Practice Free HPE7-A02 Exam Online Questions
You need to create a rule in an HPE Aruba Networking ClearPass Policy Manager (CPPM) role mapping policy that references a ClearPass Device Insight Tag.
Which Type (namespace) should you specify for the rule?
- A . Application
- B . Tips
- C . Device
- D . Endpoint
D
Explanation:
When creating a rule in an HPE Aruba Networking ClearPass Policy Manager (CPPM) role mapping policy that references a ClearPass Device Insight Tag, you should specify the "Endpoint" Type (namespace) for the rule. This ensures that the policy can properly reference and utilize the tags assigned to endpoints by ClearPass Device Insight for making role mapping decisions.
You need to create a rule in an HPE Aruba Networking ClearPass Policy Manager (CPPM) role mapping policy that references a ClearPass Device Insight Tag.
Which Type (namespace) should you specify for the rule?
- A . Application
- B . Tips
- C . Device
- D . Endpoint
D
Explanation:
When creating a rule in an HPE Aruba Networking ClearPass Policy Manager (CPPM) role mapping policy that references a ClearPass Device Insight Tag, you should specify the "Endpoint" Type (namespace) for the rule. This ensures that the policy can properly reference and utilize the tags assigned to endpoints by ClearPass Device Insight for making role mapping decisions.
You need to create a rule in an HPE Aruba Networking ClearPass Policy Manager (CPPM) role mapping policy that references a ClearPass Device Insight Tag.
Which Type (namespace) should you specify for the rule?
- A . Application
- B . Tips
- C . Device
- D . Endpoint
D
Explanation:
When creating a rule in an HPE Aruba Networking ClearPass Policy Manager (CPPM) role mapping policy that references a ClearPass Device Insight Tag, you should specify the "Endpoint" Type (namespace) for the rule. This ensures that the policy can properly reference and utilize the tags assigned to endpoints by ClearPass Device Insight for making role mapping decisions.
Refer to the exhibit.
All of the switches in the exhibit are AOS-CX switches.
What is the preferred configuration on Switch-2 for preventing rogue OSPF routers in this network?
- A . Disable OSPF entirely on VLANs 10-19.
- B . Configure OSPF authentication on VLANs 10-19 in password mode.
- C . Configure OSPF authentication on Lag 1 in MD5 mode.
- D . Configure passive-interface as the OSPF default and disable OSPF passive on Lag 1.
C
Explanation:
To prevent rogue OSPF routers in the network shown in the exhibit, the preferred configuration on Switch-2 is to configure OSPF authentication on Lag 1 in MD5 mode. This setup enhances security by ensuring that only routers with the correct MD5 authentication credentials can participate in the OSPF routing process. This method protects the OSPF sessions against unauthorized devices that might attempt to introduce rogue routing information into the network.
Refer to the exhibit.
All of the switches in the exhibit are AOS-CX switches.
What is the preferred configuration on Switch-2 for preventing rogue OSPF routers in this network?
- A . Disable OSPF entirely on VLANs 10-19.
- B . Configure OSPF authentication on VLANs 10-19 in password mode.
- C . Configure OSPF authentication on Lag 1 in MD5 mode.
- D . Configure passive-interface as the OSPF default and disable OSPF passive on Lag 1.
C
Explanation:
To prevent rogue OSPF routers in the network shown in the exhibit, the preferred configuration on Switch-2 is to configure OSPF authentication on Lag 1 in MD5 mode. This setup enhances security by ensuring that only routers with the correct MD5 authentication credentials can participate in the OSPF routing process. This method protects the OSPF sessions against unauthorized devices that might attempt to introduce rogue routing information into the network.
Refer to the exhibit.
All of the switches in the exhibit are AOS-CX switches.
What is the preferred configuration on Switch-2 for preventing rogue OSPF routers in this network?
- A . Disable OSPF entirely on VLANs 10-19.
- B . Configure OSPF authentication on VLANs 10-19 in password mode.
