NAT64-CPE Mode Operation for Opening Residential Service Gang Chen Hui

Slides:

Advertisements

Similar presentations

DNS46 for the IPv4/IPv6 Stateless Translator

Advertisements

NAT64-CPE Mode Operation for Opening Residential Service Gang Chen Hui Deng

Deployment Considerations for Dual-stack Lite IETF 80 Prague Yiu Lee, Roberta Magione, Carl Williams, Christian Jacquenet Mohamed Boucadair.

IPv4 - IPv6 Integration and Coexistence Strategies Warakorn Sae-Tang Network Specialist Professional Service Department A Subsidiary.

Transitioning to IPv6 April 15,2005 Presented By: Richard Moore PBS Enterprise Technology.

© 2006 Cisco Systems, Inc. All rights reserved.Cisco Public 1 Version 4.0 Implementing IP Addressing Services Accessing the WAN – Chapter 7.

Direct Access 2012 Chad Duffey and Tristan Kington Microsoft Premier Field Engineering WSV333.

1 Teredo - Tunneling IPv6 through NATs Date: Speaker: Quincy Wu National Chiao Tung University.

1 DSMIP6 Support QUALCOMM Inc. Jun Wang, George Cherian, Masa Shirota Notice.

DHCPv6 Dynamic Reconfigure draft-wing-dhc-dns-reconfigure-02 P.Patil, M.Boucadair, T.Reddy, D.Wing IETF-88 Presenter: Shwetha Bhandari DHCPv6 Dynamic Reconfigure1.

MCTS Guide to Microsoft Windows Server 2008 Network Infrastructure Configuration Chapter 6 Managing and Administering DNS in Windows Server 2008.

Deployment Considerations for Dual-stack Lite draft-lee-softwire-dslite-deployment-00 Yiu Lee, Roberta Magione, Carl Williams, Christian Jacquenet Mohamed.

An Overview of IPv6 Transition/Co-existence Technologies Fernando Gont UTN/FRH LACNOG 2010 Sao Paulo, Brazil, October 19-22, 2010.

MCTS Guide to Microsoft Windows Server 2008 Network Infrastructure Configuration Chapter 4 Installing and Configuring the Dynamic Host Configuration Protocol.

Hardware Firewalls: Advanced Feature © N. Ganesan, Ph.D.

NAT: Network Address Translation local network (e.g., home network) /24 rest of Internet Datagrams.

DirectAccess is an Enterprise Solution: No support for Windows 7 Professional Requires two consecutive public IP addresses Cannot NAT to the DirectAccess.

Hardware Firewall Feature © N. Ganesan, Ph.D.. Chapter Objectives Show the configuration of a hardware firewall such as Dlink DI 604 Illustrate the sharing.

Router Configuration for Home Security: Forward your Ports Presenter: Steve Harris SCTE Director Advanced Network Technologies Program Development.

IPv4/IPv6 Translation: Framework Li, Bao, and Baker.

1 IPv6 in CableLabs DOCSIS 3.0 IETF v6ops wg meeting IETF#65 Ralph Droms Alain Durand

1 © 2001, Cisco Systems, Inc. All rights reserved. Session Number Presentation_ID Cisco Easy VPN Solutions Applications and Implementation with Cisco IOS.

Technical Training: DIR-615

Lecturer : Ms.Trần Thị Ngọc Hoa Chapter 2 Methods Configuring Name Resolution Methods.

A Model of IPv6 Internet Access Service via L2TPv2 Shin Miyakawa NTT Communications 2006/7/10 IETF66th.

Virtual IP Network Windows Server 2012 Windows 08 Dual Subnets.

Windows Internet Connection Sharing Dave Eitelbach Program Manager Networking And Communications Microsoft Corporation.

Module 7: Configuring TCP/IP Addressing and Name Resolution.

Damian Leibaschoff Support Escalation Engineer Microsoft Becky Ochs Program Manager Microsoft.

IPv6 Home Networking Architecture - update IETF homenet WG Interim meeting Philadelphia, 6 th Oct 2011 draft-chown-homenet-arch-00.

DNS zone suffix option for DHCPv6 (draft-yan-dhc-dhcpv6-opt-dnszone-01.txt) IETF 61 (Washington, DC) Yinglan Jiang Renxiang Yan

6rd Sunsetting Mark Townsley, Alexandre Cassen. Operational procedures and CE requirements for incremental migration from 6rd to Native IPv6 Presumes.

Computer Networks. IP Addresses Before we communicate with a computer on the network we have to be able to identify it. Every computer on a network must.

1 Chapter 6: Proxy Server in Internet and Intranet Designs Designs That Include Proxy Server Essential Proxy Server Design Concepts Data Protection in.

Application Level Control of Ports in a Service Provider NAT environment Dave Thaler Dan Wing Alain Durand 1.

1 The Firewall Menu. 2 Firewall Overview The GD eSeries appliance provides multiple pre-defined firewall components/sections which you can configure uniquely.

Implementing IP Addressing Services Accessing the WAN – Chapter 7.

Transport Layer 3-1 Chapter 4 Network Layer Computer Networking: A Top Down Approach 6 th edition Jim Kurose, Keith Ross Addison-Wesley March 2012  CPSC.

