Ipv6 Networks: Icmp, Tunneling, Configuration

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ISBN: 9780070248076 | 0070248079
Cover: Paperback
Copyright: 5/1/1998

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Includes detailed discussions of IPv6 theory, applications, configuration and vendor offerings. Essential for network programmers everywhere planning to make the transition from IPv4 to IPv6. Paper. DLC: TCP/IP (Computer network protocol).

CHAPTER 1 An Overview of the Internet Protocol

(32)

A Brief History of the Internet

(2)

The Internet Protocol (IP)

(5)

How IP Addressing Works

(1)

IP Security Risks

(4)

User Datagram Protocol (UDP)

(2)

Attacking UDP Services: Using SATAN

(1)

ISS for UNIX and Windows NT

(1)

Transmission Control Protocol (TCP)

(4)

IP Addresses

(3)

Extending IP Addresses Through CIDR

(6)

TCP/IP Security Risks and Countermeasures

(4)

IPSEC--An IETF IP Security Countermeasure

(1)

IPSO--A DoD IP Security Countermeasure

(1)

Routing Information Protocol (RIP)

(1)

MBONE--The Multicast Backbone

(3)

Internet Control Message Protocol (ICMP)

(1)

Internet Group Management Protocol (IGMP)

(1)

Open Shortest-Path First (OSPF)

(1)

Border Gateway Protocol Version 4 (BGP-4)

(1)

Address Resolution Protocol (ARP)

(1)

Reverse Address Resolution Protocol (RARP)

(1)

Security Risks of Passing an IP Datagram Through Routers

(1)

Simple Network Management Protocol (SNMP)

(1)

Watch Your ISP Connection

(1)

Windows Sockets (Winsock)

(1)

Domain Name System (DNS)

(1)

Limiting DNS Information

(1)

From Here

(2)

CHAPTER 2 Why IPv6?

(14)

The Internet Protocol

(1)

IPv6: The Business Perspective

(6)

Relevance of IPv6

(1)

IPv6 Prime: An Overview

(5)

Address Expansion Features

(1)

Automatic Configuring Network Devices

(1)

Security

(1)

Real-Time Performance

(1)

Multicasting

(1)

The Conversion Challenge

(1)

IPv6 as a Catalyst of Business Opportunities

(1)

6Bone: A Brief Overview

(1)

From Here

(1)

CHAPTER 3 IPv4 Versus IPv6: The Basic Grounds

(18)

A Brief Overview of IPv4's Limitations

(1)

The Addressing System of IPv4

(4)

The Address Management Issues

(1)

IPv6 Address Enhancements

(2)

Auto-configuration

(1)

IPv6 Header

(1)

IPv6 Extensions

(1)

Security Enhancements

(11)

Transitioning to IPv6

(1)

The 6bone Initiative

(9)

From Here

(2)

CHAPTER 4 IPv6 Development and Features

(20)

The Calling of the Internet Engineering Task Force

(10)

IPv6 Addressing

(2)

A Word About Address Resolution and Neighbor Discovery

(3)

IPv6 Is Multimedia-Ready

(1)

IPv6 Has Plug and Play Features

(1)

Added Flexibility

(1)

IPv4 Compatibility

(1)

Security Infrastructure

(1)

IPv6 Performance Considerations

(1)

IPv6 Security Considerations

(1)

IPv6 Autoconfiguration Considerations

(1)

Making the Transition to IPv6

(1)

The Effect of IPv6 on Other Standards

(1)

Using Virtual LANs with IPv6

(6)

Router-based LANs

(1)

Switched-based LANs

(1)

Understanding Virtual LANs

(5)

From Here

(1)

CHAPTER 5 IPv6 Routing and Issues

(14)

Routing IPv6: Preliminary Considerations

(1)

Interdomain Routing

(7)

From CIDR to ISPs

(2)

BGP-4 and the IDRP Consideration

(5)

Intradomain Routing

(4)

