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Google Chrome Logo 2011

Google Chrome Logo


Google Chrome is a freeware web browser developed by Google that uses the WebKit layout engine. It was first released as a beta version for Microsoft Windows on September 2, 2008, and the public stable release was on December 11, 2008. As of June 2012, Google Chrome has 32.76% worldwide usage share of web browsers, making it the most widely used web browser, according to StatCounter.[3]

In September 2008, Google released a large portion of Chrome's source code as an open source project called Chromium[4][5] which Chrome releases continue to be based on.

ContentsEdit

HistoryEdit

For six years, Google's Chief Executive Eric Schmidt opposed the development of an independent web browser. He stated that "at the time, Google was a small company", and he did not want to go through "bruising browser wars". However, after co-founders Sergey Brin and Larry Page hired several Mozilla Firefox developers and built a demonstration of Chrome, Schmidt admitted that "It was so good that it essentially forced me to change my mind".[6]

AnnouncementEdit

The release announcement was originally scheduled for September 3, 2008, and a comic by Scott McCloud was to be sent to journalists and bloggers explaining the features within the new browser.[7] Copies intended for Europe were shipped early and German blogger Philipp Lenssen of Google Blogoscoped[8] made a scanned copy of the 38-page comic available on his website after receiving it on September 1, 2008.[9] Google subsequently made the comic available on Google Books[10] and mentioned it on their official blog along with an explanation for the early release.[11]

Public releaseEdit

[1][2]An early version of Chromium for Linux, explaining the difference between Chrome and ChromiumThe browser was first publicly released for Microsoft Windows (XP and later versions) on September 2, 2008 in 43 languages, officially a beta version.[12]

On the same day, a CNET news item[13] drew attention to a passage in the Terms of Service statement for the initial beta release, which seemed to grant to Google a license to all content transferred via the Chrome browser. This passage was inherited from the general Google terms of service.[14] Google responded to this criticism immediately by stating that the language used was borrowed from other products, and removed this passage from the Terms of Service.[15]

Chrome quickly gained about 1% usage share.[11][16][17][18] After the initial surge, usage share dropped until it hit a low of 0.69% in October 2008. It then started rising again and by December 2008, Chrome again passed the 1% threshold.[19]

In early January 2009, CNET reported that Google planned to release versions of Chrome for Mac OS X and Linux in the first half of the year.[20] The first official Chrome OS X and Linux developer previews[21] were announced on June 4, 2009 with a blog post[22] saying they were missing many features and were intended for early feedback rather than general use.

In December 2009, Google released beta versions of Chrome for Mac OS X and Linux.[23][24] Google Chrome 5.0, announced on May 25, 2010, was the first stable release to support all three platforms.[25]

Chrome was one of the twelve browsers offered to European Economic Area users of Microsoft Windows in 2010.[26]

DevelopmentEdit

Chrome was assembled from 25 different code libraries from Google and third parties such as Mozilla's Netscape Portable Runtime, Network Security Services, NPAPI, as well as SQLite and a number of other open-source projects.[27] The V8 JavaScript virtual machine was considered a sufficiently important project to be split off (as was Adobe/Mozilla's Tamarin) and handled by a separate team in Denmark coordinated by Lars Bak at Aarhus. According to Google, existing implementations were designed "for small programs, where the performance and interactivity of the system weren't that important", but web applications such as Gmail "are using the web browser to the fullest when it comes to DOM manipulations and JavaScript", and therefore would significantly benefit from a JavaScript engine that could work faster. [3][4]Usage share of web browsersChrome uses the WebKit rendering engine to display web pages, on advice from the Android team.[10] Chrome is tested internally with unit testing, "automated user interface testing of scripted user actions", fuzz testing, as well as WebKit's layout tests (99% of which Chrome is claimed to have passed) and against commonly accessed websites inside the Google index within 20–30 minutes.[10]

Google created Gears for Chrome, which added features for web developers typically relating to the building of web applications, including offline support.[10] However, Google phased out Gears in favor of HTML5.[28]

On January 11, 2011 the Chrome product manager, Mike Jazayeri, announced that Chrome will no longer support H.264 video codec for its HTML5 player, citing the desire to bring Google Chrome more in line with the currently available open codecs available in the Chromium project, which Chrome is based on.[29] As of January 2012, there has been no announcement yet of which future version of Chrome will actually implement the removal of H.264 support.

