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How Many People Use Chrome

Relative market adoption of web browsers

Usage share of web browsers in Nov 2020 co-ordinate to StatCounter

Yearly usage share of web browsers from 2009 to November 2020 co-ordinate to StatCounter

The usage share of web browsers is the portion, often expressed as a percentage, of visitors to a group of web sites that use a particular web browser.

Accuracy [edit]

Measuring browser usage in the number of requests (page hits) made by each user agent tin can be misleading.

Overestimation [edit]

Not all requests are generated by a user, as a user agent can make requests at regular time intervals without user input. In this example, the user'due south activity might be overestimated. Some examples:

  • Certain anti-virus products fake their user agent string to appear to exist popular browsers. This is done to play a trick on attack sites that might display clean content to the scanner, but not to the browser. The Register reported in June 2008 that traffic from AVG Linkscanner, using an IE6 user amanuensis cord, outstripped human link clicks by nearly 10 to 1.[1]
  • A user who revisits a site shortly after changing or upgrading browsers may be double-counted under some methods; overall numbers at the time of a new version'due south release may be skewed.[2]
  • Occasionally websites are written in such a way that they effectively block certain browsers. One common reason for this is that the website has been tested to work with only a limited number of browsers, and so the site owners enforce that only tested browsers are allowed to view the content, while all other browsers are sent a "failure" bulletin, and instruction to use another browser.[3] Many of the untested browsers may still be otherwise capable of rendering the content. Sophisticated users who are aware of this may and so "spoof" the user amanuensis string in order to proceeds access to the site.
  • Firefox, Chrome, Safari, and Opera will, under some circumstances, fetch resource earlier they need to render them, so that the resources tin be used faster if they are needed. This technique, prerendering or pre-loading, may inflate the statistics for the browsers using it because of pre-loading of resources which are not used in the end.[4]

Underestimation [edit]

It is besides possible to underestimate the usage share by using the number of requests, for instance:

  • Firefox 1.5 (and other Gecko-based browsers) and later versions use fast Document Object Model (DOM) caching. JavaScript is executed on page load only from net or disk cache, but non if it is loaded from DOM cache. This can affect JavaScript-based tracking of browser statistics.[5]
  • While about browsers generate additional page hits by refreshing spider web pages when the user navigates back through page history, some browsers (such every bit Opera) reuse cached content without resending requests to the server.[half-dozen] [seven]
  • Mostly, the more faithfully a browser implements HTTP'southward cache specifications, the more it will be under-reported relative to browsers that implement those specifications poorly.[7]
  • Browser users may run site, cookie and JavaScript blockers which cause those users to be under-counted. For case, mutual AdBlock blocklists such as EasyBlock include sites such equally StatCounter in their privacy lists, and NoScript blocks all JavaScript by default. The Firefox Add together-ons website reports 15.0 million users of AdBlock variants and 2.2 million users of NoScript.
  • Users behind a caching proxy (e.g. Squid) may have repeat requests for certain pages served to the browser from the cache, rather than retrieving it again via the Net.

User agent spoofing [edit]

Websites often include lawmaking to observe browser version to adjust the folio pattern sent according to the user amanuensis string received. This may hateful that less popular browsers are not sent complex content (even though they might be able to deal with it correctly) or, in farthermost cases, refused all content.[8] Thus, diverse browsers have a feature to cloak or spoof their identification to force certain server-side content.

  • Default user agent strings of most browsers take pieces of strings from one or more other browsers, then that if the browser is unknown to a website, information technology tin be identified as one of those. For instance, Safari has not only "Mozilla/5.0", but also "KHTML" (from which Safari's WebKit was forked) and "Gecko" (the engine of Firefox).
  • Some Linux browsers such equally GNOME Spider web identify themselves as Safari in social club to aid compatibility.[9] [x]

Differences in measurement [edit]

Net Applications, in their NetMarketShare report, uses unique visitors to measure spider web usage.[eleven] The event is that users visiting a site x times volition only exist counted once by these sources, while they are counted ten times by statistics companies that measure page hits.

