Deploying IPsec Remote Access VPNs Using Preshared Key and Digital Signature Authentication | Designing and Deploying IPsec Remote Access and Teleworker VPNs

Table of contents:

1	What are some of the main benefits and drawbacks of IPsec remote access VPNs?
2	What are the two main types of issue with regard to IKEv1 an IPsec remote access VPN environment?
3	What are the three main methods by which a VPN gateway can authenticate remote access VPN users when using IKEv1?
4	What sort of functionality can Mode Config provide?
5	What information does the debug crypto isakmp sa command display?
6	What methods do the VPN 3000 concentrator and Cisco ASA 5500 provide to overcome issues with NAT/PAT and IPsec remote access VPNs?
7	When a hardware client (Cisco IOS router) is configured for EZVPN, how does a remote access user authenticate him/herself?

8	What are the three basic ways to configure high availability for IPsec remote access VPNs?
9	To allow IPsec remote access VPN connections through a firewall, which ports may have to be opened on the firewall?
10	What file can be modified to provide auto-initiation of Cisco VPN Client connections with wireless VPNs?

Designing and Building SSL Remote Access VPNs (WebVPN)

Part I: Understanding VPN Technology

What Is a Virtual Private Network?

Part II: Site-to-Site VPNs

Designing and Deploying L2TPv3-Based Layer 2 VPNs

Designing and Implementing AToM-Based Layer 2 VPNs

Designing MPLS Layer 3 Site-to-Site VPNs

Advanced MPLS Layer 3 VPN Deployment Considerations

Deploying Site-to-Site IPsec VPNs

Scaling and Optimizing IPsec VPNs

Part III: Remote Access VPNs

Designing and Implementing L2TPv2 and L2TPv3 Remote Access VPNs

Designing and Deploying IPsec Remote Access and Teleworker VPNs

Designing and Building SSL Remote Access VPNs (WebVPN)

Part IV: Appendixes

Designing and Building SSL Remote Access VPNs (WebVPN)

Appendix B. Answers to Review Questions