Client–server architecture is a system design model where multiple clients request services or resources from a centralized server. The server manages data, processing, and resources, while clients provide the user interface and interact with the server. What Are Client-Server Network Advantages and Disadvantages? The client-server network model is a fundamental architecture in computing, underpinning much of the internet and many business operations by distributing tasks between service providers (servers) and service requesters (clients). A client-server network is a form of internet network that consists of a single central computer functioning as a server and directing several other computers, referred to as clients. Discover the advantages and disadvantages of client-server networks! Learn how they improve security and performance, but also come with challenges. Read more! Explore the intricacies of the client-server model, its key characteristics, benefits, and limitations. Understand its practical applications in network gaming and serverless cloud computing services. The client server network is a type of network in which one computer behaves as a client and the other computer behaves as a server. The client is a computer that gets services from the server. While the client-server model offers many benefits, it also comes with challenges that can impact performance, cost, and reliability. Understanding these drawbacks helps you mitigate risks and design a more robust network. In this article, we spread light on the various advantages, disadvantages, and their characteristics of client-server architecture!! from peer to peer network, i.e. in client server there was one powerful computer (known as server) which acts as a provider of information to other sub-ordinate workstations (called client). Now Let us discuss the benefits and drawbacks of Server-Client computing over P2P computing:- In this article, we explore the basics of client-server architecture, including its components, advantages, and challenges.