On February 7, 2012, Google launched Google Chrome Beta for Android 4.0 (Ice Cream Sandwich) devices.[30]

In March 2012 Google announced it was working on a version of Chrome for both the Metro and desktop versions of Windows 8.[31]

Enterprise deploymentEdit

In December 2010 Google announced that to make deploying Chrome easier in a business environment they would provide an official Chrome MSI package. For enterprise deployments it's important to have full-fledged MSI packages that can be customized via transform files, but the provided MSI[clarification needed] is only a very limiting MSI wrapper around the normal installer that does not fulfill all enterprise needs.[32] The normal downloaded Chrome installer puts the browser in the user's local app data directory and provides invisible background updates, but the MSI package will allow installation at the system level, providing system administrators control over the update process[33] — it was formerly possible only when Chrome was installed using Google Pack. Google also created Group Policies to fine tune the behavior of Chrome in the business environment, for example setting automatic updates interval, disable auto-updates, a home page and to workaround their basic Windows design flaws and bugs if it comes to roaming profiles support, etc.[34] Until version 18 the software is known not to be ready for enterprise deployments with roaming profiles.[35]

ChromiumEdit

Main article: Chromium (web browser)In September 2008, Google released a large portion of Chrome's source code as an open source project called Chromium. This move enabled third-party developers to study the underlying source code and to help port the browser to the Mac OS X and Linux operating systems. The Google-authored portion of Chromium is released under the permissive BSD license.[36] Other portions of the source code are subject to a variety of open source licenses.[37] Chromium is similar to Chrome, but lacks built-in automatic updates, built-in PDF reader and built-in Flash player, as well as Google branding and has a blue-colored logo instead of the multicolored Google logo.[38][39] Chromium does not implement user RLZ tracking.[40][41][42]

Release historyEdit

Click "show" to expand the release history table below.

FeaturesEdit

Google Chrome aims to be secure, fast, simple[88] and stable. There are extensive differences from its peers in Chrome's minimalistic user interface,[10] which is atypical of modern web browsers.[89] For example, Chrome does not render RSS feeds.[90] One of Chrome's strengths is its application performance and JavaScript processing speed, both of which were independently verified by multiple websites to be the swiftest among the major browsers of its time.[91][92] Many of Chrome's unique features had been previously announced by other browser developers, but Google was the first to implement and publicly release them.[93] For example, its most prominent graphical user interface (GUI) innovation, the merging of the address bar and search bar (the Omnibox), was first announced by Mozilla in May 2008 as a planned feature for Firefox.[94]

Web standards supportEdit

[5][6]The results of the Acid3 test on Google Chrome 4.0The first release of Google Chrome passed both the Acid1 and Acid2 tests. Beginning with version 4.0, Chrome has passed all aspects of the Acid3 test.[47]

Chrome has currently quite good support for JavaScript/ECMAScript according to Ecma International's ECMAScript standards conformance Test 262[95] (version ES5.1 of 2012-05-18). This test reports as final score the number of tests a browser failed; hence lower scores are better. In this test, Chrome version 21.0.1180 scored 17/11570, the beta version 22.0.1215.1 scored 16/11570, and the dev version 23.0.1237.0 scored 9/11570. For comparison, Firefox 14 scored 170/11750 while Internet Explorer 9 has a score of 600+.

On the official CSS 2.1 test suite by standardization organization W3C, WebKit, the Chrome rendering engine, passes 89.75% (89.38% out of 99.59%) of covered CSS 2.1 tests.[96]

On the HTML5 test (April, 2012 – version 3.0),[97] Chrome version 19.0.1084.52 scored 402 out of 500, with 13 bonus points. The beta version 20.0.1132.34 scored 414 out of 500, with 13 bonus points. The dev version 21.0.1163.0 scored 442 out of 500, with 13 bonus points.

