Implementing Advanced Cisco Unified Wireless Security v1.0 (IAUWS) — A 5-day course
Synopsis
In this course designed to help you prepare for the professional-level CCNP Wireless certification, you will learn to secure wireless networks from security threats via appropriate security policies and best practices. You will learn to implement security standards and configure security components. Hands-on labs ensure that you thoroughly understand how to secure a wireless network.
Course Objectives
After completing this training course the student will understand:
- Organizational and regulatory Security Policies
- How to segment enterprise and quest WLAN traffic
- Configure administration and security on a WLAN controller
- Configure administration and security on a WLAN controller using TACACS+
- Secure client devices using EAP authentication
- Configure Cisco Secure Services Client
- Design and implement guest services on a WLAN controller.
- Configure the WLAN controller for Cisco NAC
- Configure Local authentication on the WLAN controller
- Configure Management Frame Protection (MFP) on the WLAN controller
- Implement Access Control Lists (ACL) on a WLAN controller
- WLAN controller-based Intrusion Detection Signatures (IDS)
- Configure the WLAN controller to integrate with IPS and IDS appliances
Intended Audience
- Wireless network professionals, including wireless network engineers, mid-level wireless support engineers, wireless test engineers, wireless network designers with 3-5 years experience, in the networking field who will be required to define the security requirements for various deployment models
Prerequisites
Before attending this course delegates must have completed the following:
Certification
Prepares you for Cisco Exam 642-736 to earn your Cisco CCNP Wireless certification
Publicly scheduled dates, locations, and prices
London — £1895 (+VAT)
- 15–19 Mar 2010
- 17–21 May 2010
- 26–30 Jul 2010
- 22–26 Nov 2010
Leeds — £1895 (+VAT)
- 12–16 Jul 2010
Contents:
Organizational and Regulatory Security Policies
- Regulatory Compliance
- Segmenting Traffic
- Configuring Administrative Security
- Managing WLAN Controller and Cisco WCS Alarms
- Security Audit Tools
Secure Client Devices
- Configuring EAP Authentication
- Impact of Security on Application and Roaming
- Configuring Cisco Secure Services Client
- Troubleshooting Wireless Connectivity
Design and Implement Guest Access Services
- Guest Access Architecture
- Configuring the WLAN to Support Guest Access
- Configuring Guest Access Accounts
- Troubleshooting Guest Access
Design and Integrate Wireless Network with NAC
- Cisco NAC Appliance Solution
- Configuring the Controller for Cisco NAC Out-of-Band Operations
Implement Secure Wireless Connectivity Services
- Configuring Authentication for the WLAN Infrastructure
- Configuring Management Frame Protection
- Configuring Certificate Services
- Implementing Access Control Lists
- Configuring Identity Based Networking on the Controller Issues
- Troubleshooting Secure Wireless Connectivity
Internal and Integrated External Security Mitigations
- Mitigating Wireless Vulnerabilities
- Using Controller-Based IDS
- Cisco's End-to-End Security Solutions
- Integrating Cisco WCS with Wireless IPS
Labs
- Lab 1-1: Segmenting Traffic Identifying
- Lab 1-2: Configuring Administrative Security
- Lab 2-1: Configuring EAP Authentication on the Clients
- Lab 2-2: Configuring Cisco Secure Services Client
- Lab 2-3: Troubleshooting Wireless Connectivity
- Lab 3-1: Configure the WLAN to Support Guest Access
- Lab 3-2: Configure a Controller to use the NAC Guest Server for Authentication
- Lab 3-3: Troubleshooting Guest Access Issues
- Lab 4-1: Configuring the Controller for Cisco NAC
- Lab 5-1: Configuring Local Authentication on the WLAN Controller
- Lab 5-2: Configuring H-REAP for WAN Failure
- Lab 5-3: Configuring Management Frame Protection
- Lab 5-4: Configuring Certificate Services
- Lab 5-6: Implementing IBN
- Lab 5-5: Implementing Access Control Lists
- Lab 5-7: Troubleshooting H-REAP Security
- Lab 5-8: Troubleshooting Secure Wireless Connectivity
- Lab 6-1: Using Controller-Based IDS
