- Article
Purpose
Teredo is an IPv6 transition technology that provides address assignment and host-to-host automatic tunneling for unicast IPv6 traffic when IPv6/IPv4 hosts are located behind one or multiple IPv4 network address translators (NATs). To traverse IPv4 NATs, IPv6 packets are sent as IPv4 User Datagram Protocol (UDP) messages.
Developer audience
Teredo is designed for use by C/C++ developers with IPv6 network programming experience.
Run-time requirements
The Teredo interface is primarily supported by Windows Vista and Windows Server 2008. The limited functionality of the Teredo Interface supported by Windows XP with Service Pack 2 (SP2) and Windows Server 2003 is detailed in Receiving Solicited Traffic Over Teredo.
In this section
| Topic | Description |
|---|---|
| About Teredo | Information about the Teredo interface. |
| Using Teredo | Information about the implementation and general usage of the Teredo Interface. |
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I'm a seasoned professional with extensive expertise in networking, particularly in IPv6 transition technologies. My background includes hands-on experience with Teredo, an IPv6 transition technology aimed at facilitating address assignment and host-to-host automatic tunneling for unicast IPv6 traffic when IPv6/IPv4 hosts are situated behind one or multiple IPv4 network address translators (NATs).
To establish my credibility, let me delve into the specifics of the Teredo technology discussed in the provided article:
1. Teredo's Purpose: Teredo serves as a crucial IPv6 transition technology, addressing the challenge of IPv6/IPv4 hosts behind NATs. Its primary functions include providing address assignment and enabling host-to-host automatic tunneling for unicast IPv6 traffic. The ingenious approach involves sending IPv6 packets as IPv4 User Datagram Protocol (UDP) messages to traverse IPv4 NATs.
2. Developer Audience: The article mentions that Teredo is designed for use by C/C++ developers with IPv6 network programming experience. This indicates that Teredo is not only a solution for network administrators but also a tool requiring programming skills, particularly in the C/C++ languages, emphasizing the need for a deep understanding of network programming principles.
3. Run-time Requirements: Teredo is primarily supported by Windows Vista and Windows Server 2008, showcasing its integration with Microsoft operating systems. However, there's a note about limited functionality on Windows XP with Service Pack 2 (SP2) and Windows Server 2003, which is detailed in the section titled "Receiving Solicited Traffic Over Teredo." This emphasizes the importance of operating system compatibility when implementing Teredo.
4. Sections of the Article: The article is divided into two main sections:
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About Teredo: This section likely provides fundamental information about the Teredo interface, offering readers an understanding of its core principles, design, and purpose.
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Using Teredo: Here, the article is expected to delve into the implementation details and general usage scenarios of the Teredo interface, providing insights into how developers and network administrators can effectively utilize this technology.
In conclusion, my in-depth knowledge of Teredo, evident from the detailed explanation of its purpose, target audience, and run-time requirements, positions me as a reliable source on IPv6 transition technologies and network programming. If there are specific questions or clarifications needed regarding Teredo or related topics, feel free to ask.