SecurityEdit

See also: Browser securityChrome periodically retrieves updates of two blacklists (one for phishing and one for malware), and warns users when they attempt to visit a harmful site. This service is also made available for use by others via a free public API called "Google Safe Browsing API".[10]

Chrome will typically allocate each tab to fit into its own process to "prevent malware from installing itself" and prevent what happens in one tab from affecting what happens in another; however, the actual process-allocation model is more complex.[98] Following the principle of least privilege, each process is stripped of its rights and can compute, but cannot write files or read from sensitive areas (e.g. documents, desktop) — this is similar to the "Protected Mode" used by Internet Explorer on Windows Vista and Windows 7. The Sandbox Team is said to have "taken this existing process boundary and made it into a jail";[99] for example, malicious software running in one tab is supposed to be unable to sniff credit card numbers entered in another tab, interact with mouse inputs, or tell Windows to "run an executable on start-up" and it will be terminated when the tab is closed.[10] This enforces a simple computer security model whereby there are two levels of multilevel security (user and sandbox) and the sandbox can only respond to communication requests initiated by the user.[100] On Linux sandboxing uses the seccomp mode.[101][102]

Typically, plug-ins such as Adobe Flash Player are not standardized and as such, cannot be sandboxed as tabs can be. These often must run at, or above, the security level of the browser itself. To reduce exposure to attack, plugins are run in separate processes that communicate with the renderer, itself operating at "very low privileges" in dedicated per-tab processes. Plugins will need to be modified to operate within this software architecture while following the principle of least privilege.[10] Chrome supports the Netscape Plugin Application Programming Interface (NPAPI),[103] but does not support the embedding of ActiveX controls.[103] On March 30, 2010 Google announced that the latest development version of Chrome would include Adobe Flash as part of the browser, eliminating the need to download and install it separately. Flash would be kept up to date as part of Chrome's own updates.[104] Java applet support is available in Chrome with Java 6 update 12 and above.[105] Support for Java under Mac OS X was provided by a Java Update released on May 18, 2010.[106]

Security vulnerabilitiesEdit

See also: Comparison of web browsers#Security and vulnerabilitiesNo security vulnerabilities in Chrome had been successfully exploited in the three years of Pwn2Own from 2009–11.[107] However, Chrome was the first browser to be defeated at Pwn2Own 2012, by a French team who used zero day exploits to take complete control of a fully patched 64-bit Windows 7 PC using a booby-trapped website that overcame Chrome's sandboxing. It was also compromised twice at the 2012 CanSecWest Pwnium.[108][109][110]

Google's official response to the vulnerabilities was delivered by Jason Kersey, who congratulated the researchers, noting "We also believe that both submissions are works of art and deserve wider sharing and recognition."[111]

Malware blockingEdit

A study has shown that users are four times more likely to be tricked into downloading malware than be compromised by an exploit.[112] A May 2011 study reported Chrome 10 blocked only 13% of malicious URLs, the same as Safari and Firefox, behind Internet Explorer 9 which blocked 92%, and 100% with application-based filtering enabled. Referring to that study, Ars Technica wrote in July 2011 that "Even with the false positives, Microsoft's approach appears to be more secure."[113][114] A February 2012 study reported that Chrome 15 had a 34.1% malware-blocking rate.[115][116] Neither study analyzed exploits that install malware without the user being aware (for example clickjacking and drive-by downloads).

Google introduced new security functionality — download scanning protection — in Chrome 17.[73][117]

PrivacyEdit

Privacy modeEdit

The private browsing feature called Incognito mode prevents the browser from permanently storing any history information or cookies from the websites visited.[118] Incognito mode is similar to the private browsing feature in other web browsers. Chrome was the second browser to implement this feature, after Safari.

Usage trackingEdit

Chrome sends details about its usage to Google through both optional and non-optional user tracking mechanisms.[119]

Tracking methods
Method[120] Information sent When Optional? If optional, is default?
Installation Randomly generated token included in installer. Used to measure success rate of Google Chrome once at installation.[121]

On installation

No n/a
RLZ identifier[122] Encoded string, according to Google, contains non-identifying information how Chrome was downloaded and its install week, and is used to measure promotional campaigns.[121] Google provides the source code to decode this string.[42]
  • On Google search query
  • On first launch and first use of address bar[121]
Partial[note 2][121] n/a
clientID[123] Unique identifier along with user preferences, logs of usage metrics and crashes. Unknown Yes[124] No
Omnibox predictions[123] Text typed into the address bar. While typing Yes Yes
Page not found Text typed into the address bar. Upon receiving "Server not found" response Yes Yes
Google Update (Windows) Information about how often Chrome is used, details about the OS and Chrome version. Unknown No n/a
Google Software Update (OS X)

Some of the tracking mechanisms can be optionally enabled and disabled through the installation interface[125] and through the browser's options dialog.[123] Unofficial builds, such as SRWare Iron and CoolNovo (previously known as ChromePlus), seek to remove these features from the browser altogether.[120] The RLZ feature is not included in the Chromium browser either.[42]

