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The always-evolving security landscape represents a continuous challenge to organizations. Today, achieving the appropriate levels of security is not longer a matter of deploying point products confined to the network perimeters and acting independently. The complexity and sophistication of today’s threats mandate system-wide intelligence and collaboration of devices deployed throughout the entire network. This session introduces Cisco Security Architecture for the Enterprise. It is an end-to-end security architecture based on modular validated designs and architected to maximize security for Cisco-based enterprise networks.

This session covers public key infrastructure (PKI) architectures, designs, and practical applications including an introduction to PKI public/private key pairs, core concepts, setting up a basic PKI infrastructure, auto-enrollment, recovering from an outage, certificate revocation list (CRL) checking, and PKI architecture for large-scale deployments. An example case is presented for a GET-VPN DMVPN scenario.

This session covers in detail the concepts of the Dynamic Multipoint VPN (DMVPN) solution. It starts with an overview of basic DMVPN functionality including in-depth descriptions of how Next Hop Resolution Protocol (NHRP) is used in DMVPN hub-and-spoke and dynamic spoke-spoke networks, including DMVPN Phase 2 and Phase 3 functionality and discussion and examples of using DMVPN for Network Virtualization with VRF-lite and 2547oDMVPN. The session also covers how DMVPN interacts with NAT, QoS, MPLS, and dynamic routing. This session is for designers, managers, and troubleshooters of extended corporate DMVPNs and for service providers that are deploying these services for their customers.

This session covers the design principles associated with the deployment of Group Encrypted Transport (GET) VPNs. A brief overview covers the protocols (GDOI and COOP) and state machines associated with group members and key servers. Best practices are emphasized for redundancy, scalability, manageability, and network performance. Discussion also covers various deployment scenarios. Knowledge of GET VPN architecture is highly recommended as a prerequisite.

CCNA Video Mentor is a unique video product that provides you with more than four hours of personal visual instruction from best-selling author and instructor Wendell Odom. In the 20 videos presented on the DVD, Wendell walks you through common Cisco® router and switch configuration topics. Designed to develop and enhance hands-on skills, each video guides you through essential configuration tasks for both the CCENT and CCNA® certification exams, including router and switch configuration, IP subnetting, RIP, OSPF, and EIGRP configuration, configuring VLANs, IPv6, PAT, PPP and CHAP, and access lists.