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NEW QUESTION # 49
Which Radio Resource Management (RRM) changes are only made once a day between 2:00 AM and 3:00 AM local time?
- A. channel and power settings across a site based on long-term statistics and baselines
- B. channel and power level changes triggered by DFS events
- C. channel and power level changes triggered by SSID scheduling
- D. RF template changes to channel width
Answer: A
Explanation:
Identify the Changes: Radio Resource Management (RRM) changes and their timings.
RRM Changes:
Channel and power settings based on long-term statistics.
RF template changes to channel width.
Changes triggered by SSID scheduling.
Changes triggered by DFS events.
Timing of Changes:
Long-term RRM changes to channel and power settings are typically scheduled once a day to avoid disrupting network performance.
NEW QUESTION # 50
Click the Exhibit button. The exhibit displays the connection flow for an API interaction sequence.
Which API type is displayed?
- A. Webhook
- B. RESTful
- C. WebSocket
- D. SOAP
Answer: A
Explanation:
The diagram displays the concept of a webhook interaction.
The client sends an initial request to the server (Step 1: Request/Response).
After that, the server asynchronously sends events or updates to the client (Steps 2 and 3: Event notifications), without requiring the client to poll for updates continuously.
This asynchronous "push" behavior is characteristic of webhooks, where the server pushes updates to the client.
NEW QUESTION # 51
What are two ways that Marvis Minis validates network configurations? (Choose two.)
- A. Marvis Minis requires additional hardware for validation.
- B. Marvis Minis uses supervised machine learning.
- C. Marvis Minis uses unsupervised machine learning.
- D. Marvis Minis validates configurations automatically.
Answer: B,D
Explanation:
Marvis Minis validates network configurations automatically and uses supervised machine learning. As stated in the Juniper Mist AI documentation, "Marvis Minis runs validations automatically at regular intervals and can be triggered manually by administrators. Minis use network digital twin technology and supervised machine learning to simulate and validate real-world user connectivity events." The system automatically creates patterns, triggers tests, and correlates real user and simulated network behaviors with the learned models. The validation covers critical network services-such as DHCP, DNS, ARP, and application reachability-and does so across various scopes (site, AP, VLAN, and switch). There is no requirement for additional hardware, as the digital twin reuses existing network infrastructure and existing APs.
Reference:Marvis Minis Documentation - Marvis Minis Overview; Marvis Minis Configuration and Operation Manual
NEW QUESTION # 52
The Mist Site Insights Dashboard helps network administrators in which two ways? (Choose two.)
- A. It identifies when a monitored component of the network has crossed a defined threshold.
- B. It displays when a bad event has been logged.
- C. It displays information about the current WLANs.
- D. It identifies issues affecting an end user's network experience displayed as a percentage of success.
Answer: A,D
NEW QUESTION # 53
Your manager asks you to configure all your remote Juniper EX Series switches to use Dynamic Port Configuration.
In this scenario, what are two criteria used for matching connected devices and assigning them their correct port and VLAN? (Choose two.)
- A. MAC Address
- B. Serial Number
- C. IP Address
- D. LLDP Chassis ID
Answer: A,D
Explanation:
Dynamic Port Configuration (DPC)inJuniper Mist Wired Assuranceallows EX Series switches to automatically assign port profiles, VLANs, and policies to connected devices based on their unique identifiers. This automation simplifies switch management and ensures consistent configurations across distributed networks.
According to theJuniper Mist Wired Assurance Configuration and Dynamic Port Management Guide:
"Dynamic Port Configuration matches connected endpoints using identifiers such as LLDP chassis ID and MAC address to assign the appropriate port profile or VLAN automatically."
* LLDP Chassis ID (C):Identifies the connected device by its LLDP advertisement, often representing a switch, phone, or AP.
* MAC Address (D):Provides unique device identification, ensuring precise port and VLAN assignment even when LLDP data is unavailable.
OptionsA (Serial Number)andB (IP Address)are not used for port configuration matching in DPC because they are not always available at the time of link establishment.
Therefore, the correct answers areC. LLDP Chassis IDandD. MAC Address.
References:- Juniper Mist Wired Assurance Configuration and Dynamic Port Management Guide- Juniper Mist Cloud Operations and Template Management Documentation- Juniper Mist EX Switch Dynamic Port Assignment Overview
NEW QUESTION # 54
Which two statements correctly describe Mist claim codes and activation codes? (Choose two.)
- A. An activation code is printed on a sticker on the AP.
- B. Claim codes may be used to claim multiple APs at once.
