Web browser

Software used to access websites

A web browser (Safari) displaying a web page

A web browser, often shortened to browser, is an application for accessing websites. When a user requests a web page from a particular website, the browser retrieves its files from a web server and then displays the page on the user's screen. Browsers can also display content stored locally on the user's device.

Browsers are used on a range of devices, including desktops, laptops, tablets, smartphones, smartwatches and consoles. As of 2024, the most used browsers worldwide are Google Chrome (~66% market share), Safari (~16%), Edge (~6%), Firefox (~3%), Samsung Internet (~2%), and Opera (~2%).[1][2] As of 2023, an estimated 5.4 billion people had used a browser.[3]

## Function

[edit]

Navigating to English Wikipedia using a web browser (Firefox)

The purpose of a web browser is to fetch content and display it on the user's device.[4] This process begins when the user inputs a Uniform Resource Locator (URL), such as `https://en.wikipedia.org/`, into the browser's address bar. Virtually all URLs on the Web start with either `http:` or `https:` which means they are retrieved with the Hypertext Transfer Protocol (HTTP). For secure mode (HTTPS), the connection between the browser and web server is encrypted, providing a secure and private data transfer.[5] For this reason, a web browser is often referred to as an HTTP client[6][7] or a user agent. Requisite materials, including text, style sheets, images, and other types of multimedia, are downloaded from the server. Once the materials have been downloaded, the web browser's engine (also known as a layout engine or rendering engine) is responsible for converting those resources into an interactive visual representation of the page on the user's device.[8] Modern web browsers also contain separate JavaScript engines which enable more complex interactive applications inside the browser.[9] A web browser that does not render a graphical user interface is known as a headless browser.

Web pages usually contain hyperlinks to other pages and resources. Each link contains a URL, and when it is clicked or tapped, the browser navigates to the new resource. Most browsers use an internal cache of web page resources to improve loading times for subsequent visits to the same page. The cache can store many items, such as large images, so they do not need to be downloaded from the server again. Cached items are usually only stored for as long as the web server stipulates in its HTTP response messages.[10][11]

A web browser is not the same thing as a search engine, though the two are often confused.[12][13] A search engine is a website that provides links to other websites and allows users to search for specific resources using a textual query. However, web browsers are often used to access search engines, and most modern browsers allow users to access a default search engine directly by typing a query into the address bar.[14]

## History

[edit]

Main article: History of the web browser

The first web browser, called WorldWideWeb, was created in 1990 by Sir Tim Berners-Lee.[15][16] He then recruited Nicola Pellow to write the Line Mode Browser, which displayed web pages on dumb terminals.[17] The Mosaic web browser was released in April 1993, and was later credited as the first web browser to find mainstream popularity.[18][19] Its innovative graphical user interface made the World Wide Web easy to navigate and thus more accessible to the average person. This, in turn, sparked the Internet boom of the 1990s, when the Web grew at a very rapid rate.[19] The lead developers of Mosaic then founded the Netscape corporation, which released the Mosaic-influenced Netscape Navigator in 1994. Navigator quickly became the most popular browser.[20]

Microsoft debuted Internet Explorer in 1995, leading to a browser war with Netscape. Within a few years, Microsoft gained a dominant position in the browser market for two reasons: it bundled Internet Explorer with its popular Windows operating system and did so as freeware with no restrictions on usage. The market share of Internet Explorer peaked at over 95% in the early 2000s.[21] In 1998, Netscape launched what would become the Mozilla Foundation to create a new browser using the open-source software model. This work evolved into the Firefox browser, first released by Mozilla in 2004. Firefox's market share peaked at 32% in 2010.[22] Apple released its Safari browser in 2003; it remains the dominant browser on Apple devices, though it did not become popular elsewhere.[23]

Google debuted its Chrome browser in 2008, which steadily took market share from Internet Explorer and became the most popular browser in 2012.[24][25] Chrome has remained dominant ever since.[1] In 2015, Microsoft replaced Internet Explorer with Edge [Legacy] for the Windows 10 release.[26] In 2020, this legacy version was replaced by a new Chromium-based version of Edge.

