A systems administrator has created a guest VM on a hypervisor host. Which network connectivity type should the administrator configure for a dynamic IP address assignment on the same subnet?

When configuring a guest virtual machine (VM) on a hypervisor host for network connectivity, using bridging is an effective option for enabling dynamic IP address assignment within the same subnet as the host.

Bridging creates a direct connection between the VM and the physical network, allowing the guest VM to communicate as if it were a physical machine on that network. This setup enables the VM to receive a dynamic IP address from the existing DHCP server that is on the LAN, just like any other device connected to the same network. Consequently, the VM appears to other devices on the network as a unique endpoint, obtaining its IP address directly from the DHCP server, which is essential for seamless integration and network functionality.

While NAT (Network Address Translation) provides another way for a VM to access the network by translating its IP address to that of the host machine, it typically does not allow for direct communication on the same subnet with other devices. Instead, it confines VM communication through the host and is more suitable when the VM needs to reach out to external networks while hiding its IP from other networks.

VLAN tagging helps with network segmentation and isolating traffic, which might not be necessary for a simple guest VM that does not require such configurations. Additionally, spoofing refers