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Juniper JN0-460 Exam Syllabus Topics:

Topic	Details
Topic 1	Wired Assurance Provisioning or Deployment: This section of the exam measures the skills of Network Deployment Specialists and focuses on the provisioning and deployment processes of Wired Assurance. It includes the essential steps and options involved in setting up networks, from configuration templates to deployment methodologies. Candidates learn about provisioning procedures, supported architectures, and the use of site variables to streamline automation and consistency across wired infrastructures.
Topic 2	Campus EVPN-VXLAN: This section of the exam measures the skills of Data Center Network Engineers and explores the key principles of VXLAN and EVPN technologies. Candidates learn about Layer 2 tunneling, data and control plane operations, and the functions of VTEPs and VXLAN gateways. Additionally, it covers advanced EVPN concepts such as multipath routing, route types, and identifiers. The section concludes with a focus on MAC learning and policy applications to ensure efficient, scalable, and resilient network fabrics.
Topic 3	Wired Assurance Fundamentals: This section of the exam measures the skills of Network Support Engineers and covers the foundational elements of Wired Assurance within the MistAI ecosystem. It introduces candidates to key concepts such as supported devices, solution architecture, and the main features and components that define Wired Assurance functionality. Additionally, it highlights how MistAI accounts, analytics, and subscriptions integrate to deliver intelligent insights for network performance and operations.
Topic 4	Wired Assurance Management or Operations: This section of the exam measures the skills of Network Operations Engineers and focuses on the management and operational aspects of Wired Assurance. It covers switch management, port profiles, and dynamic port configuration to ensure optimal network performance. The section also explores service-level expectations, client insights, and the use of APIs for improved monitoring and automation. Candidates gain an understanding of how MistAI enables proactive management and predictive troubleshooting to maintain service quality.
Topic 5	Campus Fabric Architecture: This section of the exam measures the skills of Network Design Engineers and focuses on understanding and deploying Campus Fabric Architectures. It introduces essential design concepts such as EVPN multihoming, IP Clos architecture, and micro-segmentation. The section also compares CRB and ERB models, explains scaling requirements, and highlights how the Campus Fabric Core-Distribution design supports high-performance, scalable, and secure enterprise networks.

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Juniper Mist AI Wired, Specialist (JNCIS-MistAI-Wired) Sample Questions (Q75-Q80):

NEW QUESTION # 75
Which campus fabric architecture extends from the core tier to the access tier?

A. EVPN multihoming
B. campus fabric core-distribution - centrally-routed bridging (CRB)
C. campus fabric IP Clos
D. campus fabric core-distribution - edge-routed bridging (ERB)

Answer: C

Explanation:
According to Juniper Mist documentation regarding campus fabric design, the campus fabric IP Clos (also known as a 5-stage Clos) is the architecture that extends the EVPN-VXLAN protocol stack from the core tier down through the distribution tier and finally to the access tier. In this model, every switch in the hierarchy- from the high-capacity core switches to the wiring closet access switches-participates in the EVPN control plane and VXLAN data plane.
By extending EVPN-VXLAN to the access tier, the IP Clos architecture provides a standards-based, scalable framework that allows for seamless Layer 2 connectivity over a Layer 3 underlay across the entire campus333333333. This enables advanced features like Microsegmentation using Group-Based Policies (GBP) and Macrosegmentation via Virtual Routing and Forwarding (VRF) instances directly at the edge of the network.
In contrast, other architectures like "core-distribution" (either CRB or ERB) typically limit the EVPN- VXLAN fabric to the core and distribution layers, leaving the access tier to connect via traditional methods like LAG, Virtual Chassis, or standard Layer 2 trunks5555. The IP Clos architecture is specifically designed for large-scale deployments where high density, vendor interoperability, and end-to-end policy enforcement are critical6. By utilizing a 5-stage IP Clos, organizations can eliminate the complexities of Spanning Tree Protocol (STP) while maintaining a flexible, "any-to-any" communication path throughout the physical infrastructure.