Since the early 2000s, browsers have greatly expanded their HTML, CSS, JavaScript, and multimedia capabilities. One reason has been to enable more sophisticated websites, such as web apps. Another factor is the significant increase of broadband connectivity in many parts of the world, enabling people to access data-intensive content, such as streaming HD video on YouTube, that was not possible during the era of dial-up modems.[27]

Starting in the mid-2020s, browsers with integrated artificial intelligence (AI) capabilities, known as AI browsers, have become increasingly common. This includes both new entrants to the browser market and established browsers that added AI features, such as Chrome with the Gemini chatbot and Edge with the Copilot chatbot.[28][29]

## Features

[edit]

The most popular browsers share many features in common. They automatically log users' browsing history, unless the users turn off their browsing history or use the non-logging private mode. They also allow users to set bookmarks, customize the browser with extensions, and manage their downloads[30] and passwords.[31] Some provide a sync service[32] and web accessibility features.[33]

Traditional browser arrangement has user interface features above page content.

Common user interface (UI) features:

* Allowing the user to have multiple pages open at the same time, either in different browser windows or in different tabs of the same window.
* Back and forward buttons to go back to the previous page visited or forward to the next one.
* A refresh or reload and a stop button to reload and cancel loading the current page. (In most browsers, the stop button is merged with the reload button.)
* A home button to return to the start page.
* An address bar to input the URL of a page and display it, and a search bar to input queries into a search engine. (In most browsers, the search bar is merged with the address bar.)

While mobile browsers have similar UI features as desktop versions, the limitations of the often-smaller touch screens require mobile UIs to be simpler.[34] The difference is significant for users accustomed to keyboard shortcuts.[35] Responsive web design is used to create websites that offer a consistent experience across the desktop and mobile versions of the website and across varying screen sizes. The most popular desktop browsers also have sophisticated web development tools.[36]

Access to some web content — particularly streaming services like Netflix, Disney+, and Spotify — is restricted by Digital Rights Management (DRM) software. A web browser is able to access DRM-restricted content through the use of a Content Decryption Module (CDM) such as Widevine. As of 2020, the CDMs used by dominant web browsers require browser providers to pay costly license fees, making it unfeasible for most independent open-source browsers to offer access to DRM-restricted content.[37]

## Browser market

[edit]

See also: Usage share of web browsers

Various web browsers installed on Windows 11 operating system

Google Chrome has been the dominant browser since the mid-2010s and currently has a 66% global market share on all devices.[1] The vast majority of its source code comes from Google's open-source Chromium project;[38] this code is also the basis for many other browsers, including Microsoft Edge, currently in third place with about a 5% share,[1] as well as Samsung Internet and Opera in fifth and sixth places respectively with approximately 2% market share each.[1]

The other two browsers in the top four are made from different codebases. Safari, based on Apple's WebKit code, is the second most popular web browser and is dominant on Apple devices, resulting in an 18% global share.[1] Firefox, in fourth place, with about 3% market share,[1] is based on Mozilla's code. Both of these codebases are open-source, so a number of small niche browsers are also made from them.

The following table details the top web browsers by market share, as of February, 2025:

Web browser | Market share | Reference

|
|

Chrome  | ~66%  | [1][2]
Safari  | ~16%  | [1][2]
Edge  | ~6%  | [1][2]
Firefox  | ~3%  | [1][2]
Samsung Internet  | ~2%  | [1][2]
Opera  | ~2%  | [1][2]
Brave | ~1%  | [2]
Yandex | less than 1%  | [1][2]
UC Browser | less than 1%  | [1][2]
Huawei Browser | less than 1%  | [2]
DuckDuckGo Private Browser | less than 1%  | [2]
QQ Browser | less than 1%  | [2]
Mi Browser | less than 1%  | [2]
Naver Whale | less than 1%  | [2]
Aloha Browser | less than 1%  | [2]
Avast Secure Browser | less than 1%  | [2]
Vivaldi | less than 1%  | [2]
AVG Secure Browser | less than 1%  | [2]
others  | less than 1%  | [2]

