Juniper Mist Cloud provides visual and automated notifications to alert administrators about subscription status and expiration for services such as Wireless Assurance, Wired Assurance, WAN Assurance, Premium Analytics, and Marvis AI .

According to the Juniper Mist Cloud Administration and Licensing Guide , the system:

“Displays subscription and license expiration warnings in a banner across the top of the Mist portal interface when licenses are within their renewal window.”

This banner typically appears in yellow or red, depending on urgency, and includes direct links to the Subscriptions page for renewal actions.

While subscription status information can also be viewed manually under Organization → Subscriptions , the real-time reminders and notifications appear as banner messages at the top of the Mist Portal .

Options B , C , and D are incorrect because:

Dashboard alerts focus on network events, not licensing.

Marvis Actions highlights operational or performance issues.

Device insights report performance metrics, not subscription data.

Therefore, the correct answer is A. In a banner message at the top of the Juniper Mist portal.

In the Juniper Mist Marvis Actions dashboard , issues and recommendations are displayed with status labels indicating their progress and resolution method. One of these statuses is AI VALIDATED , which signifies that the issue was automatically detected, diagnosed, and resolved by Marvis AI without requiring manual intervention.

According to the Juniper Mist Marvis Virtual Network Assistant Operations Guide :

“AI VALIDATED indicates that Marvis has confirmed and resolved a network issue autonomously using AI-driven automation and telemetry correlation.”

This means Marvis performed the full troubleshooting cycle—identifying the anomaly, validating its cause, and confirming resolution—based on continuous monitoring and real-time network analytics.

Other statuses include:

UNRESOLVED: Issue is ongoing and needs attention.

RESOLVED: Marked manually by an administrator after resolution.

AI VALIDATED: Confirmed and closed automatically by Marvis AI.

Therefore, the correct answer is A. The issue was identified and resolved entirely by Marvis.

The feature that provides deep visibility into BGP operations for MX Series routers is Routing Assurance. According to official Juniper documentation: "Juniper Mist Routing Assurance provides insights about... routing, including routing events, routing protocol states, peer status analysis, routes, and more" for supported routers such as Juniper MX and ACX series. Routing Assurance extends Mist AI observability and analytics into the routing fabric, offering real-time visibility and telemetry for BGP peering session health, routing tables, events, path changes, and other core routing metrics. This empowers network operators with actionable insights and root cause analysis capabilities to maintain optimal WAN and core routing performance from the Mist cloud. Wired Assurance focuses on switch and port health and is not designed for routing protocol visibility.

In Juniper Mist, all hardware device onboarding and claiming operations —including access points (APs), switches, and gateways—are performed under the Inventory section of the Mist Cloud Portal.

According to the Juniper Mist Cloud documentation, the Inventory page serves as the centralized location for device lifecycle management. It allows administrators to:

Claim new devices using their serial numbers or activation codes.

Batch import multiple APs via manual entry or CSV upload.

Assign claimed devices to specific sites for configuration and management.

Monitor device claim status , model type, firmware version, and cloud connectivity state.

The documentation specifies:

“To onboard or claim multiple access points in the Mist Cloud, navigate to Organization → Inventory , then click Claim Devices . Enter or paste serial numbers of the APs you want to add, and assign them to the appropriate site.”

Other options are incorrect because:

Subscriptions manages licensing and service entitlements.

Devices shows active device status per site but does not handle claiming.

Client Onboarding is used for guest access or authentication workflows, not hardware management.

Therefore, the correct answer is Inventory (C) .

Audit Logs in Juniper Mist are used to view a complete record of logins. The documentation states: "On the Audit Logs page, you can see who logged in to the Juniper Mist portal, when they logged in, and what they did." Audit Logs also record configuration and administrative actions by users on all sites within the organization, enabling administrators to track activity for compliance, troubleshooting, and security. This comprehensive record assists with accountability and change tracking, but they do not manage subscriptions, organization setup, or error logs for all devices. Filtering options allow for activity analysis over selectable time periods, by users, and by site to provide detailed insights into administrative behavior and user access history.​

The duplex mismatch parameter is beyond the scope of Marvis Actions’ Connectivity category. According to the official Juniper Mist documentation, Marvis Actions within the Connectivity category are designed to troubleshoot common network connectivity issues for wireless clients, including DHCP failure, DNS failure, authentication failure, and ARP failure. These actions automatically detect and provide detailed insights about failures most likely to impact client onboarding, IP addressing, and network services. Duplex mismatch, on the other hand, is a wired networking issue where there is a disagreement between network devices (such as switches and end hosts) regarding duplex settings (half-duplex or full-duplex), and it typically causes performance problems like collisions and slow speeds. Marvis's focus for the Connectivity troubleshooting category is wireless protocol-level connectivity and service reachability, so duplex mismatch falls outside its direct scope of detection and automatic remediation.

