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| Section | Weight | Objectives |
|---|---|---|
| Juniper Mist WLAN Concepts | 20% | - Wireless intrusion detection and prevention - WLAN configuration and security - WxLAN policies and guest services - Multi-PSK and advanced policy features |
| Wi-Fi Fundamentals | 20% | - WLAN association, roaming and lifecycle - Modulation, coding and channel access - Frequency bands and RF principles - 802.11 PHY protocols |
| Marvis Virtual Network Assistant | 15% | - Proactive and reactive troubleshooting - Natural language queries and actions - Marvis concepts and capabilities |
| Juniper Mist Network Operations | 15% | - Events, alerts and insights - Monitoring and troubleshooting workflows - Wi-Fi Assurance and Service Level Expectations (SLE) - Radio Resource Management (RRM) |
| Juniper Mist WLAN Architecture and Deployment | 20% | - Mist cloud architecture and components - API and webhook fundamentals - Account, organization and site management - Initial setup and access point deployment |
| Juniper Mist Location-Based Services | 10% | - Wi-Fi and vBLE location technologies - User engagement and asset tracking - Proximity services and analytics |
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NEW QUESTION # 41
Regarding the seven layer OSI networking model, which two layers are different between Ethernet and Wi- Fi? (Choose two.)
Answer: A,B
Explanation:
According to the Lecture 3 - Radio Frequency and Antenna Fundamentals - Part 2 document3, two layers that are different between Ethernet and Wi-Fi in the OSI networking model are:
* Media access control (MAC) sub-layer, which is part of the data link layer and defines how devices access and share the wireless medium.
* Physical layer, which defines how data is encoded and transmitted over the wireless medium.
References:
http://faculty.georgebrown.ca/~jolenewa/courses/comp3049-intermediate-wirel/lecture-3-radio-frequency.
pdf
NEW QUESTION # 42
A client has a poor Wi-Fi experience when moving around in an office. In this scenario, which Marvis Query Language clause would help troubleshoot the problem?
Answer: B
Explanation:
In the Juniper Mist AI ecosystem, troubleshooting the mobility experience of a user requires analyzing the transitions between Access Points (APs). When a client reports a "poor experience when moving," it almost always points to a breakdown in the roaming process, such as sticky clients (devices that refuse to move to a closer AP), slow handoffs, or authentication failures during a roam. The Marvis Query Language (MQL) provides a conversational and structured way to extract this specific data using the ROAMINGOF clause.
The ROAMINGOF clause is designed to filter the massive amount of telemetry collected by Mist and focus specifically on the events surrounding a client's transition from one radio to another. When you execute a query like "Roaming of [Client Name]," Marvis returns a detailed visualization of the client's journey. This includes the signal strength (RSSI) at the time of the roam, the duration of the handoff, and whether the roam was "successful," "slow," or "failed".
By using this clause, an administrator can quickly identify if the "poor experience" is caused by poor overlap (where RSSI drops too low before a new AP is found) or if the client is holding onto a distant AP (sticky client behavior). Other clauses like STATUSOF (A) are used for general health checks, UTILIZATIONOF (C) tracks radio or site traffic levels, and RANK (D) is typically used to identify the best or worst performing entities (like "Rank APs by interference"). Only ROAMINGOF provides the temporal and spatial correlation needed to fix issues specifically related to user movement within the office environment.
NEW QUESTION # 43
You want to verify that DHCP is working as expected on a WLAN that currently has no clients. In this scenario, which Marvis feature would you use to accomplish this task?
Answer: A
Explanation:
Marvis Minis perform synthetic tests by emulating client actions such as DHCP, DNS, and application access. Even when no real clients are connected, Minis can validate that DHCP is working correctly on the WLAN.
NEW QUESTION # 44
You are connecting a user device to your 802.11n WLAN.
In this scenario, which state in the state machine process handles the association and negotiation of data rate and security protocol capabilities?
Answer: C
Explanation:
In the 802.11 state machine, association occurs after authentication, placing the client in an authenticated and associated state while RSNA security establishment is still pending. This stage includes association handling and capability negotiation before secure data communication is fully established.
NEW QUESTION # 45
An administrator needs to configure a redundant and load-balanced tunneled wireless solution for a large campus that spans multiple buildings. The design requires that APs in one building (`Site- A`) prefer to tunnel to a Mist Edge in that same building, while APs in another building (`Site-B`) prefer to tunnel to a different Mist Edge in their building. However, if an Edge in one building fails, APs should be able to fail over to the Edge in the other building.
How should this be designed using the Mist architecture? (Select all that apply.)
Answer: A,B,D,F
NEW QUESTION # 46
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