Aruba Certified Campus Access Professional Practice Test

HPE7-A01 test Format | Course Contents | Course Outline | test Syllabus | test Objectives

Exam Code: HPE7-A01
Exam Name: Aruba Certified Campus Access Professional
Certification: Successful candidates earn the Aruba Certified Campus Access Professional certification.
Exam Duration: 1 hour 30 minutes (90 minutes).
Number of Questions: Approximately 60 questions.
Question Types: Multiple-choice, multiple-select, drag-and-drop, and scenario-based questions.
Passing Score: The passing score is not publicly disclosed by Aruba and may vary.
Language: English.

- Network Design Principles:
- Hierarchical network design (Core, Distribution, Access layers)
- High availability and redundancy
- VRRP
- MSTP
- VSX
- Scalability and modularity
- Network segmentation
- VLANs
- PVLANs

- Aruba Architecture:
- ArubaOS-CX switching architecture
- Aruba Wireless LAN architecture (controller-based vs. controllerless)
- Centralized vs. distributed forwarding

- Network Virtualization:
- VSX (Virtual Switching Extension)
- VSF (Virtual Switching Framework)
- Stacking technologies

- Network Topologies:
- Mesh networks
- Ring topologies
- Branch and campus topologies

- ArubaOS-CX Switch Features:
- Switch provisioning and initialization
- Port configuration (access, trunk, hybrid)
- Link Aggregation (LACP, static LAG)
- Spanning Tree Protocols (STP, RSTP, MSTP)

- Layer 2 Technologies:
- VLANs and VLAN tagging (802.1Q)
- Private VLANs (PVLANs)
- MAC address table management

- Layer 3 Technologies:
- Static routing
- Dynamic routing protocols (OSPF, BGP)
- VRF (Virtual Routing and Forwarding)

- Quality of Service (QoS):
- Traffic classification and marking (DSCP, CoS)
- Queuing and scheduling
- Policing and shaping

- Security Features:
- Port security (MAC lockdown, DHCP snooping)
- Dynamic Segmentation (Role-Based Access Control)
- ACLs (Access Control Lists)

- Wireless Fundamentals:
- RF fundamentals (frequency bands, channels, interference)
- Wireless standards (802.11a/b/g/n/ac/ax)
- Antenna types and coverage patterns

- Aruba Wireless Architecture:
- Controller-based vs. Instant AP architectures
- AirWave vs. Aruba Central management
- AP provisioning and configuration

- Wireless Security:
- Encryption protocols (WPA2, WPA3)
- Authentication methods (PSK, 802.1X, EAP)
- Captive portal and guest access

- Wireless Optimization:
- RF management (ARM - Adaptive Radio Management)
- Band steering and load balancing
- Airtime fairness and channel utilization

- Advanced Wireless Features:
- Mesh networking
- Wireless intrusion detection/prevention (WIDS/WIPS)
- Location-based services

- Aruba Management Platforms:
- Aruba Central (cloud-based management)
- AirWave (on-premises management)
- Aruba Instant UI

- Network Monitoring:
- SNMP (Simple Network Management Protocol)
- Syslog and logging
- NetFlow and sFlow

- Troubleshooting Tools:
- Packet capture and analysis
- Debug commands and logs
- Network analytics and insights

- Automation and Programmability:
- REST APIs and Python scripting
- Ansible and Puppet for network automation
- Zero Touch Provisioning (ZTP)

- Authentication and Authorization:
- ClearPass Policy Manager (CPPM)
- Role-Based Access Control (RBAC)
- 802.1X authentication

- Network Access Control (NAC):
- Dynamic Segmentation
- Guest access and onboarding
- Device profiling and posture assessment

- Threat Protection:
- Firewall policies and stateful inspection
- IDS/IPS (Intrusion Detection/Prevention Systems)
- Aruba's User Experience Insight (UXI) for threat detection

- Secure Management:
- SSH, HTTPS, and secure access protocols
- Role-based access for network devices
- TACACS+ and RADIUS for administrative access

- Protocols for Redundancy:
- VRRP (Virtual Router Redundancy Protocol)
- MSTP (Multiple Spanning Tree Protocol)
- VSX (Virtual Switching Extension)