- C . Configure OSPF authentication on Lag 1 in MD5 mode.
- D . Configure passive-interface as the OSPF default and disable OSPF passive on Lag 1.
C
Explanation:
To prevent rogue OSPF routers in the network shown in the exhibit, the preferred configuration on Switch-2 is to configure OSPF authentication on Lag 1 in MD5 mode. This setup enhances security by ensuring that only routers with the correct MD5 authentication credentials can participate in the OSPF routing process. This method protects the OSPF sessions against unauthorized devices that might attempt to introduce rogue routing information into the network.
Refer to the exhibit.
All of the switches in the exhibit are AOS-CX switches.
What is the preferred configuration on Switch-2 for preventing rogue OSPF routers in this network?
- A . Disable OSPF entirely on VLANs 10-19.
- B . Configure OSPF authentication on VLANs 10-19 in password mode.
- C . Configure OSPF authentication on Lag 1 in MD5 mode.
- D . Configure passive-interface as the OSPF default and disable OSPF passive on Lag 1.
C
Explanation:
To prevent rogue OSPF routers in the network shown in the exhibit, the preferred configuration on Switch-2 is to configure OSPF authentication on Lag 1 in MD5 mode. This setup enhances security by ensuring that only routers with the correct MD5 authentication credentials can participate in the OSPF routing process. This method protects the OSPF sessions against unauthorized devices that might attempt to introduce rogue routing information into the network.
Refer to the exhibit.
All of the switches in the exhibit are AOS-CX switches.
What is the preferred configuration on Switch-2 for preventing rogue OSPF routers in this network?
- A . Disable OSPF entirely on VLANs 10-19.
- B . Configure OSPF authentication on VLANs 10-19 in password mode.
- C . Configure OSPF authentication on Lag 1 in MD5 mode.
- D . Configure passive-interface as the OSPF default and disable OSPF passive on Lag 1.
C
Explanation:
To prevent rogue OSPF routers in the network shown in the exhibit, the preferred configuration on Switch-2 is to configure OSPF authentication on Lag 1 in MD5 mode. This setup enhances security by ensuring that only routers with the correct MD5 authentication credentials can participate in the OSPF routing process. This method protects the OSPF sessions against unauthorized devices that might attempt to introduce rogue routing information into the network.
Refer to the exhibit.
All of the switches in the exhibit are AOS-CX switches.
What is the preferred configuration on Switch-2 for preventing rogue OSPF routers in this network?
- A . Disable OSPF entirely on VLANs 10-19.
- B . Configure OSPF authentication on VLANs 10-19 in password mode.
- C . Configure OSPF authentication on Lag 1 in MD5 mode.
- D . Configure passive-interface as the OSPF default and disable OSPF passive on Lag 1.
C
Explanation:
To prevent rogue OSPF routers in the network shown in the exhibit, the preferred configuration on Switch-2 is to configure OSPF authentication on Lag 1 in MD5 mode. This setup enhances security by ensuring that only routers with the correct MD5 authentication credentials can participate in the OSPF routing process. This method protects the OSPF sessions against unauthorized devices that might attempt to introduce rogue routing information into the network.
Refer to the exhibit.
All of the switches in the exhibit are AOS-CX switches.
What is the preferred configuration on Switch-2 for preventing rogue OSPF routers in this network?
- A . Disable OSPF entirely on VLANs 10-19.
- B . Configure OSPF authentication on VLANs 10-19 in password mode.
- C . Configure OSPF authentication on Lag 1 in MD5 mode.
- D . Configure passive-interface as the OSPF default and disable OSPF passive on Lag 1.
C
Explanation:
To prevent rogue OSPF routers in the network shown in the exhibit, the preferred configuration on Switch-2 is to configure OSPF authentication on Lag 1 in MD5 mode. This setup enhances security by ensuring that only routers with the correct MD5 authentication credentials can participate in the OSPF routing process. This method protects the OSPF sessions against unauthorized devices that might attempt to introduce rogue routing information into the network.