For ICR connectivity, Roland suggested that ICR do not need to put a Co-location Router at PGP. Chun Sing mentioned that ISP like Pacific Internet has to justify for the cost of having a circuit to SIX for native IPv6 connectivity. Roland suggested to expand SIX using Free Space Optic (FSO) to Ayer Rajah ISTT Colocation Centre. Dr. Seah asked about the interoperability of the services and applications that are to be implemented in the IPv6 Project. Prof. Wong said that we need to look into the value of what we develop. About the WinXP stack, Kim Chuan said that the team had encountered problems with WinXP stack.

This document describes a framework and a transition path for IPv6 multi-homing that is consistent with aggregation goals of IPv6. IPv4 address availability will influence the ability of an IPv4 site to achieve both types of survival. Sites with Provider Independent (PI) IPv4 addresses may achieve both types of survival. Transport Layer session initiation MUST accommodate ingress filtering by transit providers through an awareness of routing paths and Transport Layer connections MUST be able to utilize different source and destination addresses during the life of the connection as routing paths change during re-homing events. The first facilitates both ingress filtering and load balancing during normal operations. The second allows Transport Layer connections to transparently survive re-homing events.

Please bring a laptop capable of running an IPv6 stack. We ask that these stacks be installed prior to the workshop, but help will be available at the workshop if that is not possible. Laptops should also have an integrated serial port or a USB-to-serial adapter for accessing router console ports.

Mobile IPv6 is a routing protocol designed to provide seamless connectivity for mobile devices roaming between next generation IP networks. Over the last year, there has been ever increasing interest from a range of telecommunications providers in the use of Mobile IPv6 to aid in the provision of future public access wireless networks, particularly in urbanised areas such as cities, and airports. Currently, public access networks are primarily being deployed by non-profit making institutions, partly due to the current licensing regulations for wireless LANs. In parallel, however, many mobile telecommunications network operators are deploying wide area data services to enable similar services based on the Generic Packet Radio System (GPRS).

It is not adapted to local (micro) mobility since it does not support any kind of hierarchy. With Mobile IPv6, each time the mobile host (MH) moves from one subnet to another, it gets a new care-of address (CoA). 4As with the regular Mobile IPv6, a mobile host requires the service of a home agent in its home network. The Mobility Agents must, as the Home Agent in Mobile IPv6, acknowledge the reception of the Bindings coming from the MH. The mobile host sends a Binding Update to its home agent (and receives an acknowledgment) and Binding Updates to each of its external correspondent hosts.

Routing protocols still: ·Exchange NLRI ·Optimal path selection ·Loop-free routing ·Longest-prefix match routing algorithm. **Additional memory may be used to maintain two route tables · SPs need to get an IPv6 prefix from their Regional Registry, e.g. ARIN Tunnel broker is a external system rather than a router. However several tunnel broker implementations available on the Internet uses Cisco routers for their operation < See www. 6bone.net to get information about tunnel brokers available on the internet. Gives a prefix to the attached IPv6 network. Adds the prefix to RA's sent out the interface, and adds a route in the RIB. /64 prefix is shared between all users of the pool.

Co-chair of IPv6 Operations working group Member of IPv6, Operations and Addressing directorates What is the IETF? Basically an SDO, but there's much more to it as well.. Produce high quality, relevant technical and engineering documents that influence the way people design, use and manage the Internet in such a way as to make the Internet work better. These documents include protocol standards, best current practices and informational documents of various kinds. Features in IPv4 we don't want to support in IPv6 I.e., "how to make deploying IPv6 easy?" Used for stable internal connectivity, and intermittent connectivity Unique local addressing in the works Not necessarily all that attractive if no NAT?

Charles E. Perkins and David B. Johnson, Mobility Support in IPv6, Proceedings of the second annual international conference on Mobile Computing and Networking, November 1996. Charles E. Perkins and David B. Johnson, Mobility Support in IPv6, Internet Draft, IETF Work-in-Progress, July 2000.

RFC3306 defines an alternative way to IPv4 GLOP addressing but instead of using embedded BGP Autonomous System Number (ASN), the unicast prefix is used to identify this address range. P = 0 indicates a multicast address that is not assigned based on the network prefix. The relationship between Topology Tables and the MRIB is analogous to the unicast routing protocol databases (e.g. OSPF Database, BGP table) and the Routing Information Base (RIB) in CEF (Cisco Express Forwarding). ISIS is specified in the ISO standard 10589 and has been designed to route primarily CLNS. RPF interface and neighbor selection The new PIM-SM draft [14] defines explicitly RPF interface and RPF neighbor and when they are used for what.

Internet has been very busy and demanding for the last 10 years. One of the most popular events in Internet today is IPv6. This new protocol which is going to replace the current IPv4 is at its peak with lots of research being carried out. Although IPv6 provides enhancements to IPv4 with some new features, its deployment and development in Malaysia is rather slow compare to other countries such as Japan and Europe [2]. The most well known and widely used approaches are Network Address Translator (NAT) and Classless Inter-Domain Routing (CIDR). Whatever the arguments are, these countries and regions have proved to be the leaders in IPv6 technology with their research and development on this protocol.