What are two requirements to use the Wired Visibility option of Juniper Mist Wireless Assurance? (Choose two.)
Correct Answer: A,B
The Wired Visibility feature in Juniper Mist relies on Mist APs to gather insights about wired network devices. The APs act as sensors to collect data from connected switches and devices. LLDP (Link Layer Discovery Protocol) is required for discovering neighboring devices, identifying switch port details, and enabling Wired Visibility to provide comprehensive insights.
Question 27
Which two statements correctly describe the encryption of traffic using Mist? (Choose two.)
Correct Answer: A,D
AP and RADIUS Server Communication: By default, the communication between an Access Point (AP) and a RADIUS server is not encrypted. This can be configured to be encrypted, but it is not the default setting. Wi-Fi Client and AP Communication: By default, the communication between a Wi-Fi client and an AP is encrypted, typically using WPA2 or WPA3, which ensures the data exchanged over the wireless network is secure.
Question 28
Setting the correct time zone for a Mist site provides which benefit?
Correct Answer: C
Time Zone Importance: Setting the correct time zone for a Mist site ensures that all events and logs are timestamped accurately according to the local time of the site. This is crucial for effective monitoring and troubleshooting. Facilitation of Troubleshooting: By aligning event timestamps with the local time, network administrators can correlate events more easily with specific incidents reported by users, thereby simplifying the troubleshooting process.
Question 29
Which step must you take when configuring rogue AP detection?
Correct Answer: A
Rogue AP Detection: Rogue AP detection is crucial for maintaining network security by identifying unauthorized access points. Configuration Step: Enable Rogue AP Detection: The first and necessary step in configuring rogue AP detection is enabling the feature in the Mist system. Other Steps: Setting proximity zones, disabling honeypot detection, and setting the RRM interval are additional configurations but not the initial or mandatory step.
Question 30
Which two components make up a self-driving AI network? (Choose two.)
Correct Answer: A,B
A self-driving AI network is comprised of two foundational components: actions and telemetry. According to Juniper's own communications, "Marvis AI analyzes telemetry across the wired, wireless, WAN and data center domains, and creates automated workflows to simplify operations and lower costs. Agentic AI: Accelerating self-driving operations." Telemetry provides real-time continuous data and metrics from the network, including client, device, and application health, enabling the AI engine to build a current, actionable state model. Actions refer to proactive, automated tasks performed by the AI, such as remediating misconfigured ports, resolving anomalies, optimizing performance, and self-healing operations-"Expanded Self-Driving Actions... the Marvis Actions dashboard now supports the autonomous remediation of more network issues." Human interface and support tickets are beneficial for management and support, but the core capabilities of a self-driving AI network are telemetry (data/observability) and actions (automation /remediation). Reference:HPE Juniper Networking Self-Driving Network Overview