### Market share by type of device

[edit]

Prior to late 2016, the majority of web traffic came from desktop computers. However, since then, mobile devices (smartphones) have represented the majority of web traffic.[39] As of February 2025, mobile devices represent a 62% share of Internet traffic, followed by desktop at 36% and tablet at 2%.[40]

## Security

[edit]

Main article: Browser security

Web browsers are popular targets for hackers, who exploit security holes to steal information, destroy files, and partake in other malicious activities. Browser vendors regularly patch these security holes, so users are strongly encouraged to keep their browser software updated. Other protection measures are antivirus software and being aware of scams.[41]

### Privacy

[edit]

Further information: Web tracking

During the course of browsing, cookies received from various websites are stored by the browser. Some of them contain login credentials or site preferences.[42] However, others are used for tracking user behavior over long periods of time, so browsers typically provide a section in the menu for deleting cookies.[42] Some browsers have more proactive protection against cookies and trackers that limit their functionality and ability to track user behaviour.[43] Finer-grained management of cookies usually requires a browser extension.[44] Telemetry data is collected by most popular web browsers, which can usually be opted out of by the user.[45]

## See also

[edit]

* Internet portal

* Comparison of web browsers
* History of the World Wide Web
* Timeline of web browsers
* List of web browsers

## References

[edit]

