RFC 4891:Using IPsec to Secure IPv6-in-IPv4 Tunnel...
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host


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... provider's router. A degenerate case of a site is a single host. 3. Host-to-host ...
... host. 3. Host-to-host tunnels. ...
... host. 3. Host-to-host tunnels. ...
... IPv6/IPv4 hosts and routers can tunnel IPv6 datagrams ...
... This is a generalization of host-to-router and router-to-host tunneling, because the issues when connecting a whole site (using a router ...
... This is a generalization of host-to-router and router-to-host tunneling, because the issues when connecting a whole site (using a router) and connecting a single host ...
... router-to-host tunneling, because the issues when connecting a whole site (using a router) and connecting a single host are roughly equal. _----_ .---------. IPsec ...
... | .-------. | | | V6 | | | | Hosts | | | '--------' | +---------------------+ ...
... In the other direction, IPv6/IPv4 hosts can tunnel IPv6 packets to an ...
... end-to-end path. The hosts in the site originate the packets with IPv6 source addresses coming from a well-known ...
... Host-to-Host Tunnels ...
... Host-to-Host Tunnels ...
... | V6/V4 | _( IPv4 )_ | V6/V4 | | Host | <======( Internet )=====> | Host | ...
... | Host | <======( Internet )=====> | Host | | A | (_ _) | B | '--------' '----' '--------' ...
... IPsec tunnel between Host A and Host B ...
... IPsec tunnel between Host A and Host B Figure 4: Host-to-Host ...
... Host B Figure 4: Host-to-Host Scenario. IPv6/IPv4 ...
... Host B Figure 4: Host-to-Host Scenario. IPv6/IPv4 ...
... IPv6/IPv4 hosts interconnected by an IPv4 infrastructure can tunnel ...
... spoofing completely. As noted in the Introduction, automatic host-to-host tunneling methods ...
... spoofing completely. As noted in the Introduction, automatic host-to-host tunneling methods ...


... payloads. This can be used to authenticate hosts or sites to an ISP using EAP methods ...
... address configuration, which may be used to configure the IPv6 address of the host. Network Address Translation ...


... Nordmark, E. and R. Gilligan, "Basic Transition Mechanisms for IPv6 Hosts and Routers", RFC 4213prop, October 2005. ...
... Gilligan, R. and E. Nordmark, "Transition Mechanisms for IPv6 Hosts and Routers", RFC 2893(-> 4213prop), August 2000. ...


... The second approach can be made to work, but is only applicable in host-to-host or site-to-router/router-to-site scenarios (i.e., when ...
... The second approach can be made to work, but is only applicable in host-to-host or site-to-router/router-to-site scenarios (i.e., when ...
... A.2. Specific SPD for Host-to-Host Scenario ...
... A.2. Specific SPD for Host-to-Host Scenario ...
... The following SPD entries assume that there are two hosts, Host1 and Host2, whose IPv6 addresses are denoted IPV6 ...
... A.3. Specific SPD for Host-to-Router Scenario ...
... The following SPD entries assume that the host has the IPv6 address IPV6 ...
... IPV6-EP1 and the tunnel endpoints of the host and router are IPV4- ...
... tunnel is between a router and a host where the router has allocated an IPV6-PREF/48 to the ...
... router has allocated an IPV6-PREF/48 to the host, the corresponding SPD entries can be derived by replacing IPV6- ...
... Please note the bypass entry for host's SPD, absent in router's SPD ...
... router's SPD. While this might be an implementation matter for host-to-router tunneling, having a similar entry, "Local=IPV6 ...
... Host's SPD: Next Layer ...


... IKEv2 is able to provide the IKEv2 peer with Dynamic Host Configuration Protocol (DHCP)-like information payloads ...
... initiator and responder. This could be used (for example) by the host in the host-to-router scenario to obtain an IPv6 address ...
... This could be used (for example) by the host in the host-to-router scenario to obtain an IPv6 address from the ISP ...



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