Overview
Curriculum
- 1 Section
- 0 Lessons
- 2 Hours
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- Course Outline
01. Introduction to Modern IPv6 Networking
- Modern IPv6 Networking Overview
- Understanding and Using Net Ranges for IPv6
02. Core IPv6 Fundamentals
- Interpreting and Shortening IPv6 Addresses
- IPv6 Subnet Masks, Prefixes, and Site Prefixes
- Link-Local Addresses and their Importance
- ICMPv6 RA Dynamic Address Assignment
- Neighbor Discovery Protocol (NDP) and Cache Analysis
- IPv6 Multicast: Solicited Node and Group Addresses
- Duplicate Address Detection (DAD)
- SLAAC vs. DHCPv6 (The SARR Process)
- Temporary, Stable, and EUI-64 Addresses
- IPv6 Prefix Delegation and DNS Parameters (AAAA Entries)
- Understanding NAT64 and DNS64 Transition Mechanisms
03. Toolsets for IPv6 Analysis
- Analyzing the IPv6 Layer 3 Header with Wireshark
- Essential Wireshark Filters for IPv6 Troubleshooting
- Using Ping, Traceroute, and Nmap in an IPv6 Environment
- Displaying IPv6 Information on Linux Systems
04. IPv6 Routing and Connectivity
- Addressing Network Links: Global vs. Link-Local Only
- IPv6 Addressing for SVIs and VLANs
- Decoding and Parsing the IPv6 Routing Table
- Building Static, Default, and Floating Static Routes
05. Dynamic Routing Protocols for IPv6
- Configuring OSPFv3: Summarization and Default Routes
- OSPFv3 Troubleshooting and Verification Commands
- BGP for IPv6: Configuration and Route Advertisement
- Summarization and Aggregate Addresses in BGP
06. IPv6 Tunneling and Transition
- IPv6 Tunneling Options Overview
- 6to4 Tunnels vs. 6in4 Tunnel Configuration
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