1. ^ a b c d e f g h i j k l m n o "Browser Market Share Worldwide". StatCounter. Retrieved 21 March 2025.
2. ^ a b c d e f g h i j k l m n o p q r s t "Browser Market Share Report for 2024 Q1". cloudflare.com. Cloudflare, Inc. 3 May 2024. Retrieved 22 March 2025.
3. ^ "World Internet Users Statistics and 2023 World Population Stats". www.internetworldstats.com. Archived from the original on 23 May 2024. Retrieved 21 March 2025.
4. ^ "What Is the Purpose of a Web Browser?". 4 August 2015.
5. ^ "What is HTTP and how does it work? Hypertext Transfer Protocol Definition". WhatIs.com.
6. ^ Steelman, Liz (28 July 2024). "What Is a Web Browser? Web Browser Definition". wix-encyclopedia. Retrieved 21 March 2025.
7. ^ "HTTP". paws.wcu.edu. Retrieved 21 March 2025.
8. ^ "Behind the scenes of modern web browsers". Tali Garsiel. Retrieved 21 April 2018.
9. ^ "How Blink Works". Retrieved 12 March 2024.
10. ^ Nguyen, Hoai Viet; Lo Iacono, Luigi; Federrath, Hannes (3 October 2018). "Systematic Analysis of Web Browser Caches". Proceedings of the 2nd International Conference on Web Studies. WS.2 2018. New York, NY, USA: Association for Computing Machinery. pp. 64–71\. doi:10.1145/3240431.3240443. ISBN 978-1-4503-6438-6.
11. ^ Mishra, Vikas; Laperdrix, Pierre; Rudametkin, Walter; Rouvoy, Romain (1 April 2021). "Déjà vu: Abusing Browser Cache Headers to Identify and Track Online Users". Proceedings on Privacy Enhancing Technologies. 2021 (2): 391–406\. doi:10.2478/popets-2021-0033. hdl:20.500.12210/57495. ISSN 2299-0984.
12. ^ What is a Browser?. Google (on YouTube). 30 April 2009. Archived from the original on 9 May 2018. Retrieved 23 April 2018. "Less than 8% of people who were interviewed on this day knew what a browser was."
13. ^ "What is the difference between the internet, browsers, search engines and websites?". Mozilla. 17 June 2021. "Let's start by breaking down the differences between the internet, browsers, search engine, and websites. Lots of us get these four things confused with each other."
14. ^ Manasa, D. (19 July 2011). "Difference Between Search Engine and Browser". differencebetween.net.
15. ^ "Tim Berners-Lee: WorldWideWeb, the first Web client". World Wide Web Consortium.
16. ^ Stewart, William. "Web Browser History". Archived from the original on 20 January 2011.
17. ^ Gillies, James; Cailliau, R. (2000). How the Web was Born: The Story of the World Wide Web. Oxford University Press. pp. 6. ISBN 0192862073.
18. ^ Calore, Michael (22 April 2010). "April 22, 1993: Mosaic Browser Lights Up Web With Color, Creativity". Wired. ISSN 1059-1028. Retrieved 31 October 2022.
19. ^ a b "Bloomberg Game Changers: Marc Andreessen". Bloomberg. 17 March 2011. Retrieved 7 December 2011.
20. ^ Enzer, Larry (31 August 2018). "The Evolution of the Web Browsers". Monmouth Web Developers. Archived from the original on 31 August 2018. Retrieved 31 August 2018.
21. ^ Baker, Loren (24 November 2004). "Mozilla Firefox Internet Browser Market Share Gains to 7.4%". Search Engine Journal.
22. ^ Routley, Nick (20 January 2020). "Internet Browser Market Share (1996–2019)". Visual Capitalist. Retrieved 4 November 2021.
23. ^ "StatCounter August 2011 data". Retrieved 8 May 2021.
24. ^ "Internet Explorer usage to plummet below 50 percent by mid-2012". Digital Trends. 3 September 2011. Archived from the original (JPEG) on 20 November 2011. Retrieved 8 May 2021.
25. ^ "StatCounter April-May 2012 data". Retrieved 8 May 2021.
26. ^ Gibbs, Samuel (19 March 2018). "Windows 10: Microsoft is looking to force people to use its Edge browser". The Guardian. ISSN 0261-3077. Retrieved 28 July 2024.
27. ^ "Dial-Up Internet Today: Understanding Its Lasting Influence". SimeonOnSecurity. Retrieved 21 February 2024.
28. ^ Loic, Lando (26 January 2024). "AI Browsers Are Here, and These Are the 5 Best Options". Make Use Of. Retrieved 24 July 2025.
29. ^ Caswell, Amanda (18 July 2025). "The rise of AI browsers is shaking up the web — here's why it matters". Tom's Guide. Retrieved 24 July 2025.
30. ^ "Download a file". Google Chrome Help. Retrieved 21 March 2025.
31. ^ Balaban, David (17 February 2021). "Password Manager Comparison: Top Password Managers for 2021". eWEEK. Retrieved 4 November 2021.
32. ^ Ioannou, Pantelina; Athanasopoulos, Elias (1 July 2023). "Been Here Already? Detecting Synchronized Browsers in the Wild". 2023 IEEE 8th European Symposium on Security and Privacy (EuroS&P). IEEE. pp. 913–927\. doi:10.1109/EuroSP57164.2023.00058. ISBN 978-1-6654-6512-0.
33. ^ "Accessibility: What users can do to browse more safely - Accessibility | MDN". developer.mozilla.org. 17 April 2024. Retrieved 28 July 2024.
34. ^ Lee, Simon (29 March 2019). "The Limitations Of Touch Interfaces". Glance. Retrieved 23 April 2021.
35. ^ "Chrome keyboard shortcuts". Google Inc. Retrieved 23 April 2021.
36. ^ "Browsers are the new IDE for Web Development". devworks.thinkdigit.com. 29 June 2012. Archived from the original on 2 July 2012.
37. ^ Doctorow, Cory (8 January 2020). "Three years after the W3C approved a DRM standard, it's no longer possible to make a functional indie browser". Boing Boing. Retrieved 22 March 2025.
38. ^ Google (2 September 2008). "Welcome to Chromium". Retrieved 28 April 2021.
39. ^ "Desktop vs Mobile vs Tablet Market Share Worldwide". StatCounter. Retrieved 23 March 2025.
40. ^ "Desktop vs Mobile vs Tablet Market Share Worldwide". StatCounter Global Stats. Retrieved 23 March 2025.
41. ^ "Simple Steps for Internet Safety". fbi.gov. Federal Bureau of Investigation. Retrieved 21 February 2024.
42. ^ a b "Tracking Cookies: What They Are, and How They Threaten Your Privacy". Tom's Guide. 16 September 2013. Retrieved 11 March 2019.
43. ^ "Enhanced Tracking Protection in Firefox for desktop". Mozilla Support. 26 November 2024. Retrieved 23 March 2025.
44. ^ "Alternatives to Cookie AutoDelete extension". AlternativeTo. Retrieved 11 March 2019.
45. ^ Wickramasinghe, Shanika (5 October 2023). "Telemetry 101: An Introduction To Telemetry". Splunk. Retrieved 23 March 2025.

