Which command allows a router to respond to stateless DHCPv6 requests?

Which command allows a router to respond to stateless DHCPv6 requests?

• A. ipv6 dhcp server
• B. ipv6 nd other-config-flag
• C. ipv6 dhcp client
• D. ipv6 nd ra enable

Answer: (B)

The command that allows a router to respond to stateless DHCPv6 requests is indeed the one that enables the "other-config-flag" in IPv6 Neighbor Discovery (ND). By setting this flag, the router informs clients that it can provide additional configuration parameters via DHCPv6 while clients resort to Stateless Address Autoconfiguration (SLAAC) for their IPv6 address. In the context of IPv6 networking, routers participate in Neighbor Discovery to advertise their presence and other capabilities. When the "other-config-flag" is set in the Router Advertisements (RA), it indicates to host devices on the network that they should use a stateless DHCPv6 server for configuration parameters such as DNS information, while still allowing them to configure their own addresses using SLAAC. This command is essential in environments where devices need DHCPv6 for configuration details but do not require it for address assignment, showcasing the flexibility of IPv6 in managing network settings.

The command that allows a router to respond to stateless DHCPv6 requests is indeed the one that enables the "other-config-flag" in IPv6 Neighbor Discovery (ND). By setting this flag, the router informs clients that it can provide additional configuration parameters via DHCPv6 while clients resort to Stateless Address Autoconfiguration (SLAAC) for their IPv6 address.

In the context of IPv6 networking, routers participate in Neighbor Discovery to advertise their presence and other capabilities. When the "other-config-flag" is set in the Router Advertisements (RA), it indicates to host devices on the network that they should use a stateless DHCPv6 server for configuration parameters such as DNS information, while still allowing them to configure their own addresses using SLAAC.

This command is essential in environments where devices need DHCPv6 for configuration details but do not require it for address assignment, showcasing the flexibility of IPv6 in managing network settings.