IPv6 Design and Deployment LiveLessons

Tim Martin has been in the Inter-networking industry for more than 33 years. Tim is a dynamic presenter and a member of the Cisco Live Distinguished Speaker hall of fame. He is a session group manager for IPv6 content at Cisco Live events in the U.S. and Europe. In this role, he reviews course submissions, contributes content, and coaches speakers. His current role at Cisco as a solutions architect is focused on the U.S. public sector space. Tim achieved the distinction of a multiprotocol CCIE No. 2020 in June 1996 and has also attained the Gold Certified Engineer status from the IPv6 Forum. He has participated in numerous industry events relating to IPv6 and contributes to the IETF IPv6 subcommittees. Tim also is a member of many different IPv6-related task forces, including the FEDv6TF, NAv6TF, CAv6TF, TXv6TF, and RMv6TF.

Module 1: Design Considerations
Lesson 1: Why IPv6, Why Now?
1.1: Examining Address Depletion
1.2: How the Infrastructure Providers Are Implementing IPv6
1.3: National Strategies for IPv6 Deployment
1.4: Your Operating Systems Are Already IPv6 Enabled
1.5: Understanding the Impact of the "Bring Your Own Device" Era
1.6: Understanding the Impact of "The Internet of Things"

Lesson 2: IPv6 Protocol
2.1: IPv6 Is Big and Size Matters
2.2: Introducing the IPv6 Address Family
2.3: Making Hex Easy
2.4: Differentiating Prefix from Subnet
2.5: Understanding Why Link Local Is Required
2.6: Visiting Headers and Friends

Lesson 3: General Design Principles
3.1: Preparing the Project Plan
3.2: Obtaining IPv6 Addresses
3.3: Determining Where to Start
3.4: Building the Address Plan
3.5: When to Use Tunneling
3.6: Examining Dual Stack
3.7: Dealing with Combined IPv4 & IPv6
3.8: Examining Link Local Only Infrastructure
3.9: Understanding Unique Local Addressing

Lesson 4: Host Role in IPv6
4.1: Understanding Host Provisioning Mechanisms
4.2: Decrypting the Flags, Bits & Timers
4.3: Surveying Relevant RFCs
4.4: Examining Windows in an IPv6 Environment
4.5: Examining Mac OSX in an IPv6 Environment
4.6: Examining Linux in an IPv6 Environment
4.7: Examining Chromebook in an IPv6 Environment
4.8: Examining Mobile OS's in an IPv6 Environment
4.9: Examining Consumer Devices in an IPv6 Environment

Lesson 5: IPv6 Network Services
5.1: Deploying DHCPv6
5.2: Deploying IPv6 DNS
5.3: Managing IPv6 Addresses
5.4: Implementing IPv6 Multicast
5.5: Multicast Listener Discovery (MLD)
5.6: Understanding IPv6 Zero Configuration
5.7: Surveying IPv6 Management Tools

Module 2: Places In the Network
Lesson 6: Campus Design Considerations
6.1: Applied Concepts for Campus & Core
6.2: Comparing Layer 2 & Layer 3 Access
6.3: Examining First Hop Redundancy
6.4: Examining First Hop Security-Threat Identification
6.5: Examining First Hop Security-Attacks & Mitigation Techniques
6.6: Implementing Wireless Access Layer
6.7: Scaling the Distribution Layer
6.8: Securing the RP-OSPFv3, EIGRP
6.9: Implementing Unified Communications

Lesson 7: Data Center
7.1: Grasping Transition Stages
7.2: Considerations for Storage Area Networks
7.3: Examining Data Center Interconnect
7.4: Scaling the Neighbor Cache
7.5: Verifying Server Readiness
7.6: Planning for Application Migration
7.7: Considering Cloud Services

Lesson 8: Wide Area Networking
8.1: Understanding Remote Branch Design
8.2: Considering Dynamic Multipoint VPN
8.3: Exploring MACsec
8.4: Examining Multiprotocol Label Switching
8.5: Exploring Segment Routing
8.6: Deploying Remote Access VPN

Lesson 9: Translation Techniques
9.1: Understanding Network Address Translation
9.2: Considering NAT64
9.3: Implementing Server Load Balancing
9.4: Understanding Proxy Services
9.5: Examining Web Cache Control Protocol
9.6: Understanding Network Prefix Translation

Lesson 10: The Internet Edge
10.1: Surveying Design Scenarios
10.2: Implementing BGP Multihoming
10.3: Examining Multihome, Multisite
10.4: Considering Location Identification Separation Protocol
10.5: Mitigating Risk with Security