Net Applications uses country-level weighting as well.[12] The goal of weighting countries based on their usage is to mitigate selection area based sampling bias. This bias is caused by the differences in the percentage of tracked hits in the sample, and the percentage of global usage tracked by third party sources. This departure is caused by the heavier levels of market usage.[13]

Statistics from the United States government's Digital Analytics Program (DAP) do non represent globe-wide usage patterns. DAP uses raw data from a unified Google Analytics account.

Summary tables [edit]

The following tables summarize the usage share of all browsers for the indicated months.

Usage share of all browsers
Browser StatCounter[14]

June 2022

StatCounter[15]
October 2021
NetMarketShare[16]
Oct 2021
Wikimedia[17]
Oct 2021
Chrome 65.87% 64.67% 66.64% 52.5%
Safari 18.61% nineteen.06% 13.92% 23.9%
Edge four.13% 4.10% 4.55% iii.0%
Firefox iii.26% iii.66% two.18% 4.4%
Samsung Cyberspace 2.87% ii.81% three.04% ii.ii%
Opera ii.11% ii.36% 3.02% i.0%
Others 3.fifteen% 3.34% 6.65% 13.0%
Usage share of desktop browsers
Browser StatCounter[xviii]
Oct 2021
NetMarketShare[xix]
October 2021
W3Counter[20]
September 2021
Wikimedia[21]
Oct 2021
Chrome 67.17% 72.96% 63.3% 58.0%
Safari 9.63% two.72% 17.vii% 9.3%
Border ix.33% 12.61% five.four% 7.8%
Firefox 7.87% 5.54% 5.eight% 10.7%
Opera 2.89% i.01% ane.iii% two.0%
Others 3.xi% 5.56% 6.five% 12.2%
Usage share of mobile browsers
Browser StatCounter[22]
Oct 2021
NetMarketShare[23]
October 2021
Wikimedia[24]
October 2021
Chrome 63.57% 63.07% 48.1%
Safari 25.61% xix.01% 32.2%
Samsung Internet v.17% v.00% 3.5%
Opera 2.02% 4.47% 0.2%
UC 1.72% 0.41% 0.0%
Firefox 0.49% 0.30% 0.7%
Others ane.42% 7.74% fifteen.3%
Usage share of tablet browsers
Browser Statcounter[25]

September 2020

NetMarketShare[26]

September 2020

Safari 46.86% 46.forty%
Chrome 39.77% 44.82%
AOSP xi.42% 2.45%
Samsung Internet 3.53%
Opera 0.62% 0.63%
Firefox 0.30% 0.nineteen%
Others 1.03% 1.98%

[edit]

Co-ordinate to StatCounter web utilise statistics (a proxy for all apply), in the calendar week from 7–13 November 2016, "mobile" (meaning smartphones) alone (without tablets) overtook desktop for the offset fourth dimension and by the end of the year smartphones were in the majority. Since 27 Oct, the desktop has non shown a majority, even on weekdays.

Previously, according to StatCounter press release, the world has become desktop-minority;[27] as of October 2016[update], in that location was about 49% of desktop usage for that month. The 2 biggest continents, Asia and Africa, have been mobile-majority for a while, and Australia is by at present desktop-minority also.[28] [29] A few countries in Europe and Due south America accept besides followed this tendency of being mobile-bulk.

In March 2015, for the first fourth dimension in the US the number of mobile-only adult internet users exceeded the number of desktop-but cyberspace users with eleven.half-dozen% of the digital population only using mobile compared to 10.vi% only using desktop; this likewise means the majority, 78%, employ both desktop and mobile to access the internet.[30]

Older reports (2000–2019) [edit]

StatCounter (January 2009 to October 2019) [edit]

StatCounter statistics are straight derived from hits (not unique visitors) from 3 one thousand thousand sites using StatCounter totaling more than than 15 billion hits per month.[31] No weightings are used.

W3Counter (May 2007 to March 2020) [edit]

This site counts the final 15,000 page views from each of approximately fourscore,000 websites. This limits the influence of sites with more fifteen,000 monthly visitors on the usage statistics. W3Counter is not affiliated with the World wide web Consortium (W3C).