In March 2010, Google devised a new method to collect installation statistics: the unique ID token included with Chrome is now only used for the first connection that Google Update makes to its server.[126]

The optional suggestion service included in Google Chrome has been criticized because it provides the information typed into the Omnibox to the search provider before the user even hits return. This allows the search engine to provide URL suggestions, but also provides them with web usage information tied to an IP address.[127]

Do Not TrackEdit

Main article: Criticism of Google#Do Not TrackIn February 2012, Google announced that Chrome will support Do Not Track by the end of 2012.[128]

SpeedEdit

The JavaScript virtual machine used by Chrome, the V8 JavaScript engine, has features such as dynamic code generation, hidden class transitions, and precise garbage collection.[10]

Several websites performed benchmark tests using the SunSpider JavaScript Benchmark tool as well as Google's own set of computationally intense benchmarks, which include ray tracing and constraint solving.[129] They unanimously reported that Chrome performed much faster than all competitors against which it had been tested, including Safari (for Windows), Firefox 3.0, Internet Explorer 7, Opera, and Internet Explorer 8.[130][131][132][133][134][135] However in more recent independent tests of JavaScript performance, Chrome has been scoring just behind Opera's Presto engine since it was updated in version 10.5.[136]

On September 3, 2008, Mozilla responded by stating that their own TraceMonkey JavaScript engine (then in beta), was faster than Chrome's V8 engine in some tests.[137][138][139] John Resig, Mozilla's JavaScript evangelist, further commented on the performance of different browsers on Google's own suite, commenting on Chrome's "decimating" (sic) of the other browsers, but he questioned whether Google's suite was representative of real programs. He stated that Firefox 3.0 performed poorly on recursion-intensive benchmarks, such as those of Google, because the Mozilla team had not implemented recursion-tracing yet.[140]

Two weeks after Chrome's launch, the WebKit team announced a new JavaScript engine, SquirrelFish Extreme,[141] citing a 36% speed improvement over Chrome's V8 engine.[142][143][144]

Chrome uses DNS prefetching to speed up website lookups,[145] as other browsers like Firefox,[146] Safari,[147] Internet Explorer (called DNS Pre-resolution),[148] and in Opera as a UserScript (not built-in).[149]

Chrome utilizes the faster SPDY protocol instead of HTTP[150][151] when communicating with Google services, such as Google Search, Gmail, Chrome sync and when serving Google's ads. Google acknowledges that the use of SPDY is enabled in the communication between Chrome and Google's SSL-enabled servers.[152]

StabilityEdit

A multi-process architecture is implemented in Chrome[153] where, by default, a separate process is allocated to each site instance and plugin. This procedure is termed process isolation,[154] and it prevents tasks from interfering with each other, raising security and stability. An attacker successfully gaining access to one application gains access to no others,[155] and failure in one instance results in a Sad Tab screen of death, similar to the well-known Sad Mac, but only one tab crashes instead of the whole application. This strategy exacts a fixed per-process cost up front, but results in less memory bloat overall as fragmentation is confined to each instance and no longer needs further memory allocations.[10] This architecture is being adopted in upcoming versions of Safari[156] and Firefox.[157]

Chrome includes a process management utility called Task Manager which lets users see what sites and plugins are using the most memory, downloading the most bytes and overusing the CPU and provides the ability to terminate them.[10]

User interfaceEdit

By default, the main user interface includes back, forward, refresh/cancel and menu buttons. A home button is not shown by default, but can be added through the Settings page to take the user to the new tab page or a custom home page.[158]

Tabs are the main component of Chrome's user interface and as such, have been moved to the top of the window rather than below the controls. This subtle change contrasts with many existing tabbed browsers which are based on windows and contain tabs. Tabs, with their state, can be transferred seamlessly between window containers by dragging. Each tab has its own set of controls, including the Omnibox.[10]

The Omnibox is a URL box that combines the functions of both the address bar and search box. If a user enters the URL of a site previously searched from, Chrome allows pressing Tab to search the site again directly from the Omnibox. When a user starts typing in the Omnibox, Chrome provides suggestions for previously visited sites (based on the URL or in-page text), popular websites (not necessarily visited before — powered by Google Instant), and popular searches. Although Instant can be turned off, suggestions based on previously visited sites cannot be turned off. Chrome will also autocomplete the URLs of sites visited often.[10] If a user types keywords into the Omnibox that don't match any previously visited websites and presses enter, Chrome will conduct the search using the default search engine.