Updating Open Shortest Path First

(1)

Updating Routing Information Protocol (RIP)

(1)

RIPv2

(1)

OSI's ES-IS/IS-IS Routing Protocols

(2)

From Here

(1)

CHAPTER 6 IPv6 Addressing

(34)

Introduction

(31)

A Quick Review of IPv4 Addressing

100

(3)

Changing Role of IP Addresses

103

(5)

Introducing IPv6 Addressing

108

(8)

Unicast Addresses

116

(8)

Anycast Addresses

124

(2)

Multicast Addresses

126

(3)

A Node's Required Addresses

129

(1)

Address Resolution

130

(1)

From Here

130

(3)

CHAPTER 7 IPv6 Headers

133

(26)

Introduction

133

(24)

Quick Review of IPv4 Headers

135

(4)

The IPv6 Protocol

139

(1)

IPv6 Header Format

140

(2)

Priority Field Operation

142

(1)

Flow Labels

143

(1)

Extension Headers

144

(11)

IPv6 and Packet Size

155

(1)

IPv6 and the Upper Layer Protocol Issues

156

(1)

From Here

157

(2)

CHAPTER 8 IPv6 and Intranetwork Communications

159

(42)

Introduction

159

(41)

Internet Group Management Protocol

160

(4)

Neighbor Discovery Protocol

164

(15)

Overview of the IP the Routing Process

179

(3)

Routing Protocols for IPv6

182

(18)

From Here

200

(1)

CHAPTER 9 IPv6 Performance

201

(12)

Introduction

201

(1)

IETF's Efforts for IPv6 Performance

202

(6)

Increased Efficiency

202

(2)

Increasing Performance with Flow Labels

204

(1)

Is IPv6 Performance Satisfactory?

204

(1)

Resource ReserVation Protocol to the Rescue

205

(3)

Vendors Are Gearing Up

208

(3)

Mentat IP Next Generation (MING)

209

(2)

From Here

211

(2)

CHAPTER 10 Transmitting IPv6 Packets

213

(16)

What is 6bone?

214

(1)

The Transition to IPv6

215

(5)

The Dual-Stack Hosts

216

(1)

IPv6 Domain Name Service (DNS)

217

(1)

Routing in IPv6/IPv4 Networks

217

(1)

Automatic Tunneling

218

(1)

Making the Transition

219

(1)

Transmitting IPv6 Packets Over Ethernet

220

(2)

Maximum Transmission Unit

220

(1)

Frame Format

221

(1)

Stateless Autoconfiguration and Link-Local Addresses

221

(1)

Address Mapping--Unicast

221

(1)

Address Mapping--Multicast

221

(1)

Transmitting IPv6 Packets over FDDI Networks

222

(2)

Maximum Transmission Unit

222

(1)

Frame Format

222

(1)

Interaction with Bridges

223

(1)

IPv6 over PPP

224

(3)

Introduction

225

(1)

Sending IPv6 Datagrams over PPP

225

(1)

PPP Network Control Protocol

225

(1)

IPV6CP Configuration Options

226

(1)

IPv6-Compression-Protocol

227

(1)

From Here

227

(2)

CHAPTER 11 ICMPv6 and IPv6

229

(10)

Introduction

230

(1)

ICMPv6

230

(1)

Message General Format

230

(1)

Message Source Address Determination

231

(1)

Message Checksum Calculation

232

(1)

Message Processing Rules

232

(1)

ICMPv6 Message Types

233

(4)

Type 1: Destination Unreachable Message

233

(1)

Type 2: Packet Too Big Message

234

(1)

Type 3: Time Exceeded Message

234

(1)

Type 4: Parameter Problem Message

235

(1)

Type 128: Echo Request Message

236

(1)

Type 129: Echo Reply Message

236

(1)

Types 130, 131 and 132: Group Membership Messages

237

(1)

From Here

237

(2)

CHAPTER 12 IP Security for IPv6 and IPv4

239

(42)

