Characteristics of Cloud-Based Network Topology

D

A cloud-based network topology is a network architecture that uses cloud computing technologies to deliver network services and applications to clients. In this type of topology, services are provided through a cloud infrastructure rather than a traditional on-premises network. The following are the characteristics of a cloud-based network topology:

D. Services are provided by a public, private, or hybrid deployment: A cloud-based network topology provides network services and applications through public, private, or hybrid deployments. Public cloud deployment means that the network services and applications are provided by third-party cloud service providers over the public internet. Private cloud deployment means that the network services and applications are provided over a private network or a dedicated connection. Hybrid cloud deployment means that the network services and applications are provided through a combination of public and private clouds.

A. Onsite network services are provided with physical Layer 2 and Layer 3 components: In a cloud-based network topology, the physical network components such as routers, switches, and servers may still be present on the premises to connect to the cloud infrastructure. These physical components provide the Layer 2 and Layer 3 connectivity needed to access the cloud services.

B. Wireless connections provide the sole access method to services: This is not a characteristic of a cloud-based network topology. While wireless connections may be used to access cloud services, other access methods such as wired connections or virtual private networks ( VPNs) may also be used.

C. Physical workstations are configured to share resources: This is not a characteristic of a cloud-based network topology. In a cloud-based network topology, resources are typically shared through the cloud infrastructure, and physical workstations are used to access these resources.

In summary, a cloud-based network topology provides network services and applications through a cloud infrastructure using public, private, or hybrid deployments. Physical network components may still be present on the premises to provide connectivity to the cloud services, but wireless connections are not the sole access method. Physical workstations are used to access cloud resources rather than being configured to share resources.