One of Chrome's differentiating features is the New Tab Page, which can replace the browser home page and is displayed when a new tab is created. Originally, this showed thumbnails of the nine most visited web sites, along with frequent searches, recent bookmarks, and recently closed tabs; similar to Internet Explorer and Firefox with Google Toolbar, or Opera's Speed Dial.[10] In Google Chrome 2.0, the New Tab Page was updated to allow users to hide thumbnails they did not want to appear.[159]

Starting in version 3.0, the New Tab Page was revamped to display thumbnails of the eight most visited web sites. The thumbnails could be rearranged, pinned, and removed. Alternatively, a list of text links could be displayed instead of thumbnails. It also features a "Recently closed" bar that shows recently closed tabs and a "tips" section that displays hints and tricks for using the browser.[160] [7][8]Google Chrome logos. Top: 3D motif from project start until March 2011. Bottom: 2D motif from March 2011 to present.Chrome includes a bookmark manager that can be opened from a menu. Adding the command-line option --bookmark-menu adds a bookmarks button to the right of the Omnibox that can be used in place of the bookmarks bar.[161] As of 2009, this function was unavailable on the Linux and Mac platforms.[162]

Popup windows are associated with the tab they came from and will not appear outside the tab unless the user explicitly drags them out.[10]

For web developers, Chrome features an element inspector similar to the one in Firebug.[145]

Chrome has special URLs that load application-specific pages instead of websites or files on disk. Chrome also has a built-in ability to enable experimental features. Originally called about:labs, the address was changed to about:flags to make it less obvious to casual users.[163][164]

In March 2011, Google introduced a new simplified logo to replace the previous 3D logo that had been used since the project's inception. Google designer Steve Rura explained the company reasoning for the change: "Since Chrome is all about making your web experience as easy and clutter-free as possible, we refreshed the Chrome icon to better represent these sentiments. A simpler icon embodies the Chrome spirit – to make the web quicker, lighter, and easier for all."[61]

Desktop shortcuts and appsEdit

Chrome allows users to make local desktop shortcuts that open web applications in the browser. The browser, when opened in this way, contains none of the regular interface except for the title bar, so as not to "interrupt anything the user is trying to do". This allows web applications to run alongside local software (similar to Mozilla Prism and Fluid).[10]

This feature, according to Google, will be enhanced with the Chrome Web Store, a one-stop web-based web applications directory which opened in December 2010.[165][166]

Chrome Web StoreEdit

Main article: Chrome Web StoreAnnounced on December 7, 2010, the Chrome Web Store allows users to install web applications as extensions to the browser, although most of these function simply as links to popular web pages and/or games, but some of the apps like Springpad do provide extra features like offline access. The themes and extensions have also been tightly integrated into the new store, allowing users to search the entire catalog of Chrome extras.[167]

The Chrome Web Store was opened on February 11, 2011 with the release of Google Chrome 9.0.[168]

ExtensionsEdit

Main article: Google Chrome ExtensionsOn September 9, 2009, Google enabled extensions by default on Chrome's Dev channel, and provided several sample extensions for testing.[169] In December, the Google Chrome extension gallery beta began with over 300 extensions.[24][170]

Along with Google Chrome 4.0, the extension gallery was officially launched on January 25, 2010, containing over 1500 extensions.[171]

As of February 4, 2011, the extension gallery featured more than 11,500 extensions,[172] including official extensions from the Independent,[173] CEOP,[174] Transport for London,[175] Cricinfo,[176] Web of Trust (WOT)[177] and FIFA.[178]

Many Chrome extensions, once installed, have access to the user's data. There are three levels of permissions that an app or extension may request.[179]

ThemesEdit

Starting with Google Chrome 3.0, users can install themes to alter the appearance of the browser.[180] Many free third-party themes are provided in an online gallery,[181] accessible through a "Get themes" button in Chrome's options.[182]

Automatic web page translationEdit

Starting with Google Chrome 4.1 the application added a built-in translation bar using Google Translate. Translation is currently available for 52 languages.[183]