- C. Activation codes may be used to claim multiple APs at once.
- D. Claim codes may be used to claim only one AP.
Answer: C,D
Explanation:
Claim Codes: Claim codes are unique to each AP and can be used to claim only one AP at a time. This ensures each device is correctly registered and managed individually within the Mist system.
Activation Codes: Activation codes can be used to claim multiple APs at once, facilitating bulk onboarding and simplifying the setup process for large deployments.
NEW QUESTION # 55
What are two components of WiFi Management and Assurance? (Choose two.)
- A. Dynamic Packet Capture
- B. Marvis Actions
- C. Radio Resource Management
- D. wayfinding
Answer: A,C
Explanation:
Dynamic Packet Capture and Radio Resource Management (RRM) are two key components of WiFi Management and Assurance in Juniper Mist. According to official documentation: "Dynamic packet capture allows capturing wireless packets between clients and an access point to diagnose root-cause wireless issues.
For example, when a major issue is detected, such as an authorization failure, packet captures facilitate quick troubleshooting and root-cause analysis." RRM, driven by Mist's AI, proactively analyzes network conditions and client experiences to automatically adjust channel and power settings for optimal performance: "AI- driven RRM uses data science and cumulative SLE performance to learn and optimize radio settings, helping RF planning to continue to improve and adapt in the changing environments..." Marvis Actions is an AI-powered troubleshooting feature, but it is a separate component enabled by the Marvis subscription, not by base WiFi Management and Assurance. Wayfinding is part of the vBLE Engagement or location services.
Reference:Juniper Mist Wi-Fi Assurance | UK&I , Mist Management Guide , Platform Wi-Fi Assurance - NetworkScreen.com
NEW QUESTION # 56
Your organization currently uses Access Assurance for 802.1X authentication of wireless users using user certificates. All users are currently placed in the same VLAN after authentication.
There are multiple VLANs at your sites.
In this scenario, how would you configure Access Assurance to make the network more secure?
- A. Configure user authentication using EAP-TLS and assign WxLAN roles based on AD user group.
- B. Configure MAC Authentication Bypass (MAB) and assign WxLAN roles based on groups of MAC addresses.
- C. Configure user authentication using EAP-TTLS and assign WxLAN roles based on AD user group.
- D. Configure host (machine) authentication using EAP-TLS and assign WxLAN roles based on AD user group.
Answer: A
Explanation:
Juniper Mist Access Assuranceprovidescloud-based network access control (NAC)by integratingRADIUS
,identity-based policy enforcement, andWxLAN role-based segmentation. It allows administrators to assign users and devices to specific VLANs or network segments dynamically based on authentication attributes, thereby improving bothsecurityandpolicy granularity.
According to theJuniper Mist Access Assurance Configuration Guide, to enhance network security in a multi-VLAN environment, you should:
"Use EAP-TLS (certificate-based authentication) for secure user identification, and dynamically assign WxLAN roles or VLANs based on Active Directory (AD) group membership." Here's whyDis correct:
* EAP-TLSensuresmutual authenticationbetween client and RADIUS server using digital certificates
- preventing credential theft or spoofing.
* Integrating withActive Directoryallowsrole-based access control (RBAC), enabling dynamic VLAN or WxLAN assignment. This ensures users from different groups (e.g., staff, contractors, guests) are automatically segmented into appropriate network zones.
Option breakdown:
* A (MAB): Used for non-802.1X devices (e.g., printers), less secure for user authentication.
* B (EAP-TTLS): Username/password-based and less secure than certificate-based EAP-TLS.
* C (Host authentication): Verifies devices only, not user identity-insufficient for user-level control.
Therefore, the most secure and scalable configuration is:
#D. Configure user authentication using EAP-TLS and assign WxLAN roles based on AD user group.
References:- Juniper Mist Access Assurance Deployment and Configuration Guide- Juniper Mist Cloud NAC and 802.1X Authentication Documentation- Juniper Mist Secure Access and WxLAN Role-Based Policy Guide
NEW QUESTION # 57
What does the AI-driven RRM in Juniper Mist Wireless Assurance optimize?
- A. SSID naming conventions
- B. Band steering
- C. User interfaces
- D. Radio resource settings
Answer: D
Explanation:
TheAI-driven Radio Resource Management (RRM)feature inJuniper Mist Wireless Assurance dynamically optimizesradio resource settingsacross all managed access points (APs) to ensure optimal wireless coverage, capacity, and performance.