Introduction

239

(1)

Quick Review of IPv6 Features Pertinent to Security

240

(2)

IPv6 Headers

240

(2)

Addressing

242

(1)

Routing

242

(1)

IP Security Architecture

243

(1)

IPSec Protocol Suite

243

(2)

IPSec Services for IPv4 and IPv6

245

(20)

Combining Security Mechanisms

245

(1)

Typical Use

246

(2)

IPSec Modes

248

(1)

IPSec and Key Management

249

(1)

Control and Logic of the IPSec Mechanisms

250

(1)

Security Associations

250

(4)

IP Authentication Header Details

254

(4)

Encapsulating Security Payload Details

258

(7)

Different Ways to Use IP Security Mechanisms

265

(5)

IPSec Use with Firewalls

265

(2)

IPSec Use with IP Multicast

267

(2)

IPSec Notes, Cautions, and Precautions

269

(1)

Limitations of the IPSec Mechanisms

270

(1)

Security Services for Upper Layers

270

(1)

Summary of IPSec Requirements

270

(2)

IPSec, Secure Socket Layer Security, or Both

272

(5)

Typical Use of SSL and IPSec Features

272

(1)

IPSec and SSL Key Exchange Options

273

(2)

IPSec and SSL Ciphers

275

(1)

Authentication

276

(1)

Encryption

276

(1)

Using SSL and IPv6 Security Together

277

(1)

Extranets, Virtual Private Networks, and Security

277

(3)

From Here

280

(1)

CHAPTER 13 IPv6 Key-Management Issues and Protocols

281

(34)

Introduction

281

(2)

Implementing IPSec in the TCP/IP Stack

283

(1)

Independent Key-Management Mechanism

284

(1)

Independence of the Cryptographic Algorithms

284

(1)

Security of the Keys in the Host

284

(1)

Refresher on IPv6 Key-Management Requirements

284

(1)

Questions to Ask when Selecting a Key-Management System

285

(1)

Basic Key Management

286

(8)

Types of Key Management

286

(1)

Certification Methods

287

(2)

Key-Management Issues

289

(3)

Key-Distribution Methods

292

(2)

The Key-Management Protocols

294

(18)

Simple Key-Management for Internet Protocols

295

(2)

Internet Security Association and Key Management Protocol (ISAKMP)

297

(6)

The Oakley Key-Determination Protocol

303

(3)

The Resolution of ISAKMP with Oakley

306

(3)

SKEME: A Versatile Secure Key-Exchange Mechanism for the Internet

309

(1)

Domain Name System Security Extensions

310

(2)

From Here

312

(3)

CHAPTER 14 DNS Extensions for IPv6

315

(6)

New Resource Record Definition and Domain

316

(1)

The AAAA Record Type

317

(1)

The AAAA Data Format

317

(2)

The AAAA Query

317

(1)

The Textual Format of AAAA Records

318

(1)

IP6.INT Domain

318

(1)

Modifications to Existing Query Types

318

(1)

Transition from RFC-1886 to New Format

319

(1)

Transition Strategies

319

(1)

Security Considerations

319

(1)

From Here

319

(2)

CHAPTER 15 IP Address Management: Working with IPv4 and IPv6

321

(38)

Introduction

321

(2)

Renumbering Network Components

323

(2)

Address and Name Spaces

324

(1)

Some Renumbering Strategies

325

(3)

Preparing to Renumber Checklist

326

(1)

Developing the Renumbering Plan

327

(1)

Tips and Resources

328

(1)

Subnet Addressing

328

(3)

Configuring a Subnet Mask

329

(2)

Classless Inter-Domain Routing Overview and Issues

331

(8)

Routing Protocol Support

331

(1)

Domains

331

(1)

The CIDR Protocol

332

(3)

Variable-Length Subnet Masks

335

(1)

Route Aggregation

335

(2)

User Impacts

337

(1)

CIDR- and Non-CIDR-Capable Routing

338

(1)

Need More Information?