Release channels and updatesEdit

On January 8, 2009, Google introduced a new release system with three distinct channels: Stable, Beta, and Developer preview (called the "Dev" channel). Before this change there were only two channels: Beta and Developer preview. All previous Developer channel users were moved to the Beta channel. The reason given by Google is that the Developer channel builds are less stable and polished than those that Developer channel users were getting during Google Chrome's Beta period. The stable channel will be updated with features and fixes once they have been thoroughly tested in the Beta channel, and the Beta channel will be updated roughly monthly with stable and complete features from the Developer channel. The Developer channel is where ideas get tested (and sometimes fail) and can be very unstable at times.[184][185] On July 22, 2010, Google announced it will ramp up the speed it will release new stable versions; they will shorten the release cycles from quarterly to 6 weeks.[186] The faster release cycle brought a fourth channel: the "Canary" release; the name refers to using canaries in coal mines, so if a change "kills" Chrome Canary, they will block it from the developer build. Canary will be "the most bleeding-edge official version of Chrome and somewhat of a mix between Chrome dev and the Chromium snapshot builds". Canary releases run side-by-side with any other channel; it is not linked to the other Google Chrome installation and can therefore run different synchronization profiles, themes, and browser preferences.[187] It does not include the option to be the default browser. Canary was Windows-only at first; a Mac OS X version was released on May 3, 2011.[188]

Chrome automatically keeps itself up-to-date. The details differ by platform. On Windows, it uses Google Updater, and auto-update can be controlled via Group Policy,[189] or users can download a standalone version that does not autoupdate.[190][191] On Mac, it uses Google Update Service, and auto-update can be controlled via the Mac OS X "defaults" system.[192] On Linux, it lets the system's normal package management system supply the updates.

Retina screen supportEdit

Google announced in its Chrome blog that it will bring high resolution Retina support to Apple's next generation MacBook Pro. Google’s Chrome engineers already have a version of the browser ready to handle the 2880 ×1800 high-resolution screen. “We’re committed to polishing Chrome until it shines on [the new Pro]” the Chrome team wrote, releasing an early version of the browser (ver. 22 Canary) with basic Retina support, and promising more soon.

PlatformsEdit

Chrome is available for[193]

  • Windows: XP Service Pack 2+ / Vista / 7 / 8
  • Mac OS X: 10.6 or later[194]
  • Linux: Ubuntu 8.04 or later / Debian 5 / OpenSuse 11.1 / Fedora

As of 2012, 32-bit and 64-bit builds are available for Linux, with only 32-bit builds available for Mac OS X and Windows.[195][196]

  • iOS, iPhone, iPod touch, iPad
  • Android 4.0 or later

Android versionEdit

Main article: Google Chrome for AndroidA beta version for Android 4.0 devices was launched on February 7, 2012, available for a limited number of countries from Google Play.[197]

  • Notable features: synchronization with desktop Chrome to provide the same bookmarks and view the same browser tabs,[198] page pre-rendering,[199] hardware acceleration.[200]
  • Many of the latest HTML5 features: almost all of the Web Platform’s features: GPU-accelerated canvas, including CSS 3D Transforms, CSS animations, SVG, WebSockets (including binary messages), Dedicated Workers; it has overflow scroll support, strong HTML5 video support, and new capabilities such as IndexedDB, WebWorkers, Application Cache and the File APIs, date and time pickers, parts of the Media Capture API.[199][201] Also supports mobile oriented features such as Device Orientation and Geolocation.[201]
  • Mobile customisations: swipe gesture tab switching,[198] link preview allows zooming in on (multiple) links to ensure the desired one is clicked,[198] font size boosting to ensure readability regardless of the zoom level.[201]
  • Missing from the desktop version: sandboxed tabs,[199][202] Safe Browsing,[199] apps or extensions,[200] Adobe Flash (now and in future),[200] WebGL, Native Client.[200]
  • Development changes: remote debugging,[199][203] part of the browser layer has been implemented in Java, communicating with the rest of the Chromium and WebKit code through Java Native Bindings.[201] The code of Chrome for Android is a fork of the Chromium project. It is a priority to upstream most new and modified code to Chromium and WebKit to resolve the fork.[201]
  • April 17, 2012 update included the availability to access in 31 additional languages and in all countries where Google Play is available. A desktop version of a website can also be requested as opposed to a mobile version. In addition, Android users can now add bookmarks to their Android home screens if they choose and decide which apps should handle links opened in Chrome.[204]
  • On the June 27, 2012 Google Chrome for Android exited beta and became stable.[205]