According to theJuniper Mist Wireless Assurance and RRM Guide, RRM continuously analyzes live network telemetry, including metrics such assignal strength, interference, channel utilization, and client distribution, to make intelligent adjustments in real time.
It automatically optimizes parameters such as:
* Channel selection (to minimize co-channel and adjacent-channel interference).
* Transmit power levels (to balance coverage and minimize contention).
* Channel width (to optimize throughput based on RF conditions).
The documentation specifies:
"AI-driven RRM in Mist Cloud continuously learns and adapts radio configurations based on environmental and client behavior patterns, improving network stability and overall user experience." OptionsA,C, andDare incorrect because:
* Band steeringis a specific feature handled separately within WLAN settings.
* SSID naming conventionsanduser interfacesare administrative, not RRM-controlled.
Therefore, the correct answer isB. Radio resource settings.
References:- Juniper Mist Wireless Assurance and AI-driven RRM Documentation- Juniper Mist AI Cloud Operations Guide- Juniper Mist Access Point Configuration and Optimization Guide
NEW QUESTION # 58
A Mist administrator may link their Mist login to which type of social account login?
- A. Facebook
- B. Google
- C. TikTok
- D. LinkedIn
Answer: B
Explanation:
Google Account Integration: Mist administrators can link their Mist login to a Google account. This facilitates easier access and management of Mist services using a single sign-on (SSO) mechanism provided by Google.
Benefits of SSO: Using Google SSO simplifies user management, reduces password fatigue, and enhances security through Google's robust authentication mechanisms.
NEW QUESTION # 59
Exhibit:
Referring to the exhibit, which Roaming Classifier is responsible for the sub-threshold SLEs?
- A. Capacity
- B. Ethernet
- C. Signal Quality
- D. WiFi Interference
Answer: A
Explanation:
In the Juniper Mist dashboard,Service Level Expectations (SLEs)are metrics that measure user experience in key areas such as connection, throughput, and roaming. Each SLE is composed ofclassifiers, which help identify the underlying cause of degraded performance or sub-threshold scores.
According to the Juniper Mist AI documentation, theRoaming SLEtracks client transitions between access points and evaluates the quality of those roaming events. The contributing classifiers typically includeSignal Quality,Wi-Fi Interference,Ethernet, andCapacity.
In this exhibit, the bar forCapacityis the longest under the "Roaming Classifiers" section, indicating that it has the most significant impact on theSub-ThresholdSLE value (10.6%). This means roaming performance is primarily being limited by insufficient capacity - often due to AP radio congestion or a high number of concurrent clients impacting handoff efficiency.
Hence, theCapacityclassifier is responsible for the sub-threshold SLEs.
References:- Juniper Mist AI Service Level Expectations (SLE) Overview- Juniper Mist Dashboard Analytics and SLE Classifiers Guide- Juniper Mist Wi-Fi Assurance Documentation
NEW QUESTION # 60
Which statement accurately describes the capabilities of the Juniper Mist AI platform?
- A. Juniper Mist AI relies solely on manual data collection for network health solutions and root cause analysis, without using AI algorithms.
- B. Juniper Mist AI uses Predictive Analytics and Correlation Engine (PACE) to collect and analyze pre- connection and post-connection user and location states in near real-time.
- C. The Mist Cloud is not involved in the aggregation and storage of data required by the AI/ML solution, limiting its effectiveness.
- D. Marvis requires substantial user interaction for troubleshooting and does not provide proactive solutions.
Answer: B
Explanation:
TheJuniper Mist AI platformis acloud-native, AI-driven network management solutionthat leverages machine learning and data science to provide predictive insights, proactive troubleshooting, and automated optimization acrosswireless, wired, and WANenvironments.
At the core of this intelligence is thePredictive Analytics and Correlation Engine (PACE), which powers Mist AI's ability to process and analyze massive volumes of telemetry data in near real time.
According to theJuniper Mist AI Cloud Architecture Guide,
"The Predictive Analytics and Correlation Engine (PACE) collects, correlates, and analyzes pre-connection and post-connection user experience data, enabling real-time visibility and proactive detection of network anomalies." This allows Mist AI to perform the following:
* Understand client onboarding and connectivity performance through SLE (Service Level Expectation) metrics.
* Detect anomalies automatically and identify root causes with Marvis.
* Continuously learn and improve via theMist AI efficacy loop.
OptionsA,C, andDare incorrect because:
* Mist AI is fully automated and does not rely on manual data collection.
* The Mist Cloud is the central data aggregation and analysis engine.
