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2009•Unpublished venueRequires access

Reliable and Scalable NAT mechanism (RS-NAT) based on BGP for IPv4/IPv6 Transition

Yong Cui, Gang Chen, Linjian Song, Deng Hui, Bo Zhou, Mingwei Xu

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Abstract

For the rapid exhaustion of IPv4 address pool against the slow development of IPv6, IPv4/6 coexistence/transition proved to be a long period. In the IPv4/6 transition process, there are many NAT- like technologies existing in the internet. However the NAT boxes such as IPv4 NAT, IPv4/6 NAT is insufficient in their reliability and scalability, which might cause a single point of failure in IPv4/6 transition architecture. This document defines a reliable and scalable NAT(RS-NAT) mechanism to solve the problem.

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What this paper is about

For the rapid exhaustion of IPv4 address pool against the slow development of IPv6, IPv4/6 coexistence/transition proved to be a long period. In the IPv4/6 transition process, there are many NAT- like technologies existing in the internet. However the NAT boxes such as IPv4 NAT, IPv4/6 NAT is insufficient in their reliability and scalability, which might cause a single point of failure in IPv4/6 transition architecture. This document defines a reliable and scalable NAT(RS-NAT) mechanism to solve the problem.

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Available abstract

For the rapid exhaustion of IPv4 address pool against the slow development of IPv6, IPv4/6 coexistence/transition proved to be a long period. In the IPv4/6 transition process, there are many NAT- like technologies existing in the internet. However the NAT boxes such as IPv4 NAT, IPv4/6 NAT is insufficient in their reliability and scalability, which might cause a single point of failure in IPv4/6 transition architecture. This document defines a reliable and scalable NAT(RS-NAT) mechanism to solve the problem.

Key concepts: IPv4, Nat, Scalability, NAT traversal, IPv6, Computer science, Computer network, The Internet

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