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HP HPE7-A02：ARUBA認定ネットワークセキュリティプロフェッショナル試験は、高度なファイアウォールとVPNテクノロジーを実装する能力を示す認定です。この認定は、高度な脅威からネットワークを保護するために必要なスキルを検証するように設計されています。この試験は、ネットワーキングとサイバーセキュリティの分野でキャリアを確立したい人にとって理想的です。
ほとんどの人は勉強中にコンピューターを使用することを好むかもしれませんが、HPコンピューターで勉強することは目に害を及ぼすと考えているため、多くの人が紙の購入を学びたいと認めている必要があります。ShikenPASS HPE7-A02テスト問題には、顧客のニーズを満たすために印刷をサポートする機能があります。 正常にダウンロードしたら、HPE7-A02試験問題をAruba Certified Network Security Professional Exam論文に印刷できます。 目を保護するだけでなく、メモをとるのに非常に便利です。 HPE7-A02試験準備を気に入っていただけると信じています。
HPE7-A02試験では、基本的なセキュリティ概念、ワイヤレスセキュリティプロトコル、アクセス制御メカニズム、ファイアウォールテクノロジー、侵入検知および予防システム、ネットワーク監視および分析ツールなど、ネットワークセキュリティに関連する幅広いトピックをカバーしています。候補者は、ClearPassポリシーマネージャー、モビリティマスター、モビリティコントローラーなどのAruba製品を構成およびトラブルシューティングする機能についてもテストされます。
質問 # 108
You are configuring an HPE Aruba Networking VIA solution for a customer. The customer wants this behavior for remote clients that connect to the VPN:
- They forward internet traffic locally.
- They forward traffic destined to the data center over the VPN.
How can you configure this behavior?
正解：A
解説：
The requirement describes split tunneling. Internet-bound traffic should remain local at the remote client, while traffic destined for corporate data center networks should traverse the VPN tunnel. In Aruba VIA, this behavior is configured in the VIA Connection Profile by enabling split tunneling and defining which destination networks should be tunneled. Adding the data center networks to the tunneled networks list ensures only those corporate routes are sent through the VPN. Firewall roles control access permissions after authentication, but they are not the primary place to define the VIA client's split-tunnel routing behavior. VPN pools assign client IP addresses, not destination routing rules. Therefore, split tunneling in the VIA Connection Profile is the correct configuration.
質問 # 109
A company is implementing HPE Aruba Networking Wireless IDS/IPS (WIDS/WIPS) on its AOS-10 APs, which are managed in HPE Aruba Networking Central.
What is one requirement for enabling detection of rogue APs?
正解：A
解説：
To enable the detection of rogue APs with HPE Aruba Networking Wireless IDS/IPS (WIDS/WIPS) on AOS-
10 APs managed in HPE Aruba Networking Central, each AP must have a Foundation with Security license.
This license enables advanced security features, including rogue AP detection, which is crucial for maintaining a secure wireless environment and protecting against unauthorized access points.
Reference: Aruba's licensing documentation and WIDS/WIPS setup guides specify the need for appropriate licenses to activate security features such as rogue AP detection.
質問 # 110
A company issues user certificates to domain computers using its Windows CA and the default user certificate template. You have set up HPE Aruba Networking ClearPass Policy Manager (CPPM) to authenticate 802.1X clients with those certificates. However, during tests, you receive an error that authorization has failed because the usernames do not exist in the authentication source.
What is one way to fix this issue and enable clients to successfully authenticate with certificates?
正解：C
解説：
To fix the issue where authorization fails because the usernames do not exist in the authentication source, you can configure rules in HPE Aruba Networking ClearPass Policy Manager (CPPM) to strip the domain name from the username. When certificates are issued by a Windows CA, the username in the certificate often includes the domain (e.g., user@domain.com). ClearPass might not be able to find this format in the authentication source. By stripping the domain name, you ensure that ClearPass searches for just the username (e.g., user) in the authentication source, allowing successful authentication.
質問 # 111
Refer to the exhibit.
You have verified that AOS-CX Switch-1 has constructed an IP-to-MAC binding table in VLANs 10-19.
Now you need to enable ARP inspection for the endpoint connected to Switch-1. What must you do first to prevent traffic disruption?
正解：A
解説：
Dynamic ARP Inspection (DAI):
ARP inspection verifies ARP packets against a trusted IP-to-MAC binding table to prevent ARP spoofing attacks.
DHCP snooping is required to construct the IP-to-MAC binding table dynamically.
To avoid traffic disruption, uplink ports that connect to trusted switches, DHCP servers, or routers must be explicitly configured as trusted ports for ARP inspection.
Steps to Prevent Traffic Disruption:
Trust the Uplinks: ARP inspection must treat uplink ports as trusted to allow ARP traffic from legitimate DHCP servers and upstream switches.
Enable DHCP Snooping: DHCP snooping must be enabled on Switch-2 to ensure consistent IP-to-MAC bindings upstream.
Why the Answer is Correct:
Option A: Incorrect. ARP inspection on Switch-2 is important but not required first to prevent disruption on Switch-1.
Option B: Incorrect. DHCP snooping must be enabled upstream eventually, but this alone will not stop immediate traffic disruption on Switch-1.
Option C: Correct. Switch-1 uplinks must be trusted ARP inspection ports first to allow legitimate upstream traffic and prevent ARP disruption.
Option D: Incorrect. Static bindings are not required if DHCP snooping is enabled, and they are manual, limiting scalability.
Conclusion:
To avoid traffic disruption, configure Switch-1 uplinks as trusted ARP inspection ports to ensure valid ARP traffic can pass upstream and downstream.
質問 # 112
Refer to the Exhibit:
These packets have been captured from VLAN 10. which supports clients that receive their IP addresses with DHCP.
What can you interpret from the packets that you see here?
These packets have been captured from VLAN 10, which supports clients that receive their IP addresses with DHCP. What can you interpret from the packets that you see here?
正解：C
解説：
The exhibit reveals duplicate IP addresses detected for 10.1.140.6, associated with two different MAC addresses:
88:56:56:ab:c6:89
88:13:30:a3:02:00
Key observations:
Duplicate IP Address Detection:
The message " Duplicate IP address detected for 10.1.140.6 " clearly indicates two devices claiming the same IP address.
This typically occurs when one device spoofs the MAC address of another device to intercept or disrupt traffic.
MAC Spoofing Context:
MAC spoofing is a tactic used to impersonate another device ' s hardware address to gain unauthorized access to a network.
By spoofing a legitimate IP-MAC pairing, an attacker can bypass security mechanisms or cause denial-of- service conditions.
Why the Other Options are Incorrect:
Option B (Mirroring Misconfigured): While mirroring misconfiguration can duplicate traffic, it does not lead to a " duplicate IP detected " alert.
Option C (Misconfigured DHCP): Misconfigurations usually result in DHCP conflicts, but they do not typically involve two different MAC addresses for the same IP.
Option D (ARP Poisoning/MITM): ARP poisoning involves falsified ARP tables, but it does not directly trigger duplicate IP address detection. Instead, ARP packets flood the network.
Conclusion:
The evidence strongly suggests MAC spoofing, as two different MAC addresses are claiming the same IP address (10.1.140.6). This behavior is typical of attempts to gain unauthorized access or disrupt network operations.
質問 # 113
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