* Marvisis proactive and autonomous, not dependent on user-driven troubleshooting.
Therefore, the correct answer isB. Juniper Mist AI uses Predictive Analytics and Correlation Engine (PACE) to collect and analyze pre-connection and post-connection user and location states in near real- time.
References:- Juniper Mist AI Cloud Architecture and Operations Guide- Juniper Mist Predictive Analytics and Correlation Engine (PACE) Documentation- Juniper Mist AI Platform Overview and Study Guide
NEW QUESTION # 61
Which Juniper device is used in Routing Assurance?
- A. EX Series Switches
- B. MX Series
- C. SRX Series Firewalls
- D. Session Smart Routers
Answer: D
Explanation:
Routing Assuranceis a feature of theJuniper Mist WAN Assurancesolution, providing AI-driven visibility, analytics, and troubleshooting forJuniper Session Smart Routers (SSR)deployed in SD-WAN environments. The system monitors routing performance, link health, and application traffic to ensure reliable WAN connectivity and performance.
According to theJuniper Mist WAN Assurance and Routing Assurance Guide, the feature is described as:
"Routing Assurance provides continuous monitoring of routing operations and path decisions for Juniper Session Smart Routers, offering AI-driven insights into application routing behavior and WAN path health." TheSession Smart Router (SSR)platform-powered by128 Technology(acquired by Juniper Networks)-is specifically designed for AI-driven, session-aware routing. It integrates seamlessly with Mist Cloud to:
* Track routing changes and path selection decisions.
* Correlate application experience with routing behavior.
* Identify and remediate path-related issues automatically through Marvis AI.
Other devices serve different functions:
* MX Series- Carrier-grade routing, not used in Mist Routing Assurance.
* EX Series- Switches used for Wired Assurance.
* SRX Series- Firewalls supporting WAN Assurance and security but not Routing Assurance.
Therefore, the correct answer isC. Session Smart Routers.
References:- Juniper Mist WAN Assurance and Routing Assurance Guide- Juniper Mist Cloud SD-WAN Operations Documentation- Juniper Session Smart Router Technical Overview
NEW QUESTION # 62
Which two statements are correct about Juniper Mist Wired Assurance ZTP? (Choose two.)
- A. The switch must be running a supported Junos version for Juniper Mist Wired Assurance.
- B. The cloud-ready Juniper switch must either boot from the factory-default state or you can issue the request system zeroize Junos command to reset the configuration.
- C. The technician must have console access to the switch during the initial setup.
- D. All legacy Juniper switch models are supported.
Answer: A,B
Explanation:
Supported Junos Version: For Juniper Mist Wired Assurance to function correctly, the switch must be running a supported Junos version. This ensures compatibility with Mist's cloud management and AI capabilities.
Factory-Default State or Zeroize Command: The switch must boot from a factory-default state, or you can use the request system zeroize command to reset its configuration. This is essential for seamless onboarding and auto-provisioning.
NEW QUESTION # 63
Mist cloud supports single sign-on in which two scenarios? (Choose two.)
- A. account login used for NETCONF
- B. account login used for the RESTful API
- C. Wi-Fi guest login access
- D. admin login to the Mist portal
Answer: A,B
NEW QUESTION # 64
Which three components are used to deploy location-based services? (Choose three.)
- A. SFP
- B. location sensors
- C. BLE tags
- D. compact flash
- E. location engine
Answer: B,C,E
Explanation:
To deploy location-based services in Mist, the following components are used:
Location Sensors: These devices capture the location data from BLE tags and other devices.
BLE Tags: These are small devices that emit Bluetooth signals to be picked up by location sensors.
Location Engine: This software processes the data from the sensors and tags to determine precise locations and provide analytics.
NEW QUESTION # 65
Which two statements are correct about the switch configuration hierarchy in Juniper Mist? (Choose two.)
- A. The switch configuration cannot be managed at the organization level.
- B. The switch templates exist at the organization level.
- C. The switch-specific configuration cannot override switch templates.
- D. The switch templates exist at the site level.
Answer: B,D
Explanation:
TheJuniper Mist Wired Assuranceplatform uses ahierarchical configuration modelto manage switch settings efficiently across organizations and sites. This hierarchy provides flexibility by allowing administrators to applyglobal configurationsthrough templates at theorganization level, while also permitting site-specific customizations.