338

(1)

Private Address Space

339

(3)

Class A, B, and C Address Blocks

339

(1)

Changing the Public or Private Address Status of a Host

340

(1)

Advantages and Disadvantages of Using Private Address Space

340

(1)

Tips for Designing Private Networks

341

(1)

The Dynamic Host Configuration Protocol Overview and Issues

342

(10)

Design

342

(3)

Configuration

345

(1)

IP Address Allocation

346

(6)

Network Address Translator (NAT): An Alternative Addressing Solution

352

(4)

Using Network Address Translators to Reuse Addresses

353

(1)

Using Network Address Translators with CIDR

354

(1)

Using Network Address Translators with Private Networks

355

(1)

NAT Advantages

355

(1)

Address Management Tools

356

(1)

From Here

356

(3)

CHAPTER 16 Making the Transition to IPv6 Networking

359

(34)

Introduction

359

(2)

Migrating the Applications

361

(2)

Moving from IPv4 to IPv6

361

(1)

Transition Plan Objectives

361

(1)

Transition Plan Issues

362

(1)

Summary of Transition Mechanisms for IPv6 Hosts and Routers

363

(3)

SIT Operational Issues

364

(1)

SIT Features

364

(1)

Transition Components

365

(1)

Component Dependencies

366

(1)

Transition Mechanisms for IPv6 Hosts and Routers

366

(15)

Addressing

366

(1)

Dual IP Layer

367

(5)

DNS and Hostname-to-Address Mapping

372

(1)

Tunneling

373

(7)

Binary Compatibility

380

(1)

Upgrade Dependencies

380

(1)

Multiprotocol Support

381

(1)

OSI NSAP Address Plans

382

(5)

Restricted NSAP Address Mapping into a 16-Octet IPv6 Address

383

(2)

Truncated NSAP Address Used as an IPv6 Address

385

(1)

Normal IPv6 Address, Full NSAP Address in the IPv6 Option

385

(1)

IPv6 Address Carried as an OSI Address

386

(1)

Combined IPv4 and IPv6 Sending Algorithm

387

(3)

A Sample Sending Algorithm

388

(1)

On/Off-Link Determination

389

(1)

IPv6/IPv4 Dual Node Structure

390

(1)

From Here

390

(3)

APPENDIX A TCP/IP Transport-Layer Protocols

393

(16)

Introduction

393

(2)

The Transport-Layer Protocols

394

(1)

Transmission Control Protocol

395

(7)

TCP Introduction

395

(1)

TCP Operation

396

(2)

TCP Characteristics

398

(4)

User Datagram Protocol

402

(2)

UDP Introduction

402

(1)

UDP Specifics

403

(1)

Port Number Assignments

404

(3)

From Here

407

(2)

APPENDIX B TCP/IP Application-Layer Protocols

409

(20)

Introduction

409

(3)

The Application-Layer Protocols

410

(1)

Effect of IPv6 on Upper-Layer Protocols

411

(1)

Virtual Terminal Protocol

412

(3)

TELNET Model

412

(1)

The Network Virtual Terminal

413

(1)

Option Negotiation

414

(1)

File Transfer Protocol

415

(5)

FTP Model

415

(2)

FTP Data Transfer and Data Types

417

(1)

FTP Site Types

417

(1)

FTP Security Extensions

418

(2)

Trivial File Transfer Protocol

420

(2)

TFTP Model

420

(1)

TFTP and Other Protocols

420

(1)

TFTP Packets

421

(1)

Simple Mail Transfer Protocol

422

(6)

The SMTP Related Protocols

423

(3)

The SMTP Model

426

(1)

SMTP Commands

427

(1)

From Here

428

(1)

APPENDIX C

429

(6)

Bibliography

429

(5)

Reference Books

434

(1)

Web References

434

(1)

GLOSSARY

435

(18)

Index

453

(9)

About the Authors

462

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