Net Applications (May 2016 to Nov 2019) [edit]

Cyberspace Applications bases its usage share on statistics from 40,000 websites having around 160 meg unique visitors per calendar month. The mean site has 1300 unique visitors per day.

Wikimedia (Apr 2009 to March 2015) [edit]

Usage in Wikimedia during 2012.

Wikimedia traffic analysis reports are based on server logs of about 4 billion page requests per month, based on the user agent information that accompanied the requests.[32] These server logs cover requests to all the Wikimedia Foundation projects, including Wikipedia, Wikimedia Eatables, Wiktionary, Wikibooks, Wikiquote, Wikisource, Wikinews, Wikiversity and others.[33]

Note: Wikimedia has recently[ when? ] had a large pct of unrecognised browsers, previously counted as Firefox, that are at present assumed to be Net Explorer 11 fixed in the Feb 2014 and later numbers. And February 2014 numbers include mobile for Internet Explorer and Firefox (not included in Android). Chrome did not include the mobile numbers at that time while Android does since there was an "Android browser" that was the default browser at that time.

Clicky (September 2009 to August 2013) [edit]

StatOwl.com (September 2008 to November 2012) [edit]

92% of sites monitored by StatOwl serve predominantly U.s. market.[34]

AT Internet Constitute (Europe, July 2007 to June 2010) [edit]

AT Internet Found was formerly known as XiTi.

Method: Only counts visits to local sites in 23 European countries and so averages the percentages for those 23 European countries independent of population size.

TheCounter.com (2000 to 2009) [edit]

TheCounter.com identifies sixteen versions of six browsers (Internet Explorer, Firefox, Safari, Opera, Netscape, and Konqueror). Other browsers are categorised every bit either "Netscape compatible" (including Google Chrome, which may also be categorized as "Safari" because of its "Webkit" subtag) or "unknown". Cyberspace Explorer viii is identified as Internet Explorer seven. Monthly data includes all hits from 2008-02-01 until the end of the calendar month concerned. More than the exact browser type, this data identifies the underlying rendering engine used past various browsers, and the table below aggregates them in the aforementioned cavalcade.

OneStat.com (April 2002 to March 2009) [edit]

ADTECH (Europe, 2004 to 2009) [edit]

WebSideStory (Usa, Feb 1999 to June 2006) [edit]

Older reports (pre-2000) [edit]

Marketplace share for several browsers between 1995 and 2010, illustrating the Beginning Browser War (NN vs IE). Firefox was originally named "Phoenix", a name which unsaid that information technology would rising similar a Phoenix after Netscape was killed off by Microsoft.


GVU WWW user survey (January 1994 to October 1998)


EWS Web Server at UIUC (1996 Q2 to 1998)


ZD Market Intelligence (United states of america, January 1997 to January 1998)


Zona Research (US, Jan 1997 to Jan 1998)


AdKnowledge (Jan 1998 to June 1998)


Dataquest (1995 to 1997)


International Data Corporation (United states of america, 1996 to 1997)

Come across also [edit]

  • Listing of web browsers
  • Comparison of web browsers
  • Browser wars
  • Timeline of web browsers
  • Market share
  • Usage share of operating systems
  • Usage share of BitTorrent clients
  • Usage share of Instant Messaging clients

References [edit]

