Master Juniper Mist AI Wired Specialist JN0-460: Unlock Your Network Potential

Correct : B

Juniper Mist's Wired Assurance includes multiple SLE metrics that monitor the health and performance of wired connections. One of these is Asymmetric Uplink, which measures uplink congestion or imbalance between the transmit (TX) and receive (RX) rates on the switch uplink interfaces.

''The Asymmetric Uplink SLE monitors congestion and traffic imbalance on the switch's uplink ports. It identifies when the uplink bandwidth utilization or transmit/receive rates are inconsistent with expected patterns, indicating congestion or flow asymmetry.''

Option A (Successful Connect): Tracks client connection success rate, not uplink congestion.

Option C (Throughput): Relates to end-to-end data transfer rate, not specifically uplink congestion.

Option D (Switch Health): Measures hardware, software, and PoE health, not link congestion.

Option B (Asymmetric Uplink): Correct --- this SLE directly reflects uplink interface congestion or imbalance.

Juniper Mist AI for Wired -- Wired SLE Metrics Overview

Juniper Mist AI for Wired -- Asymmetric Uplink SLE Description

Juniper Mist Documentation -- Troubleshooting with SLE Analytics

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Correct : C

VXLAN (Virtual Extensible LAN) uses an overlay encapsulation method to carry Layer-2 frames over an IP underlay. This functionality is part of the data plane, which is responsible for packet forwarding and encapsulation/decapsulation.

''In an EVPN-VXLAN fabric, the control plane (via BGP EVPN) learns and advertises MAC and IP information, while the data plane encapsulates and forwards traffic using VXLAN tunnels between VTEPs.''

Option A is incorrect: IP learning happens in the control plane, not the data plane.

Option B is incorrect: MAC advertisement is done in the control plane through EVPN route types.

Option D is incorrect: MAC learning is handled by EVPN control plane, not the VXLAN data plane.

Option C is correct: the VXLAN data plane encapsulates the traffic in UDP tunnels between VTEPs.

Juniper Mist AI for Wired -- EVPN-VXLAN Overview

Juniper Validated Design -- EVPN-VXLAN Control and Data Plane Separation

Junos OS EVPN-VXLAN Deployment Guide

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Correct : C

Notifications for switch health, link failures, and Marvis-detected wired issues are configured under Alerts Configuration in the Mist dashboard.

Admins can define thresholds, alert types, and recipients for email, webhook, or third-party integrations.

This centralizes proactive alerting for both Wired and Wireless Assurance.

Correct : B, C, E

Wired Assurance defines SLEs (Service Level Expectations) to provide measurable performance indicators for wired networks. These metrics identify root causes of network degradation by monitoring switch health, connection success, and throughput performance.

''Juniper Mist Wired Assurance delivers AI-driven insights across key wired SLEs including Successful Connects, Throughput, and Switch Health, giving visibility into user experience and switch performance.''

Option A (Capacity): Incorrect --- capacity is used in wireless SLEs, not wired.

Option B (Successful Connects): Correct --- tracks connection success rate and anomalies.

Option C (Switch Health): Correct --- monitors hardware, software, and PoE status.

Option D (Coverage): Incorrect --- pertains to wireless SLEs.

Option E (Throughput): Correct --- measures data transfer rate, latency, jitter, and loss.

Juniper Mist AI for Wired -- Service Level Expectations (SLEs) Overview

Juniper Mist Wired Assurance -- SLE Metrics Reference

Juniper Mist AI Cloud -- Wired Visibility and Troubleshooting Guide

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Correct : B, D

Creating a new site requires a site name and time zone.

Other parameters (like templates or location data) are optional but recommended for proper reporting.

Mist AI for Wired -- Site Creation Workflow

Create a Mist Account and Organization Documentation

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