CIS 3360: Internet: Network Layer Introduction Cliff Zou Spring 2012.

IPv6 – What You Need To Know Tom Hollingsworth CCNP,CCVP,CCSP, MCSE.

CHAPTER 3 PLANNING INTERNET CONNECTIVITY. D ETERMINING INTERNET CONNECTIVITY REQUIREMENTS Factors to be considered in internet access strategy: Sufficient.

Network Layer4-1 Chapter 4: Network Layer r 4. 1 Introduction r 4.2 Virtual circuit and datagram networks r 4.3 What’s inside a router r 4.4 IP: Internet.

Sharing a single IPv4 address among many broadband customers

Recommendations of Unique Local Addresses Usages draft-ietf-v6ops-ula-usage-recommendations-02 draft-ietf-v6ops-ula-usage-recommendations-02 Bing Liu(speaker),

DHCPv6 Redundancy Considerations Redundancy Proposals in RFC 6853.

Policies by FQDN WatchGuard Training.

1 UDP Encapsulation of 6RD IETF 78 Maastricht 2010 July 30.

MCTS Guide to Microsoft Windows Server 2008 Network Infrastructure Configuration Chapter 4 Installing and Configuring the Dynamic Host Configuration Protocol.

Module 11: Read-Only Domain Controllers. Overview Describe the Read-Only Domain Controllers role Use Read-Only Domain Controllers.

IPv6/IPv4 XLATE Trial Service for sharing IPv4 address Japan Internet Exchange Co., Ltd. Masataka MAWATARI.

NAT64 Operational Experiences draft-chen-v6ops-nat64-experience-01 IETF 83- Paris, Mar 2012 Gang Chen, China Mobile Zhen Cao, China Mobile Cameron Byrne,

SW REVERSE JEOPARDY Chapter 1 CCNA2 SW Start-up Routing table Routing table Router parts Router parts Choosing a path Choosing a path Addressing Pot.

© 2008 Cisco Systems, Inc. All rights reserved.Cisco ConfidentialPresentation_ID 1 Chapter 11: Network Address Translation for IPv4 Routing And Switching.

HOMEGATE IPv6 Issues IETF76 November Overview Lack of widespread availability of IPv6-capable home gateways impacts IPv6 service enablement Specifications.

NETGEAR CONFIDENTIAL FVS338 ProSafe VPN Firewall 50.

CCNA Discovery Semester 3 Addressing in an Enterprise Network Chapter 4 K. Martin.

IETF 81 th Rapid Transition of IPv4 contents to be IPv6-accessible draft-sunq-v6ops-contents-transition-02 Q. Sun, C. Xie, Q. Liu, X. Li, J. Qin and D.

System Optimization Networking

© 2006 Cisco Systems, Inc. All rights reserved.Cisco PublicITE I Chapter 6 1 Implementing IP Addressing Services Accessing the WAN – Chapter 7.

Chapter 5c.  Upon completion of this chapter, you should be able to:  Configure IP addresses  Identify & select valid IP addresses for networks  Configure.

Discovery 2 Internetworking Module 4 JEOPARDY K. Martin.

Gateway-Initiated 4over6 Deployment

Wireless Modes.

Running Multiple PLATs in 464XLAT

Introducing To Networking

Implementing IP Addressing Services

By - Ricardo Sanchez, Ken Wolters and William Hibbard

Chapter 10: Advanced Cisco Adaptive Security Appliance

Chapter 11: Network Address Translation for IPv4

Presentation transcript:

NAT64-CPE Mode Operation for Opening Residential Service Gang Chen Hui draft-chen-v6ops-nat64-cpe March-2011

NAT64-CPE Use Cases IPv6-only clients attached to a dual-stack network, but the destination server is running in a private site where there is NAT64- CPE on the data-path The NAT64-CPE would give the residential server opportunities to be accessed by remote hosts Use cases: remote users go through distant network to take care of house security via residential camera and manipulate household appliances remotely

Changes since IETF#79 (1) Add NAT64-CPE requirements into the draft General requirements –R1: NAT64-CPE SHOULD be decoupled with DNS64 –R2: NAT64-CPE SHOULD be capable of port forwarding. PCP, UPnP and NAT-PMP are RECOMMENDED to be deployed along with NAT64-CPE –R3: NSP (Network-Specific Prefix ) SHOULD be assigned to each NAT64-CPE for constructing ipv4-converted ipv6 addresses –R4: Each residential server SHOULD be represented by FQDN and stored as AAAA record along with ipv4-converted ipv6 address in DNS server. Dynamic updates in the domain name system MAY be applicable to reflect address renumbering of residential servers.

Changes since IETF#79 (2) WAN side requirements –NAT64-CPE SHOULD follow WAN side configuration described in draft-ietf-v6ops-ipv6-cpe-router-09 LAN side requirements –When a residential server is attached to the LAN interface, NAT64-CPE SHOULD allocate private IPv4 addresses to the server depending on the server MAC address

Next Steps Survey Monkey statistics of IETF#79 Should v6ops accept NAT64-CPE as work item and work on it?