What does Stateless Address Autoconfiguration (SLAAC) enable devices to do?

What does Stateless Address Autoconfiguration (SLAAC) enable devices to do?

• A. Create link-local addresses using EUI-64
• B. Communicate with multiple devices simultaneously
• C. Establish a direct connection to other devices
• D. Manage network traffic more efficiently

Answer: (A)

Stateless Address Autoconfiguration (SLAAC) is a feature utilized in IPv6 networking that allows devices to automatically generate their own IP addresses without needing a DHCP server. The correct answer highlights that SLAAC enables devices to create link-local addresses using the EUI-64 format. This process involves a device receiving a prefix from a router advertisement message and then generating a unique address by combining this prefix with its interface identifier, typically constructed using the EUI-64 format. This approach simplifies network configuration, as it allows devices to join a network and communicate without manual IP address assignment or reliance on a central server. The other choices do not accurately represent the primary function of SLAAC. While devices can communicate with multiple devices simultaneously and establish direct connections, these functionalities are not specific to SLAAC. Additionally, the management of network traffic is generally not a direct function of SLAAC, but rather a concern addressed through other networking protocols and configurations.

Stateless Address Autoconfiguration (SLAAC) is a feature utilized in IPv6 networking that allows devices to automatically generate their own IP addresses without needing a DHCP server. The correct answer highlights that SLAAC enables devices to create link-local addresses using the EUI-64 format.

This process involves a device receiving a prefix from a router advertisement message and then generating a unique address by combining this prefix with its interface identifier, typically constructed using the EUI-64 format. This approach simplifies network configuration, as it allows devices to join a network and communicate without manual IP address assignment or reliance on a central server.

The other choices do not accurately represent the primary function of SLAAC. While devices can communicate with multiple devices simultaneously and establish direct connections, these functionalities are not specific to SLAAC. Additionally, the management of network traffic is generally not a direct function of SLAAC, but rather a concern addressed through other networking protocols and configurations.