- Link Redundancy:
- LACP (Link Aggregation Control Protocol)
- Uplink failure detection

- Device Redundancy:
- Stacking technologies (VSF)
- Controller redundancy in wireless networks

- Troubleshooting Methodology:
- Identifying and isolating network issues
- Using diagnostic tools (ping, traceroute, debug)

- Performance Optimization:
- Optimizing RF performance
- Reducing latency and jitter
- Load balancing and traffic shaping

- Common Issues:
- Connectivity issues (wired and wireless)
- Authentication failures
- Performance degradation

- IoT and Edge Connectivity:
- IoT device onboarding and security
- Edge computing and fog networking

- Cloud-Managed Networks:
- Aruba Central features and capabilities
- Cloud-based monitoring and analytics

- AI and Machine Learning in Networking:
- AI-driven network insights
- Predictive analytics for network performance

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HPE7-A01
Aruba Certified Campus Access Professional
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Question: 20
A customer is using a legacy application that communicates at layer-2. The customer would like to keep this application working across the campus which is connected via layer-3. The legacy devices are connected to Aruba CX 6300 switches throughout the campus.
Which technology minimizes flooding so the legacy application can work efficiently?
1. Generic Routing Encapsulation (GRE)
2. EVPN-VXLAN
3. Ethernet over IP (EolP)
4. Static VXLAN
Answer: B
Explanation:
EVPN-VXLAN is a technology that allows layer-2 communication across layer-3 networks by using Ethernet VPN (EVPN) as a control plane and Virtual Extensible LAN (VXLAN) as a data plane3. EVPN-VXLAN can be used to support legacy applications that communicate at layer-2 across different campuses or data centers that are connected via layer-3. EVPN-VXLAN minimizes flooding by using BGP to distribute MAC addresses and IP addresses of hosts across different VXLAN segments3. EVPN-VXLAN also provides benefits such as loop prevention, load balancing, mobility, and scalability3.
References: https://www.arubanetworks.com/assets/tg/TG_EVPN_VXLAN.pdf
Question: 21
A network engineer recently identified that a wired device connected to a CX Switch is misbehaving on the network To address this issue, a new ClearPass policy has been put in place to prevent this device from connecting to the network again.
Which steps need to be implemented to allow ClearPass to perform a CoA and change the access for this wired device? (Select two.)
1. Confirm that NTP is configured on the switch and ClearPass
2. Configure dynamic authorization on the switch.
3. Bounce the switchport
4. Use Dynamic Segmentation.
5. Configure dynamic authorization on the switchport
Answer: A,B
Explanation:
To allow ClearPass to perform a CoA and change the access for a wired device, the following steps need to be implemented:
* Confirm that NTP is configured on the switch and ClearPass. NTP is required to synchronize the time between the switch and ClearPass, which is essential for CoA messages to be processed correctly1.
* Configure dynamic authorization on the switch. Dynamic authorization is a feature that enables the switch to accept CoA messages from a RADIUS server and apply them to existing sessions2. Dynamic authorization can be enabled globally or per port on the switch2.
* Optionally, configure dynamic authorization on the switchport. This step is not required, but it can provide more granular control over which ports can accept CoA messages from a RADIUS server2. Bouncing the switchport or using Dynamic Segmentation are not necessary steps for allowing ClearPass to perform a CoA and change the access for a wired device.
References:
1. https://www.arubanetworks.com/techdocs/ClearPass/6.7/Aruba_DeployGd_HTML/Content/Aruba%20Controlle
2. https://www.arubanetworks.com/techdocs/AOS-CX/10.04/HTML/5200-6692/GUID-BD3E0A5F-FE4C-4B9B-B
Question: 22
You are doing tests in your lab and with the following equipment specifications
* AP1 has a radio that generates a 10 dBm signal
* AP2 has a radio that generates a 11 dBm signal
* AP1 has an antenna with a gain of 9 dBi
* AP2 has an antenna with a gain of 12 dBi.
* The antenna cable for AP1 has a 2 dB loss
* The antenna cable for AP2 has a 3 dB loss
What would be the calculated Equivalent Isotropic Radiated Power (EIRP) for APT?
1. 26 dBm
2. 30 dBm
3. 17 dBm
4. -12 dBm
Answer: C
Explanation:
EIRP = Transmitter power + Antenna gain - Cable loss EIRP for AP1 = 10 dBm + 9 dBi - 2 dB = 17 dBm
Question: 23