NEW QUESTION # 76
What are the benefits of utilizing site variables in the deployment of wired assurance?

A. Enhancing network security by isolating network segments
B. Allowing for dynamic adjustments to network policies
C. Reducing the need for manual intervention during setup
D. Customizing configurations based on local requirements

Answer: B,C,D

NEW QUESTION # 77
Whichtwo statementsare correct about using theManaged optionas yourJuniper Mist Wired Assurancesolution?(Choose two.)

A. No subscription is required.
B. All information in the Mist AI for supported wired devices is read-only.
C. A subscription is required.
D. All supported wired devices are fully managed by the Mist AI.

Answer: C,D

Explanation:
When deployingJuniper Mist Wired AssuranceinManaged mode, switches are fully integrated with Mist Cloud for configuration, monitoring, and AI-driven operations. Managed mode providescomplete cloud-based management, meaning Mist AI handles configuration, templates, telemetry, and SLE tracking.
"In Managed mode, the switch configuration is fully managed by Mist Cloud. Administrators configure switches, templates, and policies directly through the Mist dashboard. A valid Wired Assurance subscription is required for Managed mode operation." Option A:Incorrect - the "Monitor Only" mode is read-only, not Managed.
Option B:Correct- Managed mode requires aWired Assurance subscription.
Option C:Incorrect - subscriptions are mandatory for Mist-managed devices.
Option D:Correct- in Managed mode,all supported EX switches are fully managed by Mist AI, including configuration and telemetry.
References:
Juniper Mist AI for Wired - Managed vs. Monitor Mode Overview
Juniper Mist AI for Wired - Licensing and Subscription Guide
Juniper Mist Cloud - Wired Assurance Deployment Models

NEW QUESTION # 78
Exhibit:

Which two statements are correct about the Juniper Mist Wired Assurance brownfield adoption process?
(Choose two.)

A. The switch's configuration is not changed during the adoption process.
B. The switch must have a Juniper Mist QR claim code sticker.
C. CLI access to the Juniper cloud-ready switch is required.
D. You must perform a commit on the switch after adding the switch adoption commands from Juniper Mist Wired Assurance.

Answer: C,D

Explanation:
According to Juniper Mist documentation, the brownfield adoption process is utilized when bringing existing Juniper switches-which already have a local configuration-under the management of the Mist cloud. This process differs significantly from the greenfield "claiming" method, as it requires manual interaction with the device's management interface to establish the initial connection2.
A critical requirement for this process is that CLI access to the Juniper cloud-ready switch is required3.
To initiate adoption, the administrator must log in to the switch via console or SSH and enter a specific set of Junos OS configuration commands provided by the Mist portal. These commands include the necessary parameters for the switch to establish an outbound SSH connection to the Mist cloud, typically using either TCP port 2200 or 443. Without direct CLI access to paste and execute these adoption strings, the switch cannot register itself with the organization's inventory in the dashboard.
Furthermore, because this process involves modifying the switch's local configuration file to add the Mist management parameters, you must perform a commit on the switch after adding the switch adoption commands7. In the Junos operating system, configuration changes reside in a candidate configuration buffer and do not take effect until a commit operation is successfully executed8. Once committed, the switch initiates the connection to Mist9. If the connection is successful, the switch status in the Mist dashboard will transition from "Unassigned" to "Connected," enabling AI-driven telemetry collection and Wired Assurance monitoring. This adoption method allows for a seamless transition of legacy infrastructure into a modern, cloud-managed environment without requiring a factory reset or the presence of a physical QR claim code.

NEW QUESTION # 79
You have connected a new EX4400 series switch to an existing network.
Without logging into the switch, how would you determine the connectivity status of the switch?

A. Look at the color of the power LED and count the number of times it blinks
B. Look at the color of the me0 port LED and count the number of times it blinks
C. Look at the color of the connected port LED and count the number of times it blinks
D. Look at the color of the Cloud LED and count the number of times it blinks

Answer: D

NEW QUESTION # 80
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