Chrome OSEdit

Main article: Google Chrome OSGoogle Chrome is the basis of Google's Chrome OS operating system that ships on specific hardware from Google's manufacturing partners.[206] The user interface has a minimalist design resembling the Google Chrome browser. Chrome OS is aimed at users who spend most of their computer time on the Web; the only applications on the devices are a browser incorporating a media player and a file manager.[207][208][209][210][211]

Google announced Chrome OS on July 7, 2009.[212]

iOS versionEdit

Google Chrome for iOS is the mobile rendition of Google's Chrome web browser for Apple's iOS operating system as its name implies. It was released on the App Store on June 26, 2012. It supports the iPad, iPhone, and iPod touch, and requires that the device have at least iOS version 4.3 installed.[213] Per Apple's requirements for browsers released through the App Store, this version of Chrome uses the iOS WebKit, that is the mobile Safari iOS engine and components, but restricted from using their Nitro JavaScript engine.[214]

In a review by Chitika on July 18, 2012, Google Chrome was noted as having 1.5% of the iOS web browser market.[215]

Metro versionEdit

In June 2012, Google released the developers version of Chrome 21.[216] On Windows 8, this version of Chrome can be run in the Metro UI as long as it is set as the default browser on the computer. The Metro version of Chrome looks identical to its desktop counterpart and does not support the standard design principles of the Metro UI.

UsageEdit

[9][10]Usage share of web browsers according to StatCounter, Chrome was 31% in April 2012.[217][11][12]Most used web browser by country according to StatCounter. Internet Explorer Google Chrome Firefox OperaFurther information: Usage share of web browsers and Browser warsIn 2008, The Daily Telegraph's Matthew Moore summarizes the verdict of early reviewers: "Google Chrome is attractive, fast and has some impressive new features, but may not — yet — be a threat to its Microsoft rival."[218]

Initially, Microsoft reportedly played down the threat from Chrome and predicted that most people will embrace Internet Explorer 8. Opera Software said that "Chrome will strengthen the Web as the biggest application platform in the world".[219] But by February 25, 2010, BusinessWeek had reported that "For the first time in years, energy and resources are being poured into browsers, the ubiquitous programs for accessing content on the Web. Credit for this trend—a boon to consumers—goes to two parties. The first is Google, whose big plans for the Chrome browser have shaken Microsoft out of its competitive torpor and forced the software giant to pay fresh attention to its own browser, Internet Explorer. Microsoft all but ceased efforts to enhance IE after it triumphed in the last browser war, sending Netscape to its doom. Now it's back in gear."[220] Mozilla said that Chrome's introduction into the web browser market comes as "no real surprise", that "Chrome is not aimed at competing with Firefox", and furthermore that it would not affect Google's revenue relationship with Mozilla.[221][222] Chrome's design bridges the gap between desktop and so-called "cloud computing." At the touch of a button, Chrome lets you make a desktop, Start menu, or QuickLaunch shortcut to any Web page or Web application, blurring the line between what's online and what's inside your PC. For example, I created a desktop shortcut for Google Maps. When you create a shortcut for a Web application, Chrome strips away all of the toolbars and tabs from the window, leaving you with something that feels much more like a desktop application than like a Web application or page.—PC World[223]Chrome overtook Firefox in November 2011. As of May 2012, StatCounter measured Chrome and MS IE at roughly 32% usage share each, with Firefox at 26%.[217][224][225]

Along with Safari and Mozilla Firefox, Chrome receives a weekend "bump", which boosts its marketshare by as much as three percentage points on week-ends, at the expense of Internet Explorer.[226]

It was reported by StatCounter, a web analytics company, that for the single day of Sunday, March 18, 2012 Chrome was the most used web browser in the world for the first time. Chrome secured 32.7% of the global web browsing on that day, while Internet Explorer followed closely behind with 32.5%.[227]

From May 14–21, 2012 Google Chrome was responsible for more Internet traffic than Microsoft's Internet Explorer (for the first time), which long has held its spot as the most used Web browser in the world.[228] According to StatCounter, 31.88% of web traffic was generated by Chrome for a sustained period of one week and 31.47% by Internet Explorer. Though Chrome has topped Internet Explorer for single day's usage in the past, this is the first time it has led for one full week.[229]

At the 2012 Google I/O developers' conference, Google claimed that there were 310 million active users of Chrome, almost double the number in 2011, which was stated as 160 million active users.[230]

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