In cloud computing, how is the network typically divided?

In cloud computing, the network is typically divided into virtual networks and physical networks. The physical network refers to the actual hardware infrastructure, including servers, routers, switches, and other devices that facilitate connectivity and data transfer. This physical layer serves as the backbone of cloud services, providing the necessary resources and performance to support virtual services.

On the other hand, the virtual network is an abstraction built on top of the physical network. It allows for the segmentation of resources and the creation of isolated environments that can be tailored to specific applications or workloads. This virtual layer provides flexibility and allows for the efficient use of resources through techniques like network virtualization, which enables multiple virtual networks to coexist on the same physical infrastructure.

This distinction is crucial in cloud computing as it underscores the importance of infrastructure being both flexible and efficient. It allows cloud providers to manage resources dynamically, ensuring that users have access to the necessary bandwidth and connectivity without being tied to a single hardware configuration.

Other choices, such as private network and public network, refer to the deployment models of cloud services rather than the structural division of the networks themselves. Internal and external networks typically refer to organizational contexts rather than specific to cloud computing. Local and remote networks describe geographical differences in network access rather than focusing on how networks