According to theJuniper Mist Wired Assurance Configuration and Template Management Guide, the configuration hierarchy functions as follows:
"Switch templates can be created at both the organization and site levels. Organization-level templates define global configurations, while site-level templates provide location-specific customization that overrides the organization-level settings where applicable." This structure enables consistent policy deployment while preserving site autonomy for unique configurations. For example, global VLAN or QoS configurations can be managed at the organization level, and local templates can adjust settings for switch ports or device groups at specific sites.
Switch-specific overrides are allowed within the hierarchy, ensuring flexibility in cases where unique port or feature configurations are required.
Therefore:
* Bis correct because switch templates exist at theorganization levelfor global use.
* Cis correct because switch templates also exist at thesite levelfor localized adjustments.
References:- Juniper Mist Wired Assurance Configuration and Template Management Guide- Juniper Mist Cloud Hierarchical Configuration Documentation- Juniper Mist Wired Assurance and EX/QFX Management Overview
NEW QUESTION # 66
Which two statements correctly describe the encryption of traffic using Mist? (Choose two.)
- A. By default, the communication between an AP and a RADIUS server is not encrypted.
- B. By default, the communication between an AP and a RADIUS server is encrypted.
- C. By default, the communication between a Wi-Fi client and an AP is encrypted.
- D. By default, the communication between a Wi-Fi client and an AP is not encrypted.
Answer: A,C
Explanation:
AP and RADIUS Server Communication: By default, the communication between an Access Point (AP) and a RADIUS server is not encrypted. This can be configured to be encrypted, but it is not the default setting.
Wi-Fi Client and AP Communication: By default, the communication between a Wi-Fi client and an AP is encrypted, typically using WPA2 or WPA3, which ensures the data exchanged over the wireless network is secure.
NEW QUESTION # 67
When a Juniper Mist managed switch is powered on, which event must be completed prior to the Zero-Touch Provisioning (ZTP) process moving forward?
- A. The switch's clock must be synchronized with an NTP server.
- B. A DHCP lease must be obtained by the switch.
- C. All user accounts must be configured on the switch.
- D. NETCONF must be configured on the switch.
Answer: B
Explanation:
A DHCP lease must be obtained by the switchbefore the ZTP process proceeds. Juniper documentation clarifies: "Ensure that a DHCP server is reachable. In addition to providing an IP address to the switch, your DHCP server must provide the following information: a default gateway, an NTP server, and a DNS server address..." The initial event in the ZTP workflow is the switch receiving a valid IP address via DHCP. Only after obtaining an address can the switch connect to the Mist cloud and proceed with zero-touch provisioning.
Other requirements, such as user account, NETCONF, or NTP sync, occur later or are handled automatically via cloud policy after onboarding.
Reference:Juniper Mist Wired Assurance Configuration Guide , Cloud-Ready EX and QFX Switches with Mist Manual , Ports to enable on your firewall - Mist.
NEW QUESTION # 68
How does Marvis detect a bad cable problem?
- A. Marvis analyzes metrics, such as interface errors, that match a bad cable pattern.
- B. Marvis randomly performs cable tests on every cable in your network.
- C. Marvis randomly performs packet captures on various APs to find bad cables in your network.
- D. Marvis constantly sends ping packets to remote end hosts to determine whether there is a failure in the path.
Answer: A
Explanation:
Marvis, the AI-driven Virtual Network Assistant inJuniper Mist, uses continuous telemetry analysis and AI correlation to identifybad cable conditions. It does this by examining interface-level statistics gathered from switches and access points throughWired Assurance.
According to theJuniper Mist Marvis Operations and Troubleshooting Guide:
"Marvis detects bad cable issues by analyzing telemetry patterns such as CRC errors, FCS errors, packet drops, and link flaps that collectively match a known cable fault signature." When such patterns are detected, Marvis automatically generates anAI Actionindicating aBad Cableissue and identifies whether the problem is with theportor thecable. This proactive detection allows administrators to replace faulty hardware before it impacts network users.
Options A, B, and C are incorrect because Marvis does not perform active pinging, random packet captures, or random cable testing. Its detection is entirelyAI and telemetry-based.
Therefore, the correct answer isD. Marvis analyzes metrics, such as interface errors, that match a bad cable pattern.
References:- Juniper Mist Marvis AI Operations Guide- Juniper Mist Wired Assurance and Telemetry Analytics Documentation- Juniper Mist AI Troubleshooting and Automation Overview
NEW QUESTION # 69
Setting the correct time zone for a Mist site provides which benefit?
