Web Browser vs Web Server

Differences between a Web Browser and a Web Server in Singapore

A web browser is an application we often use to navigate the internet and view website pages. In contrast, a web server is part of the software that gives users access to the documents they request through web browsers.

A web browser application program is used to view the world wide web information. It typically accesses the material through other internet services. A program or computer known as a web server can offer services like sharing data with other computer programs and their users.

A web browser requests information and services and serves as an interface between a user and a server that displays web content, which is the primary distinction between a web browser and a web server. In contrast, a web server accepts, approves, and responds to a web browser’s request for a web document.

When a user instructs a browser to download a webpage, the browser packages up this request using a mechanism known as the Transmission Control Protocol (or TCP). TCP, a protocol for transport (layer), offers a dependable transmission format for instruction. Its responsibility is to verify that the entire message is in the correct order so that it may be bundled up for transmission (and that it is correctly unpacked and put back together after it arrives at its destination).

Data packages must first be addressed before being uniquely sent over the network. So, a second HTTP protocol (Hypertext Transfer Protocol) assigns it a unique address label. The World Wide Web uses the HTTP protocol to send data from one computer to another. When a URL begins with HTTP://, it means that HTTP is the internet protocol.

HTTP request refers to the communication between a web browser and a web server. When a web server receives a request, it looks through its cache to retrieve the right page. If the web server can find the page, it uses TCP or another transport layer protocol to split up the HTML it contains, addresses these parcels to the browser via HTTP, and then sends them back across the network.

If the web server cannot locate the requested page, it will split up and send the browser a page with an error message (such as Error 404 – page not found). The HTTP response is the name given to this message that the browser receives from the web server.

This article will discuss the distinction between a web browser and a web server.

Comparison Chart

Basis of Comparison
Web Browser
Web Server
Serves as a conduit or interface. Its primary purpose is to show different web content to clients who request them. Performs the following tasks: accepting client data, generating responses to browser requests, and maintaining web apps.
Primary Role
A web browser sends an HTTP request to the server, and an HTTP response is returned Accepts the browser’s HTTP request and answers it with an HTTP response.
Processing Models
No processing model in a web browser Most web servers use one of three processing models: thread-based, process-based, or hybrid.
Web browsers send multiple requests to the servers to find online-based services and information. After examining the requests from the browser, the web server accepts them and sends the requested documents.
Storage of Data
Employ cookies to store user data on local PCs Give its users a dedicated space to store the websites and the web pages that make up each.
We install a web browser on the user’s computer or devices, such as a laptop, desktop, tablet, or smartphone. A web server is simple to set up anywhere. However, the server must be on a local or networked computer.

Definition of Web Browser

A client’s tool to access web services and server-side documents can be considered a web browser. There are many different browsers in use; for instance, Internet Explorer is the default browser for Windows platforms, and Safari is the default browser for Apple devices. However, many other browsers are available, including UC, Opera, Mozilla Firefox, and Google Chrome.

Browser Architecture

Numerous companies sell various browsers, the primary function of which is to display web content and the entire browser arsenal shares a remarkably similar architecture.

A controller, client program, and interpreters comprise each browser’s three component pieces.

  • The controller uses client software to access the document after receiving input via a keyboard or mouse.
  • The document uses interpreters to display itself on the screen while acquiring the controller.
  • The client software is the last step, and it may use any protocol (or technique), including HTTP, FTP, or TELNET.
  • Depending on the type of page, HTML or Java can be used as an interpreter.
  • The WWW divides documents into three categories: static, dynamic, and active, based on the moment the content is created.

Definition of Web Server

The primary function of a web server, a piece of computer software, is to distribute web pages to users as needed and to offer a location for storing and organising website pages.

The machine that runs the web server software can be a personal computer at home, a remote system on the other side of the network, or even a device on the other side of the world.

Model for Web Server Processing
  • There are numerous single-threaded processes on process-based servers.
  • One multithreaded process runs on thread-based servers.
  • Hybrid servers use multiple multithreaded techniques.

Key Differences

  1. Web browsers use protocols to retrieve data made available by Web servers.
  2. The web browser sends the HTTP request. On the other hand, a Web server receives HTTP requests and produces responses.
  3. Process-based, thread-based, and hybrid processing paradigms are available on the web server. A web browser, in contrast, lacks any processing models.


The web server and web browser are essential if and can work well together for users. A web server is required to store the data, and a web browser is required to find the data and display it in a way understandable to humans. Therefore, we can confidently say that they significantly play an important role in our daily lives.