A system engineer needs to preconfigure several Aruba CX 6300 switches that will be sent to a remote office An untrained local field technician will do the rollout of the switches and the mounting of several AP-515s and AP-575S. Cables running to theAPs are not labeled.
The VLANs are already preconfigured to VLAN 100 (mgmt), VLAN 200 (clients), and VLAN 300 (guests). What is the correct configuration to ensure that APs will work properly?
A)
B)
C)
1. Option A
2. Option B
3. Option C
Answer: C
Explanation:
Option C is the correct configuration to ensure that APs will work properly. It uses the ap command to configure a port profile for APs with VLAN 100 as the native VLAN and VLAN 200 and 300 as tagged VLANs. It also enables LLDP on the ports to discover the APs and assign them to the port profile automatically. The other options are incorrect because they either do not use the ap command, do not enable LLDP, or do not configure the VLANs correctly.
References:
https://www.arubanetworks.com/techdocs/AOS-CX_10_08/UG/bk01-ch02.html https://www.arubanetworks.com/techdocs/AOS-CX_10_08/UG/bk01-ch03.html
Question: 24
In AOS 10. which session-based ACL below will only allow ping from any wired station to wireless clients but will not allow ping from wireless clients to wired stations"? The wired host ingress traffic arrives on a trusted port.
1. ip access-list session pingFromWired any user any permit
2. ip access-list session pingFromWired user any svc-icmp deny any any svc-icmp permit
3. ip access-list session pingFromWired any any svc-icmp permit user any svc-icmp deny
4. ip access-list session pingFromWired any any svc-icmp deny any user svc-icmp permit
wrong
Answer: C
Explanation:
1. ip access-list session pingFromWired any user any permit
This will allow all traffic from any source to wireless clients (user). Not what we want.
2. ip access-list session pingFromWired user any svc-icmp deny any any svc-icmp permit The first rule denies ICMP (ping) from wireless clients (user) to any destination.
The second rule permits ICMP from any source to any destination. However, since the deny rule is processed first, pings from wireless clients will be blocked.
This option looks correct based on the rules provided.
3. ip access-list session pingFromWired any any svc-icmp permit user any svc-icmp deny
The first rule permits ICMP from any source to any destination. This includes wireless clients pinging wired stations. The second rule denies ICMP from wireless clients to any destination. However, since it comes after the permit rule, it
will never be processed.
This doesn't match the desired behavior.
4. ip access-list session pingFromWired any any svc-icmp deny any user svc-icmp permit
The first rule denies ICMP from any source to any destination. Since this is the first rule, it will block all ICMP traffic. This option will not allow the desired behavior.
Given the explanations above, the correct answer is:
B. ip access-list session pingFromWired user any svc-icmp deny any any svc-icmp permit
Question: 25
A new network design is being considered to minimize client latency in a high-density environment. The design needs to do this by eliminating contention overhead by dedicating subcamers to clients.
Which technology is the best match for this use case?
1. OFDMA
2. MU-MIMO
3. QWMM
4. Channel Bonding
Answer: A
Explanation:
OFDMA (Orthogonal Frequency Division Multiple Access) is a technology that can minimize client latency in a high- density environment by eliminating contention overhead by dedicating subcarriers to clients. OFDMA allows multiple clients to transmit simultaneously on different subcarriers within the same channel, reducing contention and increasing efficiency. MU-MIMO (Multi-User Multiple Input Multiple Output) is a technology that allows multiple clients to transmit simultaneously on different spatial streams within the same channel, but it does not eliminate contention overhead.
QWMM (Quality of Service Wireless Multimedia) is a technology that prioritizes traffic based on four access categories, but it does not eliminate contention overhead. Channel Bonding is a technology that combines two adjacent channels into one wider channel, increasing bandwidth but not eliminating contention overhead.
References: https://www.arubanetworks.com/assets/ds/DS_AP510Series.pdf https://www.arubanetworks.com/assets/wp/WP_WiFi6.pdf
Question: 26
What is a primary benefit of BSS coloring?
1. BSS color tags Strengthen performance by allowing clients on the same channel to share airtime.