## External links

[edit]

Wikiversity has learning resources about  Web Browser

* Media related to Web browsers at Wikimedia Commons

* v
* t
* e

Web browsers

* Features
* standards
* protocols

| Features|

* Bookmarks
* Extensions
* Privacy mode

|

Web standards|

* HTML
* v5
* CSS
* DOM
* JavaScript
* WebAssembly
* Web storage
* IndexedDB
* WebGL
* WebGPU

Protocols|

* HTTP
* Encryption
* Cookies
* third-party
* OCSP
* WebRTC
* WebSocket

Active

| Blink-based|

| Proprietary|

* Google Chrome
* Arc
* Avast
* Cốc Cốc
* Comodo
* Ecosia
* Epic
* Huawei
* Maxthon
* Microsoft Edge
* Opera (Mobile)
* Puffin
* QQ
* Samsung
* Silk
* Sleipnir
* SRWare
* UC
* Vivaldi
* Whale
* Yandex

|

FOSS|

* Chromium
* Brave
* Dooble
* Falkon
* Otter
* Supermium
* ungoogled

Gecko-based|

* Firefox
* Floorp
* GNU IceCat
* LibreWolf
* Midori
* SlimBrowser
* Tor
* Zen
* Gecko forks
* Basilisk
* K-Meleon
* Pale Moon
* SeaMonkey
* Waterfox

WebKit-based|

* Safari
* GNOME Web
* iCab
* Orion

Multi-engine|

* 360
* DuckDuckGo
* Konqueror
* Lunascape
* NetFront
* qutebrowser

Other|

* Dillo
* eww
* Flow
* Ladybird
* Links
* Lynx
* NetSurf
* Opera Mini
* w3m

Discontinued

| Blink-based|

* Beaker
* Citrio
* Flock
* Redcore
* Rockmelt
* SalamWeb
* Sputnik
* Torch

|

Gecko-based|

* Beonex
* Camino
* Classilla
* Conkeror
* Firefox Lite
* Galeon
* Ghostzilla
* IceDragon
* Kazehakase
* Kylo
* Lotus
* MicroB
* Minimo
* Mozilla suite
* PirateBrowser
* Pogo
* Strata
* Swiftfox
* Swiftweasel
* TenFourFox
* Timberwolf
* xB

MSHTML-based|

* Internet Explorer
* AOL
* Deepnet
* GreenBrowser
* MediaBrowser
* MSN Explorer
* MSN Program Viewer
* NeoPlanet
* NetCaptor
* SpaceTime
* ZAC

WebKit-based|

* Arora
* BOLT
* Dolphin
* Fluid
* Google TV
* Iris
* Mercury
* Nokia Symbian
* OmniWeb
* Opera Coast
* Origyn
* QtWeb
* Shiira
* Steel
* surf
* Uzbl
* WebPositive
* xombrero

