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| Section | Weight | Objectives |
|---|---|---|
| Topic 1: Wired Assurance Management and Operations | 25% | - Analytics and Assurance
|
| Topic 2: Campus Fabric Architecture | 15% | - Fabric Concepts
|
| Topic 3: Wired Assurance Fundamentals | 20% | - Accounts and Subscriptions
|
| Topic 4: Campus EVPN-VXLAN | 15% | - EVPN-VXLAN Fundamentals
|
| Topic 5: Wired Assurance Provisioning and Deployment | 25% | - Configuration Management
|
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NEW QUESTION # 54
Which service level expectation (SLE) metric measures congestion on the uplink interface of a switch?
Answer: A
Explanation:
According to Juniper Mist documentation, the Throughput Service Level Expectation (SLE) is the primary metric used to represent the ability of wired users to pass traffic across the network without impedance. This SLE provides a comprehensive oversight of network performance by identifying issues that degrade the user experience, such as storm control events, interface anomalies, and specifically uplink congestion.
Within the Throughput SLE, the Congestion classifier (also referred to as Congestion Uplink) is specifically designed to monitor for buffer saturation and packet drops (TxDrops). When traffic arriving at an interface exceeds its processing or forwarding capacity, packets are queued in a buffer; if this buffer becomes full, the switch begins dropping packets. Juniper Mist utilizes a specific formula considering the ratios of TxDrops to TxPackets, Transmitted bps to Link Speed, and Received Speed to Link Speed to determine if a "Bad User Minute" has occurred due to congestion.
A critical feature of Wired Assurance is the automatic identification of uplink interfaces. Mist identifies these high-capacity ports by analyzing switch telemetry for characteristics such as having a switch or router as an LLDP neighbor, being designated as a Spanning Tree Protocol (STP) root port, or exhibiting significantly higher packet counts compared to access ports. When congestion is detected on an interface identified as an uplink, the system recognizes that this bottleneck impacts every user on that switch. By correlating these drops with the Throughput SLE, network administrators can proactively identify when a site requires more bandwidth or a different fabric architecture to handle current traffic demands, rather than simply monitoring if the link is physically "up" or "down".
NEW QUESTION # 55
Click the Exhibit button.
What does the exhibit show as part of the switching upgrade process?
Answer: B
Explanation:
According to the Juniper Mist dashboard's firmware management interface shown in the exhibit, several key details of the switch upgrade process are visible. The "Upgrade switch firmware" dialog box is a standard component of Juniper Mist Wired Assurance used to manage Junos OS updates across the fabric.
The correct statement is that the switch will reboot after the upgrade. This is explicitly confirmed by the checkbox labeled "Reboot switch after image copy," which is currently selected in the exhibit. In Juniper's cloud-managed workflow, once the new software image is successfully transferred from the Mist cloud to the switch's local storage, the system requires a reboot to initialize the new Junos OS kernel and complete the installation process5. While some platforms support non-disruptive upgrades, the standard procedure for EX- series switches in a standalone or Virtual Chassis configuration typically involves a scheduled reboot to ensure the new version is correctly applied.
The other options are incorrect based on the visual evidence provided in the exhibit.
* Option A: The exhibit clearly identifies the "Switch Model" as an EX2300-C-12P (the 'P' designating PoE support), not an EX2300-C-12T88.
* Option C: The dialog box explicitly states "Total Switches selected to upgrade: 1," confirming this is a single-device operation rather than a bulk upgrade.
* Option D: The "Upgrade to Version" field is set to 19.3R1.8, which indicates the target version, not the previous version10101010.
By providing these granular controls, Juniper Mist allows administrators to maintain strict version compliance across the site while choosing whether to immediately reboot or stage the image for a later maintenance window.
NEW QUESTION # 56
What information would bestreamed through webhooks? (Choose two.)
Answer: A,B
Explanation:
Mistwebhooksprovide real-time integration with external systems by streamingalertsandSLE (client) metrics.
They allow automation tools to react immediately to network health or performance changes.
References:
Mist AI for Wired - Webhooks Integration and API Guide
Mist Cloud Automation and Telemetry Reference
NEW QUESTION # 57
Referring to the exhibit, what is the purpose of theSavebutton in the upper-right corner of the Mist dashboard?
Answer: C
Explanation:
In theJuniper Mist AI for Wired dashboard, administrators can select one or more switch ports (as shown in the exhibit, e.g., port ge-0/0/25 on an EX4100-48MP). Once configuration changes are made - such as VLAN assignment, port profiles, PoE settings, or administrative state - theSave buttonmust be clicked to confirm and apply those changes to the device.
"When making configuration changes in the Mist switch interface, the Save button must be used to confirm the modifications. Clicking Save applies the selected port settings to the switch through Mist Cloud." Option Ais incorrect: saving does not create a backup. Backups and snapshots are handled through Mist's configuration archive, not via the Save button.
Option Bis incorrect: Save does not reset configuration; instead, it commits changes.
Option Cis incorrect: there is no preview function tied to Save.
Option Dis correct: the Save button is explicitly forapplying configuration changesto the selected switch or port(s).
References:
Juniper Mist AI for Wired - Switch Port Configuration Guide
Juniper Mist AI for Wired - Wired Assurance Administration Guide
Juniper Mist Documentation - Managing Switch Interfaces
NEW QUESTION # 58
What are two valid ways to claim an EX Series switch using Mist? (Choose two.)
Answer: A,B
NEW QUESTION # 59
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