Internet architecture refers to the underlying design and structure of the global network of interconnected devices and systems that make up the internet. At its core, the internet is a decentralized network that relies on a technology called Internet Protocol (IP) to route and transmit data packets between different devices. This architecture includes a variety of protocols and standards that govern how data is transmitted, such as the Transmission Control Protocol (TCP) and the Internet Protocol version 4 (IPv4) or version 6 (IPv6). The internet is comprised of multiple layers, including the physical layer (such as cables and routers), the network layer (which handles data routing), the transport layer (which ensures reliable data delivery), and the application layer (which allows users to access and share information through services like web browsing and email). Overall, the internet's architecture is designed to facilitate the efficient and secure exchange of information across the globe.
Internet architecture refers to the overall design and structure of the internet. It is a complex network of interconnected devices, protocols, and servers that enable the communication and exchange of information worldwide. The internet architecture consists of several layers, including the physical layer (hardware infrastructure such as cables and routers), the network layer (which handles packet routing and forwarding), the transport layer (which manages data transmission between devices), and the application layer (which allows users to access various services and websites). Each layer has its own specific protocols and technologies that work together to ensure reliable and efficient communication. This multi-layered architecture allows for the decentralization of the internet, enabling a distributed network where data can be transmitted globally in a secure and scalable manner.
