Running IPv6 [electronic resource] /
van Beijnum, Iljitsch.author.
Running IPv6 explains how to install and operate the IPv6 protocol for Windows XP, Mac OS X, FreeBSD, Red Hat Linux, and Cisco routers. The book also covers DNS and BIND, Zebra, Apache 2, and Sendmail. While IPv4 uses 32-bit addresses, IPv6 addresses are 128 bits long, and allow for more unique addresses. While the adoption of IPv6 won't be immediate, it is necessary. Running IPv6 compares and contrasts IPv6 to IPv4, and discusses the advantages and disadvantages of each. Because most major software and hardware vendors have adopted IPv6, the focus of this book is to leverage your existing knowledge of IPv4 and to help you apply that knowledge to the newer protocol.
"A practical guide to configuring IPv6 for Windows XP, MacOS X, FreeBSD, Red Hat Linux, Cisco routers, DNS and BIND, Zebra, and Apache 2"--Cover.
Includes bibliographical references and index.
IPv6. What is IPv6. Where did it come from and why. Differences between IPv4, IPv6 and other protocols. Benefits. Myths -- IPv6-enabling hosts. IPv6 addressing. Address structure. Address representation. Scoping. The IPv6 address space. Address assignment and allocation policies. Address usage guidelines. OS requirements. FreeBSD. MacOS X. Linux. Windows. Native IPv6. Enabling/disabling IPv6 for an interface. IPv6 in a non-IPv6 environment (link local and multicast addresses). Autoconfiguration. Manual configuration. Tunnels. Manually configured tunnels. 6to4. The DNS problem. Diagnostics. ping6 and traceroute6. ifconfig. Netstat. Route -- Routing. Simple routing. Configuring a host to be a router. Enabling IPv6 and configuring tunnels on a Cisco router. RIPng. With Zebra on FreeBSD/Linux. On a Cisco. OSPF for IPv6. With Zebra on FreeBSD/Linux. On a Cisco. Re IPv4. Taking advantage of link local addresses. Tunneling. Integrated interior routing. Multiprotocol BGP. With Zebra on FreeBSD/Linux. On a Cisco. Interdomain routing guidelines. Quality of service -- Security. Spoofing. Anti-spoofing filters. Tunnels and IPv4 firewalls. 6to4. Port scanning. Firewalling IPv6. tcpd / tcp wrappers on FreeBSD, MacOS and Linux. ipfw on FreeBSD, MacOS and Linux. Windows IPv6 firewalling??? Router access lists. IPsec. Tunnel mode vs transport mode. ESP and AH. IPsec with IPv4 vs IPsec with IPv6. Privacy concerns. Rogue IPv6 routers. Old IPv4 bugs in new IPv6 implementations -- The DNS. Putting IPv6 addresses in the DNS. Setting up reversed service for IPv6. Configuring BIND for IPv6 -- Applicati ons. Basic tools. Web browsers Apache 2. sendmail -- The transition. Tunnels. Running dual stack. Proxies. Translation using faith or NAT -- Under the hood. IPv6 and Ethernet. sysctl settings. Options in IPv6 packets -- Casualties of war. Shipworm/Toredo. 6over4/ISATAP. DHCPv6. A6 DNS records. The site local controversy. Multihoming in IPv6.
Running IPv6 explains how to install and operate the IPv6 protocol for Windows XP, Mac OS X, FreeBSD, Red Hat Linux, and Cisco routers. The book also covers DNS and BIND, Zebra, Apache 2, and Sendmail. While IPv4 uses 32-bit addresses, IPv6 addresses are 128 bits long, and allow for more unique addresses. While the adoption of IPv6 won't be immediate, it is necessary. Running IPv6 compares and contrasts IPv6 to IPv4, and discusses the advantages and disadvantages of each. Because most major software and hardware vendors have adopted IPv6, the focus of this book is to leverage your existing knowledge of IPv4 and to help you apply that knowledge to the newer protocol.
Computer communication systems.
Software engineering.
Computer Communication Networks.
Software Engineering/Programming and Operating Systems.