2. BSS color tags are applied to client devices and can reduce the threshold for interference
3. BSS color tags are applied to Wi-Fi channels and can reduce the threshold for interference
4. BSS color tags Strengthen security by identifying rogue APs and removing them from the network.
Answer: C Question: 27
Your manufacturing client is having installers deploy seventy headless scanners and fifty IP cameras in their warehouse These new devices do not support 802 1X authentication.
How can HPE Aruba reduce the IT administration overhead associated with this deployment while maintaining a secure environment using MPSK?
1. Have the installers generate keys with ClearPass Self Service Registration.
2. Have the MPSK gateway derive the unique pre-shared keys based on the MAC OUI.
3. Use MPSK Local to automatically provide unique pre-shared keys for devices.
4. MPSK Local will allow the cameras to share a key and the scanners to share a different key
wrong
Answer: C
Explanation:
1. Have the installers generate keys with ClearPass Self Service Registration. - While this could theoretically work, it would require each installer to manually register each device. This can be cumbersome and time-consuming, especially given the number of devices in this scenario.
2. Have the MPSK gateway derive the unique pre-shared keys based on the MAC OUI. - This is not a typical feature of MPSK. MPSK can assign unique keys based on full MAC addresses, not just the MAC OUI (which only identifies the manufacturer and not individual devices).
3. Use MPSK Local to automatically provide unique pre-shared keys for devices. - MPSK Local can be set up to assign unique pre-shared keys based on MAC addresses, which would reduce administrative overhead. However, the "automatic" provision is somewhat misleading, as the keys and MAC addresses would still need to be predefined in the MPSK Local configuration.
4. MPSK Local will allow the cameras to share a key and the scanners to share a different key. - This is a valid use of MPSK. It would be less secure than giving each device its unique key (since all cameras would share one key and all scanners another), but it would reduce the administrative overhead considerably. This approach balances security and simplicity.
Given the primary goal of reducing IT administration overhead while still maintaining a relatively secure environment, the best answer would be:
D. MPSK Local will allow the cameras to share a key and the scanners to share a different key.
Question: 28
What is the order of operations tor Key Management service for a wireless client roaming from AP1 to AP2?
wrong
Answer: C
Explanation:
https://www.arubanetworks.com/techdocs/Instant_85_WebHelp/Content/instant-ug/wlan-ssid-conf/conf-fast-roa
Question: 29
When setting up an Aruba CX VSX pair, which information does the Inter-Switch Link Protocol configuration use in the configuration created?
1. QSVI
2. MAC tables
3. UDLD
4. RPVST+
Answer: C
Explanation:
UDLD (Unidirectional Link Detection) is the information that the Inter-Switch Link Protocol configuration uses in the configuration created for Aruba CX VSX pair inter-switch-link. UDLD is a protocol that detects unidirectional links between switches and prevents loops or black holes in the network. UDLD is enabled by default on all ports that are part of the inter-switch-link between VSX peers. The other options are incorrect because they are either not related to inter-switch-link or not supported by Aruba CX VSX.
References:
https://www.arubanetworks.com/techdocs/AOS-CX/10.04/HTML/5200-6728/bk01-ch07.html https://www.arubanetworks.com/techdocs/AOS-CX/10.04/HTML/5200-6728/bk01-ch02.html
Question: 30
Select the Aruba stacking technology matching each option (Options may be used more than once or not at all.)
wrong
Answer: C
Explanation:
1. Support up to 10 devices per stack -> VSF
2. Support two devices per stack -> VSX
3. Individual ISL links up to 400G are supported -> VSX
4. individual ISL links up to 50G are supported -> VSF
5. A maximum aggregate ISL bandwidth of 200G is supported -> VSF
References: 1 https://www.arubanetworks.com/techdocs/AOS-CX/10.04/HTML/5200-6728/GUID-2E425DAE-EC54- 4313-9D
Question: 31
Review the exhibit.
You are troubleshooting an issue with a 10 102.39 0/24 subnet which is also VLAN 1000 used Tor wireless clients on a pair of Aruba CX 8360 switches The subnet SVI is configured on the 8360 pair, and the DHCP server is a Microsoft Windows Server 2022 Standard with an IP address of 10 200 1.100. The 10.102.250.0/24 subnet is used for switch management.