- A. facilitation of troubleshooting by aligning event timestamps with local time
- B. synchronization of device clocks for accurate scheduling of events
- C. optimization of network performance based on time-of-day usage
- D. enablement of remote access to the site during specific time slots
Answer: A
Explanation:
Time Zone Importance: Setting the correct time zone for a Mist site ensures that all events and logs are timestamped accurately according to the local time of the site. This is crucial for effective monitoring and troubleshooting.
Facilitation of Troubleshooting: By aligning event timestamps with the local time, network administrators can correlate events more easily with specific incidents reported by users, thereby simplifying the troubleshooting process.
NEW QUESTION # 70
You are troubleshooting a wireless authentication problem.
Which two Mist features would help you in this scenario? (Choose two.)
- A. client events
- B. audit logs
- C. packet capture
- D. access point events
Answer: A,C
Explanation:
Packet Capture: This feature allows for detailed inspection of traffic at the packet level. Capturing packets can help identify issues with authentication protocols, such as misconfigured settings or failures in the authentication exchange process.
Client Events: Monitoring client events provides insights into the client's authentication attempts, including successes and failures. This data helps in pinpointing where in the process the failure occurs, whether at the client, access point, or authentication server.
NEW QUESTION # 71
What are three features of Juniper Mist? (Choose three.)
- A. Asset tracking
- B. Automatic feature updates
- C. Perpetual Access Point licenses
- D. Wireless Assurance
- E. Controller firmware updates
Answer: A,B,D
Explanation:
Juniper Mist delivers Automatic Feature Updates, Wireless Assurance, and Asset Tracking as core platform features.
* Automatic feature updates: As part of its cloud architecture, Juniper Mist provides bi-weekly, hitless automatic updates for features and security, delivered seamlessly from the cloud without service interruption or manual intervention. Mist documentation states, "New features, security patches, and updates are automatically added on a bi-weekly basis without interruptions or service downtime. This dramatically simplifies and improves service operations for network IT administrators."
* Wireless Assurance: Wireless Assurance is Mist's flagship cloud service that leverages AI and machine learning to automate wireless network operations, delivering predictable, reliable, and measurable Wi- Fi experiences. It provides deep visibility into client states, sets service level expectations (SLEs), and uses Marvis actions and AI-driven recommendations to ensure root-cause identification and proactive troubleshooting-"Mist Wi-Fi Assurance is a cloud service based on machine learning (ML) and driven by Mist AI... designed for the smart device era."
* Asset tracking: Asset Visibility/Tracking uses vBLE technology and Wi-Fi to track and locate assets and IoT devices within an organization, integrating with Juniper Mist Cloud for real-time and historical analytics. According to the Asset Visibility datasheet: "Mist Asset Visibility is a cloud service that enables real-time tracking and historical location analytics of people, assets, and IoT devices." Controller firmware updates and perpetual AP licenses are not listed features of the Mist cloud architecture; Mist uses a cloud-based control plane and subscription-based licensing for its platform.
References:Juniper Mist Wireless Overview , Asset Visibility Datasheet , Mist Platform Solution Brief , Mist AI Update Release Notes , Mist Feature Compariso
NEW QUESTION # 72
In Juniper Mist, which three devices send data to the Juniper Mist Cloud? (Choose three.)
- A. Syslog Server
- B. Access Point
- C. Juniper Mist Edge
- D. RADIUS Server
- E. Session Smart Router
Answer: B,C,E
Explanation:
In theJuniper Mist Cloud architecture, data is collected and streamed from variousedge devicesto the Mist Cloud platform, whereAI-driven analytics,automation, andtelemetry correlationoccur. OnlyMist- managed devicesthat are cloud-connected contribute operational telemetry data to Mist AI for analysis.
According to theJuniper Mist Cloud Architecture and Operations Guide:
"Access Points, Juniper Mist Edge devices, and Session Smart Routers (SSR) communicate directly with the Mist Cloud, sending telemetry, configuration, and analytics data in real time."
* Access Points (B):Provide wireless client telemetry, RF statistics, and user SLE (Service Level Expectation) data.
* Session Smart Routers (C):Supply WAN Assurance and routing analytics, including path and session health data.
* Juniper Mist Edge (D):Acts as an on-premises gateway that forwards data and enables local breakout for Mist Cloud services.
Syslog ServersandRADIUS Serversare external systems and do not send native telemetry to the Mist Cloud-they only interact through authentication or logging integrations.
References:- Juniper Mist Cloud Architecture and Operations Guide- Juniper Mist WAN and Wired Assurance Documentation- Juniper Mist Edge and Session Smart Router Integration Guide
NEW QUESTION # 73
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