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    Juniper Wireless Networks with Mist AI

    Duration
    4 Dagen
    Delivery
    (Online and onsite)
    Price
    Price Upon Request

    This four-day course is designed to provide students with the knowledge required to work with enterprise wireless technologies and Mist AI-driven Wi-Fi networks. Students will gain in-depth knowledge of Wi-Fi technologies, Mist technologies, and how to configure and use them. Through demonstrations and hands-on labs, students will gain experience with the features and functionalities of Mist AI-driven Wi-Fi.

    • Introduce the IEEE 802.11 standard and amendments.
    • Define Wi-Fi frequency bands.
    • Apply radio frequency basics in Wi-Fi networks.
    • Identify how modulation and coding make up Wi-Fi.
    • Describe the inter-workings of association and roaming.
    • Describe network contention factors.
    • Define WLANs.
    • Introduce Mist.
    • Describe Mist configuration objects for Wi-Fi.
    • Explain Juniper access points and their configuration options.
    • Describe Mist’s WLAN configuration objects.
    • Describe Mist Edge.
    • Describe the Mist guest options.
    • Describe WXLAN policy and apply it to users.
    • Describe wireless intrusion detection and prevention from Mist.
    • Explain wireless service-level expectations (SLEs) in relation to users.
    • Examine events and insights from the Mist cloud.
    • Summarize Mist’s Radio Resource Management (RRM).
    • Evaluate custom dashboard and report options.
    • Evaluate machine learning and artificial intelligence.
    • Summarize Marvis queries.
    • Explain the functions of Mist’s Marvis actions.
    • Compare location service’s concepts and methods.
    • Explain Mist’s approach to user engagement.

    DAY 1

    1. Course Introduction

     

    2 Wi-Fi Standards

    • Describe the purpose of the 802.11 standard and its physical layer amendments

     

    3. Wi-Fi Radio Frequency Bands

    • Describe the 2.4-GHz, 5-GHz, and 6-GHz frequency bands used for WLANs and their channels

     

    4. Applying Radio Frequency Basics to Wi-Fi

    • Describe the properties of an RF wave
    • Convert dBm to Milliwatts using RF math
    • Explain free space path loss and how it relates to WLANs

     

    5. Modulation and Coding for Wi-Fi

    • Explain RF modulation and how it relates to WLAN data rates
    • Describe the relationship between SNR and MCS

     

    6. Understanding Client Association and Roaming

    • Describe the 802.11 state machine and steps required for an 802.11 station to connect to an access point
    • Explain the protocols used in a client’s connection to the network

     

    7. Network Contention Factors

    • Describe 802.11 contention

     

    Lab 1: WLAN Testing

     

    8. Wi-Fi Architectures and Life Cycle

    • Differentiate WLAN architectures
    • Describe the stages of the WLAN life cycle

     

    9. Getting Started with Mist

    • Examine the Mist architecture
    • Create a Mist account
    • Summarize Mist subscriptions

     

    Lab 2: Initial Setup

     

    DAY 2

    10. Mist Configuration Objects

    • Explain the difference between organization-level and site-level configuration objects
    • Define Mist configuration objects and their uses
    • Summarize the MSP dashboard

     

    Lab 3: Remote Site and Site Groups and Variables

     

    11. Juniper Access Points

    • Summarize access points and connectivity
    • Describe the boot procedure for a Juniper AP, its requirements, and the process of adding a Juniper AP to the Mist cloud
    • Describe common AP configuration settings
    • Use the Mist AP dashboard to get information about an AP

     

    12. WLANs

    • Define a BSS, ESS, and SSIDs and their functions
    • Review additional WLAN configuration options
    • Explain WLAN security options and how they are configured in a Mist WLAN configuration object
    • Describe data rates and how they are configured in Mist

     

    13. Mist Edge

    • Define the features and benefits
    • Identify popular use cases
    • Categorize the product options
    • Summarize the installation
    • Review the Edge management
    • Troubleshoot the device and connectivity

     

    DAY 3

    14. Guest Portals

    • Describe the Mist guest options

     

    15. Mist WXLAN Policies

    • Explain WLAN policies and how they are configured

     

    Lab 4: WLANs and WXLAN

     

    16. Mist Wi-Fi Security

    • Describe WLAN security threats detected by the Mist WLAN system

     

    17. Mist Service-Level Expectations

    • List Wi-Fi Assurance SLEs and their classifiers

     

    18. Mist Events and Insights

    • Describe site, AP, and client events
    • Explain the packet capture functionality of the Mist system
    • Describe the 802.11 MAC header and list 802.11 MAC frame types

     

    Lab 5: SLE Troubleshooting

     

    19. Mist Radio Resource Management

    • Describe the Mist RRM operations and their purposes

     

    DAY 4

    20. Mist Dashboard and Reports

    • Evaluate customer dashboard and report options21 Mist Artificial Intelligence and Troubleshooting Options
    • Assess Mist’s application of artificial intelligence
    • Review troubleshooting options; reactive and proactive

     

    21. Mist Artificial Intelligence and Troubleshooting Options

    • Assess Mist’s application of artificial intelligence
    • Review troubleshooting options; reactive and proactive

     

    22. Marvis Queries

    • Explain the difference between Marvis natural language and Marvis query language

     

    23. Marvis Actions

    • Describe the functions of Marvis actions

     

    Lab 6: Marvis

     

    24. Location-Based Services

    • Review Wi-Fi components for location services 25 User Engagement and Contact Tracing
    • Examine Mist’s proximity tracing capabilities

     

    25. User Engagement and Proximity Tracing

    • Examine Mist’s proximity tracing capabilities

    Individuals working with enterprise wireless networks and applying artificial intelligence to their activities

    • Basic TCP/IP skills
    • General networking
    • Basic knowledge of wireless technologies (Wi-Fi) is recommended

    This four-day course is designed to provide students with the knowledge required to work with enterprise wireless technologies and Mist AI-driven Wi-Fi networks. Students will gain in-depth knowledge of Wi-Fi technologies, Mist technologies, and how to configure and use them. Through demonstrations and hands-on labs, students will gain experience with the features and functionalities of Mist AI-driven Wi-Fi.