  1. ^ Metz, Cade (26 June 2008). "AVG disguises fake traffic as IE6". The Annals. Retrieved 12 January 2011.
  2. ^ Keizer, Gregg (23 June 2008). "Firefox iii.0 boosts Mozilla's market share". Computerworld. IDG. Archived from the original on five July 2008. Retrieved 12 January 2011.
  3. ^ A better choice for the webmaster is to validate the HTML code confronting prevailing standards [1].
  4. ^ "Frequently Asked Questions". StatCounter.
  5. ^ Cacycle (7 June 2010). "Using Firefox ane.5 caching". Mozilla. Retrieved 3 February 2010.
  6. ^ Pettersen, Yngve Nys?ter (27 Feb 2007). "Introducing Cache Contexts, or: Why the browser does not know you are logged out". My Opera. Opera Software. Archived from the original on iv May 2007. Retrieved 12 January 2011.
  7. ^ a b Sharovatov, Vitaly (iii June 2008). "HTTP History Lists and Back Push". WordPress. Retrieved three Feb 2010.
  8. ^ Burstein complaining "...I've been rejected until I come back with Netscape". 11 January 2011
  9. ^ "186272 – [GTK][WPE] Support JPEG 2000 images".
  10. ^ "On Ubuntu Updates – Michael Catanzaro'south Blog".
  11. ^ "Marketplace share for browsers, operating systems and search engines". Netmarketshare.com. Retrieved 30 Dec 2012.
  12. ^ "Market share for browsers, operating systems and search engines". Marketshare.hitslink.com. Retrieved xxx December 2012.
  13. ^ "Visual Map of Global usage of Web Browsers past Country". statcounter.com. i June 2013. Retrieved 1 January 2014.
  14. ^ "Browser Market Share Worldwide". StatCounter Global Stats.
  15. ^ "Browser Market Share Worldwide – StatCounter Global Stats". StatCounter Global Stats.
  16. ^ "Browser market share". netmarketshare.com.
  17. ^ "Dashiki: Uncomplicated Asking Breakdowns". analytics.wikimedia.org.
  18. ^ "Desktop Browser Market Share Worldwide – StatCounter Global Stats". StatCounter Global Stats.
  19. ^ "Browser market share". netmarketshare.com.
  20. ^ "W3Counter: Web Browser Market Share Trends". www.w3counter.com.
  21. ^ "Dashiki: Simple Request Breakdowns". analytics.wikimedia.org.
  22. ^ "Mobile Browser Market place Share Worldwide – StatCounter Global Stats". StatCounter Global Stats.
  23. ^ "Browser market share". netmarketshare.com.
  24. ^ "Dashiki: Simple Request Breakdowns". analytics.wikimedia.org.
  25. ^ "Tablet Browser Market Share Worldwide".
  26. ^ https://netmarketshare.com/browser-marketplace-share.aspx?options=%7B%22filter%22%3A%7B%22%24and%22%3A%5B%7B%22deviceType%22%3A%7B%22%24in%22%3A%5B%22Tablet%22%5D%7D%7D%5D%7D%2C%22dateLabel%22%3A%22Custom%22%2C%22attributes%22%3A%22share%22%2C%22group%22%3A%22browser%22%2C%22sort%22%3A%7B%22share%22%3A-i%7D%2C%22id%22%3A%22browsersDesktop%22%2C%22dateInterval%22%3A%22Monthly%22%2C%22dateStart%22%3A%222020-09%22%2C%22dateEnd%22%3A%222020-09%22%2C%22pageLength%22%3A100%2C%22segments%22%3A%22-1000%22%7D
  27. ^ "Mobile and tablet internet usage exceeds desktop for first fourth dimension worldwide". StatCounter (Press release).
  28. ^ "StatCounter Global Stats - Browser, Os, Search Engine including Mobile Usage Share". StatCounter Global Stats . Retrieved 1 August 2019.
  29. ^ "StatCounter Global Stats - Browser, OS, Search Engine including Mobile Usage Share". StatCounter Global Stats . Retrieved 1 August 2019.
  30. ^ Number of Mobile-Only Net Users Now Exceeds Desktop-Only in the U.S.. Retrieved 5 May 2015.
  31. ^ "Statcounter statistics methodology". StatCounter. Retrieved 12 January 2011.
  32. ^ Zachte, Erik (28 February 2014). "Wikimedia Traffic Analysis Report – Browsers e.a." Retrieved 24 March 2014.
  33. ^ Zachte, Erik (15 February 2011). "Wikimedia Traffic Analysis Written report – Requests past destination". Retrieved 4 March 2011.
  34. ^ "About Our Data". Statowl.com. Archived from the original on 23 July 2010. Retrieved 12 January 2011.

External links [edit]

  • Useragent Detection
  • Online parser for Useragent

How Many People Use Chrome,

Source: https://en.wikipedia.org/wiki/Usage_share_of_web_browsers

Posted by: millersentwo1953.blogspot.com

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