Other|

* abaco
* Amaya
* Arachne
* Arena
* Blazer
* Cake
* CM
* Deepfish
* Edge Legacy
* ELinks
* Gazelle
* HotJava
* IBM Home Page Reader
* IBM WebExplorer
* IBrowse
* Internet Explorer for Mac
* KidZui
* Line Mode
* Mosaic
* MSN TV
* NetPositive
* Netscape
* Skweezer
* Skyfire
* ThunderHawk
* Vision
* WinWAP
* WorldWideWeb

* List
* Comparison
* Category

* v
* t
* e

Timeline of web browsers

General

* Comparison
* lightweight
* History
* List
* for Unix
* Usage share

1990s

| 1990|

* WorldWideWeb (Nexus)

|

1991|

* Line Mode Browser
* libwww

1992|

* Erwise
* MacWWW (Samba)
* MidasWWW
* tkWWW
* ViolaWWW

1993|

* AMosaic
* Arena
* Cello
* Emacs/W3
* Lynx 2
* NCSA Mosaic
* VMS Mosaic

1994|

* AirMosaic
* Internet in a Box
* ANT Fresco
* Argo
* IBM WebExplorer
* SlipKnot
* Minuet
* Navipress
* Mosaic/Mosaic Netscape/Netscape Navigator
* Spyglass Mosaic
* TCP/Connect II

1995|

* Agora
* ALynx
* AMSD Ariadna
* Cyberjack
* eWorld Web Browser
* Grail
* Internet Explorer 1
* Internet Explorer 2
* Netscape Navigator 2
* NetShark
* OmniWeb
* HotJava
* UdiWWW
* WebShark
* w3m

1996|

* Cyberdog
* Arachne
* AWeb
* IBrowse
* Amaya
* Internet Explorer 3
* MSN Program Viewer
* Netscape Navigator 3
* Opera 2
* Oracle PowerBrowser
* tcpCONNECT4
* Voyager

1997|

* Netscape Communicator
* Internet Explorer 4
* Opera 2.1

1998|

* NeoPlanet
* Mozilla Application Suite
* Opera 3–3.21

1999|

* iCab
* Internet Explorer 5
* OmniWeb 3
* Opera 3.5–3.62

2000s

| 2000|

* Beonex Communicator
* Galeon
* K-Meleon
* Konqueror
* MediaBrowser
* Netscape 6
* Opera 4–4.02

|

2001|

* iCab 2.5
* Internet Explorer 6
* MSN Explorer
* OmniWeb 4
* Opera 5–5.12

2002|

* Camino
* Epiphany
* Netscape 7
* Opera 6–6.1

2003|

* GreenBrowser
* Maxthon
* Opera 7–7.3
* Safari
* SlimBrowser

2004|

* Phoenix/Firebird/Firefox
* Opera 7.5–7.55

2005|

* AOL Explorer
* Deepnet Explorer
* Firefox 1.5
* Netscape Browser
* Opera 8–8.54
* Safari 2

2006|

* Firefox 2
* Internet Explorer 7
* Opera 9–9.27

2007|

* Maxthon 2
* Opera 9.5–9.64
* Safari 3
* SeaMonkey 1.1

2008|

* Chrome
* Firefox 3
* Netscape Navigator 9
* NetSurf 1.2

2009|

* Chrome 2–3
* Firefox 3.5
* Internet Explorer 8
* Opera 10–10.63
* Pale Moon
* Safari 4
* SeaMonkey 2.0

2010s

| 2010|

* Chrome 4–8
* Firefox 3.6
* Lunascape 6.0.1
* Maxthon 3
* NetSurf 2.5
* Opera 11–11.64
* Safari 5

|

2011|

* Chrome 9–16
* Firefox 4–9
* Internet Explorer 9
* Lunascape 6.5
* Opera 12–12.17
* SeaMonkey 2.1–2.4
* Waterfox

2012|

* Chrome 17–23
* Firefox 10–17
* Internet Explorer 10
* Lunascape 6.7
* Maxthon 3.4
* NetSurf 2.9
* Safari 6
* Yandex