    • Introduce the IEEE 802.11 standard and amendments.
    • Define Wi-Fi frequency bands.
    • Apply radio frequency basics in Wi-Fi networks.
    • Identify how modulation and coding make up Wi-Fi.
    • Describe the inter-workings of association and roaming.
    • Describe network contention factors.
    • Define WLANs.
    • Introduce Mist.
    • Describe Mist configuration objects for Wi-Fi.
    • Explain Juniper access points and their configuration options.
    • Describe Mist’s WLAN configuration objects.
    • Describe Mist Edge.
    • Describe the Mist guest options.
    • Describe WXLAN policy and apply it to users.
    • Describe wireless intrusion detection and prevention from Mist.
    • Explain wireless service-level expectations (SLEs) in relation to users.
    • Examine events and insights from the Mist cloud.
    • Summarize Mist’s Radio Resource Management (RRM).
    • Evaluate custom dashboard and report options.
    • Evaluate machine learning and artificial intelligence.
    • Summarize Marvis queries.
    • Explain the functions of Mist’s Marvis actions.
    • Compare location service’s concepts and methods.
    • Explain Mist’s approach to user engagement.

    DAY 1

    1. Course Introduction

     

    2 Wi-Fi Standards

    • Describe the purpose of the 802.11 standard and its physical layer amendments

     

    3. Wi-Fi Radio Frequency Bands

    • Describe the 2.4-GHz, 5-GHz, and 6-GHz frequency bands used for WLANs and their channels

     

    4. Applying Radio Frequency Basics to Wi-Fi

    • Describe the properties of an RF wave
    • Convert dBm to Milliwatts using RF math
    • Explain free space path loss and how it relates to WLANs

     

    5. Modulation and Coding for Wi-Fi

    • Explain RF modulation and how it relates to WLAN data rates
    • Describe the relationship between SNR and MCS

     

    6. Understanding Client Association and Roaming

    • Describe the 802.11 state machine and steps required for an 802.11 station to connect to an access point
    • Explain the protocols used in a client’s connection to the network

     

    7. Network Contention Factors

    • Describe 802.11 contention

     

    Lab 1: WLAN Testing

     

    8. Wi-Fi Architectures and Life Cycle

    • Differentiate WLAN architectures
    • Describe the stages of the WLAN life cycle

     

    9. Getting Started with Mist

    • Examine the Mist architecture
    • Create a Mist account
    • Summarize Mist subscriptions

     

    Lab 2: Initial Setup

     

    DAY 2

    10. Mist Configuration Objects

    • Explain the difference between organization-level and site-level configuration objects
    • Define Mist configuration objects and their uses
    • Summarize the MSP dashboard

     

    Lab 3: Remote Site and Site Groups and Variables

     

    11. Juniper Access Points

    • Summarize access points and connectivity
    • Describe the boot procedure for a Juniper AP, its requirements, and the process of adding a Juniper AP to the Mist cloud
    • Describe common AP configuration settings
    • Use the Mist AP dashboard to get information about an AP

     

    12. WLANs

    • Define a BSS, ESS, and SSIDs and their functions
    • Review additional WLAN configuration options
    • Explain WLAN security options and how they are configured in a Mist WLAN configuration object
    • Describe data rates and how they are configured in Mist

     

    13. Mist Edge

    • Define the features and benefits
    • Identify popular use cases
    • Categorize the product options
    • Summarize the installation
    • Review the Edge management
    • Troubleshoot the device and connectivity

     

    DAY 3

    14. Guest Portals

    • Describe the Mist guest options

     

    15. Mist WXLAN Policies

    • Explain WLAN policies and how they are configured

     

    Lab 4: WLANs and WXLAN

     

    16. Mist Wi-Fi Security

    • Describe WLAN security threats detected by the Mist WLAN system

     

    17. Mist Service-Level Expectations

    • List Wi-Fi Assurance SLEs and their classifiers

     

    18. Mist Events and Insights

    • Describe site, AP, and client events
    • Explain the packet capture functionality of the Mist system
    • Describe the 802.11 MAC header and list 802.11 MAC frame types

     

    Lab 5: SLE Troubleshooting

     

    19. Mist Radio Resource Management

    • Describe the Mist RRM operations and their purposes

     

    DAY 4

    20. Mist Dashboard and Reports

    • Evaluate customer dashboard and report options21 Mist Artificial Intelligence and Troubleshooting Options
    • Assess Mist’s application of artificial intelligence
    • Review troubleshooting options; reactive and proactive

     

    21. Mist Artificial Intelligence and Troubleshooting Options

    • Assess Mist’s application of artificial intelligence
    • Review troubleshooting options; reactive and proactive

     

    22. Marvis Queries

    • Explain the difference between Marvis natural language and Marvis query language

     

    23. Marvis Actions

    • Describe the functions of Marvis actions

     

    Lab 6: Marvis

     

    24. Location-Based Services

    • Review Wi-Fi components for location services 25 User Engagement and Contact Tracing
    • Examine Mist’s proximity tracing capabilities

     

    25. User Engagement and Proximity Tracing

    • Examine Mist’s proximity tracing capabilities

    Individuals working with enterprise wireless networks and applying artificial intelligence to their activities

    • Basic TCP/IP skills
    • General networking
    • Basic knowledge of wireless technologies (Wi-Fi) is recommended
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