17. An organization needs to implement a computer network for devices within an office building. The organization has a need for high security and decided that it wants resources to be stored on central servers. What is the appropriate network architecture for the computer network?
Answer: B
Client/server is the appropriate network architecture for the computer network.
The client/server architecture is ideal for the organization as it allows for centralized resource management and enhanced security, which aligns with their need to store resources on central servers.
A) Router-switch
The router-switch option refers to hardware used to connect devices within a network rather than a network architecture itself. While essential for network functionality, it does not provide the centralized resource management or security features that the organization requires.
B) Client/server
The client/server architecture is designed for high security and centralized resource storage, making it the most suitable option for the organization's needs. In this setup, clients access resources stored on central servers, which allows for better control over data security and management.
C) Peer-to-peer
In a peer-to-peer architecture, each device can act as both a client and a server, which can lead to security vulnerabilities and a lack of centralized control. This option is not suitable for an organization that prioritizes high security and centralized resource management.
D) Wide area
Wide area networking (WAN) refers to a network that covers a large geographical area and is typically used to connect multiple local area networks (LANs). It does not fit the requirement for a network architecture that emphasizes centralized storage and security within a single office building.
Conclusion
The client/server architecture is definitively the right choice for the organization due to its focus on centralized resource storage and enhanced security features. All other options either do not address the specific needs for security and centralization or represent different networking concepts rather than architectures.