2013|

* Chrome 24–31
* Firefox 18–26
* Internet Explorer 11
* Opera 15–18
* Safari 7
* SeaMonkey 2.15–2.22

2014|

* Chrome 32–39
* Firefox 27–34
* Lunascape 6.9
* NetSurf 3.1
* Opera 19–26
* Safari 8
* SeaMonkey 2.23–2.31

2015|

* Chrome 40–47
* Firefox 35–43
* Lunascape 6.10–6.12
* Microsoft Edge 20, 25
* Opera 27–34
* Safari 9
* SeaMonkey 2.32–2.39
* Vivaldi Technical Preview 1–Beta 2

2016|

* Brave 0.7–0.12
* Chrome 48–55
* Firefox 44–50
* Lunascape 6.13–6.15
* Microsoft Edge 38
* Opera 35–42
* Safari 10
* Vivaldi Beta 3–1.6
* Yandex 16

2017|

* Brave 0.13–0.19
* Chrome 56–63
* Firefox 51–57
* Microsoft Edge 40, 41
* Opera 43–49
* Safari 11
* SeaMonkey 2.46–2.49
* Vivaldi 1.7–1.13
* Yandex 17

2018|

* Basilisk
* Brave 0.20–0.60
* Chrome 64–71
* Firefox 58–64
* Microsoft Edge 42–44
* Opera 50–57
* Safari 12
* Vivaldi 1.14–2.2
* Waterfox 56.0–56.2
* Yandex 18

2019|

* Brave 0.61–1.1
* Chrome 72–79
* Firefox 65–71
* Microsoft Edge 44
* Opera 58–65
* Safari 13
* Vivaldi 2.3–2.10
* Waterfox 60.1–68.0a2
* Whale 1.4–1.5
* Yandex 19

2020s

| 2020|

* Brave 1.2–1.18
* Chrome 80–87
* Firefox 72–84
* Microsoft Edge 79–87
* Opera 66–73
* SeaMonkey 2.53
* Vivaldi 2.11–3.5
* Yandex 20
* Safari 14

|

2021|

* Brave 1.19–1.33
* Chrome 88–96
* Firefox 85–95
* Microsoft Edge 88–96
* Opera 74–82
* SeaMonkey 2.53.10.2
* Vivaldi 3.6–5.0
* Yandex 21
* Safari 15

2022|

* Arc 0.46–0.81
* Brave 1.34–1.46
* Chrome 97–108
* Firefox 96–108
* Microsoft Edge 97–108
* Opera 83–94
* Vivaldi 5.1–5.6
* Yandex 22
* Safari 16

2023|

* Arc 0.85–1.21
* Brave 1.47–1.61
* Chrome 109–120
* Firefox 109–121
* Microsoft Edge 109–120
* Opera 95–106
* Vivaldi 5.7–6.5
* Yandex 23
* Safari 17

2024|

* Arc 1.25–1.74
* Brave 1.62–1.73
* Chrome 121–131
* Firefox 122–133
* Microsoft Edge 121–131
* Opera 107–115
* Vivaldi 6.6–7.0
* Yandex 24
* Safari 18

2025|

* Arc 1.77–
* Brave 1.74–
* Chrome 132–
* Firefox 134–
* Microsoft Edge 132–
* Opera 116–
* Vivaldi 7.1–
* Yandex 25
* Safari 26

Related topics

* 3D Markup Language for Web
* ALIWEB
* ARPANET
* ASCII
* BITNET
* Browser wars
* CompuServe
* Elm
* Email
* File Transfer Protocol
* Gopher
* HTML
* HyperCard
* HyTelnet
* NCSA Telnet
* NLS
* Prodigy
* Teletext
* Telnet
* Usenet
* UUCP
* Videotex
* Viewdata
* Virtual Reality Markup Language
* Web page
* Whole Internet User's Guide and Catalog
* World Wide Web
* X.25

Authority control databases

National|

* Germany
* United States
* France
* BnF data
* Japan
* Czech Republic
* Spain
* Israel

Other|

* Yale LUX

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