Scalable WLAN Design and Implementation 6.4 Rev 16.41 Virtual Classroom Live November 13, 2017

Course Overview

• Aruba architecture review:
  • The Aruba solution
  • Aruba architecture and network design
  • AP groups •Lab equipment review
  • Lab: Mobility controller setup Wizard
  • Lab: Install licenses
  • Lab: Configure and test WLANs Wired access:
  • Secure Jack
  • Wired Multiplexers
  • Configuring Secure Jack operation
  • Lab: Configuring Secure Jack on AP and controller
  • Lab: Set up port policies and VLAN policies. RAP review:
  • RAP introduction–New platform–RAP2 and RAP5 deployment–Pre-staging certificate RAPs–Zero touch deployments–Post deployment–RAP uplink bandwidth reservation–Content Security Service (CSS).
  • RAP local client access.
  • Troubleshooting.
  • Lab: Create ap group RAP for remote AP.
  • Lab: Create split-tunnel policy and assign it.
  • Lab: Populate whitelist.
  • Lab: Provision the RAP2 .
  • Lab: Test RAP configuration.
• Virtual Internet Access (VIA):
  • VIA introduction.
  • Configuration.
  • VIA requirements and installation.
  • VIA operations.
  • Troubleshooting.
  • Lab: Configure VIA access on controller.
  • Lab: Set up VIA client on laptop.
  • Lab: Test VIA access.Site-to-Site VPN:
  • Site-to-Site overview.
  • Configuration.
  • Troubleshooting.
  • Lab: Build VPN between controllers. Master/local operation:
  • Master/local benefits.
  • Inter-controller IPSec.
  • Controller-specific AP groups.
  • Multi-controller AP configuration.
  • VLAN pooling.
  • Named VLANs.
  • AP termination.
  • Remote node operations.
  • Lab: Reprovisioning controllers for master/local operation.
  • Lab: Reprovisioning APs for master/local operation. Mobility:
  • 802.11 mobility review.
  • Single-controller vs. multi-controller.
  • L2 vs. L3 mobility.
  • Understanding mobility domains.
  • Configuring mobility domains.
  • Lab: Configure L3 mobility and the home agent table.
• Master redundancy:
  • Understanding master redundancy.
  • Master redundancy DB synchronization.
  • Configuring master redundancy and VRRP.
  • Lab: Backup your controller’s configuration.
  • Lab: Configure VRRP between the two controllers.
  • Lab: Configure master redundancy.
  • Lab: View master synchronization and test the redundancy operation. Local redundancy:
  • Types of AP redundancy.
  • Understanding N+1 redundancy.
  • Understanding active-active redundancy using VRRP.
  • Lab: Configuring local redundancy using active-active and VRRP.
  • Lab: Test failover scenario. Wireless intrusion prevention:
  • L1 attacks.
  • L2 attacks.
  • Rogue detection and containment.
  • Threats and countermeasures.
  • DoS attacks .
  • Surveillance.
  • Impersonation/Man-in-the-Middle.
  • Unauthorized device detection and containment.
  • Access Monitor.
  • Best practice.
  • Management of IDS events.
  • Rogue AP detection, location, and containment.
  • Lab: Air Monitor group creation and provisioning.
  • Lab: Rogue containment.
  • RFProtect:
  • RFProtect features.
  • Access Points and Air Monitors.
  • Creating Air Monitors.
  • Rogue AP detection, location, and containment.
  • Rogue classification
  • Configuring rule -based classification
  • L3 Rogue classification
  • Configuring containment
  • Wireless client containment. 
  • Wired containment.
  • Threats and countermeasures.
  • Configuring IDS using Wizard.
  • Web UI monitoring.
  • IDS events logging.
  • Lab: Air Monitor group creation and provisioning.
  • Lab: Rogue containment. Mesh:
  • Mesh operations.
  • Mesh solutions.
  • Mesh clusters.
  • Configuration of Mesh portals, Mesh points.
  • Remote Mesh portal.
  • Mesh troubleshooting.
  • Lab: Set up a Mesh network.

Prerequisites

Before attending this course, students must have:

• Basic WLAN terminology and concepts
• Knowledge of wired and wireless networking design and operations
• Experience installing network monitoring software.