A large number of DHCP requests are failing You are observing sporadic DHCP behavior across clients attached to the CX 6100 switch.
Which action may help fix the issue? A)
B)
C)
D)
1. Option A
2. Option B
3. Option C
4. Option D
Answer: B
Explanation:
Option B is the correct action that may help fix the issue of sporadic DHCP behavior across clients attached to the CX 6100 switch. Option B enables DHCP relay on VLAN 1000 interface on Core-1 switch, which allows DHCP requests from clients in VLAN 1000 to be forwarded to the DHCP server in a different subnet (10.200.1.100). Without DHCP relay, clients in VLAN 1000 cannot obtain IP addresses from the DHCP server because they are in different broadcast domains. The other options are incorrect because they either do not enable DHCP relay or do not configure it correctly.
References:
https://www.arubanetworks.com/techdocs/AOS-CX/10.04/HTML/5200-6728/bk01-ch02.html https://www.arubanetworks.com/techdocs/AOS-CX/10.04/HTML/5200-6728/bk01-ch03.html
Question: 32
The administrator notices that wired guest users that have exceeded their bandwidth limit are not being disconnected Access Tracker in ClearPass indicates a disconnect CoA message is being sent to the AOS-CX switch.
An administrator has performed the following configuration
What is the most likely cause of this issue?
1. Change of Authorization has not been globally enabled on the switch
2. The SSL certificate for CPPM has not been added as a trust point on the switch
3. There is a mismatch between the RADIUS secret on the switch and CPP
4. There is a time difference between the switch and the ClearPass Policy Manager
Answer: A Question: 33
You are helping an onsite network technician bring up an Aruba 9004 gateway with ZTP for a branch office The technician was to plug in any port for the ZTP process to start Thirty minutes after the gateway was plugged in new users started to complain they were no longer able to get to the internet. One user who reported the issue stated their IP address is 172.16 0.81 However, the branch office network is supposed to be on 10.231 81.0/24.
What should the technician do to alleviate the issue and get the ZTP process started correctly?
1. Turn off the DHCP scope on the gateway, and set DNS correctly on the gateway to reach Aruba Activate
2. Move the cable on the gateway from port G0/0V1 tc port GO 0.0
3. Move the cable on the gateway to G0/0/1. and add the device's MAC and Serial number in Central
4. Factory default and reboot the gateway to restart the process.
Answer: A Question: 34
Your Director of Security asks you to assign AOS-CX switch management roles to new employees based on their specific job requirements After the configuration was complete, it was noted that a user assigned with the administrators role did not have the appropriate level of access on the switch.
The user was not limited to viewing nonsensitive configuration information and a level of 1 was not assigned to their role.
Which default management role should have been assigned for the user?
1. sysadmin
2. operators
3. helpdesk
4. config
Answer: B Question: 35
A company recently deployed new Aruba Access Points at different branch offices Wireless 802.1X authentication will
be against a RADIUS server in the cloud. The security team is concerned that the traffic between the AP and the RADIUS server will be exposed..
What is the appropriate solution for this scenario?
1. Enable EAP-TLS on all wireless devices
2. Configure RadSec on the AP and Aruba Central.
3. Enable EAP-TTLS on all wireless devices.
4. Configure RadSec on the AP and the RADIUS server
Answer: D
Explanation:
This is the appropriate solution for this scenario where wireless 802.1X authentication will be against a RADIUS server in the cloud and the security team is concerned that the traffic between the AP and the RADIUS server will be exposed. RadSec, also known as RADIUS over TLS, is a protocol that provides encryption and authentication for RADIUS traffic over TCP and TLS. RadSec can be configured on both the AP and the RADIUS server to establish a secure tunnel for exchanging RADIUS packets. The other options are incorrect because they either do not provide encryption or authentication for RADIUS traffic or do not involve RadSec.
References: https://www.securew2.com/blog/what-is-radsec/ https://www.cloudradius.com/radsec-vs-radius/

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HPE7-A01 - Aruba Certified Campus Access Professional exam
HPE7-A01 - Aruba Certified Campus Access Professional certification

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