In Juniper Mist Wireless Assurance , the Coverage SLE (Service Level Expectation) measures the quality and consistency of Wi-Fi signal coverage across an organization’s wireless infrastructure. It provides insight into how well clients can connect to access points with sufficient signal strength and quality.

According to the Juniper Mist AI Operations and Analytics Guide , the Coverage SLE is defined as:

“The percentage of client connections that meet the minimum signal strength threshold required for satisfactory performance. Sub-threshold values represent areas where coverage is inadequate or inconsistent.”

In the exhibit, the SLE visualization shows 79% successful coverage and 21% unsuccessful coverage , meaning that 21% of connection attempts or client areas did not meet the desired signal strength threshold . These failures may be caused by factors such as:

Insufficient AP density or placement.

RF interference from neighboring devices.

Physical obstructions impacting signal propagation.

Thus, the unsuccessful coverage percentage is 21% , indicating potential areas where additional APs or configuration optimization may be needed to improve user experience.

In the Juniper Mist Cloud , webhooks are used to send real-time event notifications from Mist Cloud to external systems such as third-party monitoring or automation platforms. This integration mechanism allows administrators to collect alerts, status changes, and analytics data directly from Mist Cloud without the need for constant API polling.

According to the Juniper Mist API and Webhook Integration Guide , webhooks are defined as:

“A push-based communication method that enables Juniper Mist Cloud to send event data to a customer-defined HTTP endpoint when specific network events occur.”

This capability allows seamless integration with enterprise monitoring solutions such as ServiceNow , Splunk , or Datadog , enabling organizations to centralize event management.

The other options are not suitable:

A (API): APIs are pull-based and require polling for updates, not push notifications.

B (Email): Not supported for automated system-to-system event delivery.

D (WebSocket): Used for live telemetry and streaming data (e.g., client updates), not event alerts.

Therefore, the correct method is C. Using a webhook.

When an administrator begins to open a support ticket within the Juniper Mist portal , the Marvis Virtual Network Assistant proactively assists by presenting relevant, AI-driven recommendations and documentation.

According to the Juniper Mist Marvis Virtual Network Assistant Guide , this process is described as:

“While an administrator creates a support case, Marvis automatically searches the Mist knowledge base and presents probable causes and recommended solutions based on the detected issue type.”

If the issue involves an AP that does not power on , Marvis retrieves contextual data such as PoE status, switch port state, and recent telemetry logs, then provides automated guidance —for example, checking PoE configurations or cable connectivity.

Thus, while the administrator fills in the “New Ticket” details, Marvis provides potential solutions directly from Juniper Mist’s documentation , potentially resolving the issue before a support case is even submitted.

The correct answer is D. Marvis provides possible solutions to AP power problems from the Juniper Mist documentation.

In the Juniper Mist Cloud , the Client Events section within the Monitoring interface displays detailed event logs for both wired and wireless clients, providing insights into connectivity, authentication, and performance-related activities. Each event entry may include associated diagnostic files such as dynamic packet captures (DPCs) , traceroute data , and syslogs depending on the event type and device context.

According to the Juniper Mist AI Operations and Client Event Diagnostics Guide , the platform states:

“Wireless client events provide correlation between client connection attempts and associated diagnostic artifacts such as dynamic packet captures. These files are generated automatically during troubleshooting events and are attached to the event log for administrator review.”

From the exhibit, the client is shown as a wireless device , indicated by the Wi-Fi icon and the SSID association information visible in the event details. Additionally, the entry confirms that a dynamic packet capture (DPC) file was automatically generated for the event, allowing engineers to download and inspect packet-level activity for root-cause analysis.

Therefore:

B (It is a wireless client) is correct — the event pertains to a Wi-Fi-connected device.

C (A dynamic packet capture file is included) is correct — the log includes a downloadable DPC file.