Hope you all are doing well. I'm going to present you all a brief overview of Web architecture and then we'll move towards the Web development Course:
For whom this course would be beneficial
Web development course is for anyone who knows the basics of programming and wants to get into web development in some capacity but is not sure where to start. Even if you don’t have to have a degree or any official background in computer science to get started with this.
You should know what variables are, how to declare them, how to write for-loops, and how to write functions. If you know an object-oriented language such as Java or C++, however, that would make learning web development easier for you, but it is not a prerequisite.
Web Architecture:
Web architecture refers to the overall structure and design of the World Wide Web and the systems and protocols that support it. It includes the technical and logical components, standards, and principles that define how the web functions and how web-based applications and services are developed, deployed and accessed.
Here are some key points to consider when describing web architecture:
Client-server model: The web uses a client-server model, in which clients (web browsers, apps, etc.) request resources from servers (web servers, APIs, etc.) and receive responses in the form of documents, data, or other content.
Protocols and standards: The web relies on a set of standardized protocols, such as HTTP and HTTPS, and data formats, such as HTML and JSON, to facilitate communication and interoperability between clients and servers.
Network infrastructure: The web is built on top of the global network of computers and devices that make up the internet. This network includes routers, switches, servers, and other hardware and software components that connect clients and servers and enable them to communicate with each other.
Web servers and content: Web servers store and serve the documents, data, and other content that make up the web. This content can include static or dynamic pages, images, videos, audio files, and other types of multimedia and data.
Web applications: Web applications are software programs that run in web browsers or on web servers and provide interactive and dynamic functionality to users. Examples include online stores, social media platforms, and cloud-based productivity tools.
Security and privacy: Web architecture must address security and privacy concerns to protect users, servers, and networks from attacks and breaches, and to ensure the confidentiality, integrity, and availability of web-based systems and services.
Scalability and performance: Web architecture must be able to support the growing number and complexity of web-based systems and services, and must optimize performance and reliability to ensure a good user experience.
Usman Ghias
Web Development Course
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Web Developement