical-mobile role.

CThat AppRF and WebCC are enabled globally and on the medical-mobile role

DThat the MCs are assigned RF Protect licenses

Answer: C

See the explanation below.

AppRF and WebCC are features that allow the MCs to classify and control application traffic and web content based on predefined or custom categories12. These features are required to meet the scenario requirements of denying access to all high-risk websites and denying access to the WLAN for a period of time if they send any SSH or Telnet traffic.

To enable AppRF and WebCC, you need to check the following settings:

On the global level, you need to enable AppRF and WebCC underConfiguration > Services > AppRFandConfiguration > Services > WebCC, respectively12.

On the role level, you need to enable AppRF and WebCC underConfiguration > Security > Access Control > Roles > medical-mobile > AppRFandConfiguration > Security > Access Control > Roles > medical-mobile > WebCC, respectively12.

You also need to make sure that the MCs have valid licenses for AppRF and WebCC, which are included in the ArubaOS PEFNG license3.

HPE6-A84 Exam Candidates Are also Interested In:

How To Get Sample Questions And Answers For HPE6-A84 Exam ?,

Aruba Certified Network Security Expert Written Exam Mock Test,

HP Aruba Exam Dumps,

Reliable Source Of Preparation For Aruba Certified Network Security Expert Written Exam .

We provide HP Aruba certification questions along with answers to assist students in passing the HP Exam. You can enhance your HPE6-A84 preparation with the help of an online practice engine. Try out our HPE6-A84 questions because 98% of Examskit users passed the final HPE6-A84 exam in one go.

GET HPE6-A84 EXAM PREMIUM ACCESS