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A switch is claimed in a Mist organization using the activation code.
What are two possible device states that the switch will have in this scenario? (Choose two.)
When a switch is claimed into a Mist organization, it appears in one of several states depending on connectivity and site assignment.
''After claiming, switches initially appear as Unassigned if they are not yet linked to a site. Once online and connected to Mist Cloud, they transition to Connected status and begin receiving configurations and telemetry.''
Option A (Connected): Correct --- indicates the switch is online and communicating with Mist Cloud.
Option B (Inactive): Incorrect --- not a valid device state in Mist.
Option C (Active): Incorrect --- ''Active'' is not a device state label in Mist.
Option D (Unassigned): Correct --- indicates the switch has been claimed but not yet assigned to a site.
Juniper Mist AI for Wired -- Device Claiming and State Management Guide
Juniper Mist Cloud -- Switch Onboarding Workflow
Juniper Mist Wired Assurance -- Device Status Descriptions
You must provide physical connectivity between the core and access devices.
Which step of the campus fabric deployment process would allow you to accomplish this task?
In the Campus Fabric Deployment Wizard, the first step is defining the topology type (3-stage or 5-stage IP Clos) and mapping the physical connections between devices (core, distribution, and access).
''The first step in the campus fabric deployment process is to define the topology and identify physical connections between devices. This ensures correct port mapping between core, distribution, and access tiers.''
Option A: Correct --- topology definition and physical connectivity mapping occur in the initial step.
Option B: Incorrect --- the underlay network configuration happens after topology definition.
Option C: Incorrect --- overlay configuration handles EVPN/VXLAN and routing setup, not physical cabling.
Option D: Incorrect --- applying intent finalizes the deployment but does not define connectivity.
Juniper Mist AI for Wired -- Campus Fabric Deployment Workflow
Juniper Mist AI for Wired -- Topology Definition and Physical Connectivity Guide
Juniper Validated Design -- IP Clos Campus Fabric Planning
When adopting your switches into the Juniper Mist Cloud, you notice that the status of the switches is ''Unassigned.''
In this scenario, which additional step is required for the switches to show as ''Connected'' in the Juniper Mist dashboard?
When a switch is successfully onboarded into Mist Cloud but shows ''Unassigned,'' it means the device has been claimed into the organization but has not yet been assigned to a specific site.
''After claiming switches into an organization, you must assign each switch to a site for it to transition from Unassigned to Connected state and begin receiving configuration and telemetry updates.''
Option A: Incorrect --- rescanning is not needed once the device is claimed.
Option B: Incorrect --- reboots are unnecessary for assignment recognition.
Option C: Incorrect --- these commands are for connectivity troubleshooting, not site assignment.
Option D: Correct --- assigning each switch to its intended site enables full Mist management and connectivity state.
Juniper Mist AI for Wired -- Switch Onboarding and Site Assignment Guide
Juniper Mist Cloud -- Device States and Adoption Workflow
Juniper Wired Assurance -- Site Management Overview
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What are two unique advantages about configuration automation in Wired Assurance? (Choose two.)
Wired Assurance in Mist Cloud provides automated configuration for Juniper EX Series switches. The automation is built on open APIs and supports programmable workflows, which allow seamless integration with external systems and reduce manual configuration errors.
''Wired Assurance leverages 100% open APIs, enabling integration with third-party automation and orchestration tools. Combined with programmable workflows, this provides a consistent and scalable automation framework for switch deployment and management.''
Option A (100% open APIs): Correct --- APIs enable automation and external integration.
Option C (programmable workflows): Correct --- workflows automate repetitive tasks and provisioning.
Option B (client SLEs): Incorrect --- this is part of user experience monitoring, not automation.
Option D (switch insights): Incorrect --- this relates to telemetry and visibility, not automation.
Juniper Mist AI for Wired -- Wired Assurance Overview
Juniper Mist AI for Wired -- Switch Automation and APIs Guide
Juniper Validated Design -- Mist Wired Automation Best Practices
You are asked to identify whether your wired network is experiencing issues with jitter.
Which Juniper Mist Wired Assurance service-level expectation (SLE) metric provides these details?
In Juniper Mist Wired Assurance, SLEs (Service Level Expectations) measure key performance indicators for wired network quality. Throughput SLE monitors data transfer quality, including latency, jitter, and packet loss, which directly impact real-time applications such as voice or video.
''The Throughput SLE provides visibility into end-to-end network performance by tracking latency, jitter, and packet loss, helping identify congestion or quality issues across wired connections.''
Option A (Throughput): Correct --- this SLE includes jitter measurement.
Option B (Successful Connect): Tracks client connection success rate, not jitter.
Option C (Capacity): Monitors link utilization and load, not jitter.
Option D (Switch Health): Monitors device hardware and software health, not traffic performance.
Juniper Mist AI for Wired -- Service Level Expectations (SLE) Overview
Juniper Mist AI for Wired -- Throughput SLE Metrics
Juniper Mist Wired Assurance Guide -- Performance Analytics
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