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\"<p>File
File photo<\/span><\/figcaption><\/figure>Aren’t there just too many passwords<\/a> to remember? As necessary passwords are they can be quite irritating as well. For a while now, the bigwigs of tech town have been working on going password-less. Apple<\/a> already with iOS 16 revealed that passkeys<\/a> will make it easier for users to not use passwords but the implementation is still in the works.

And now Google<\/a> has released an update to developers that will help them ditch passwords and use passkeys. Here we explain what are passkeys, how they will replace password and all other details.

What are passkeys?
<\/b>
According to Google, a passkey is a digital credential, which is directly tied to a user account and a website or application. With passkeys, users will not have to enter any sort of username, password or even use additional authentication factor.

Google believes that passkeys are a safer and easier replacement for passwords. With passkeys, users can sign in to apps and websites with a biometric sensor (such as a fingerprint or facial recognition), PIN, or pattern, freeing them from having to remember and manage passwords. Further, Google says that the user experience can be “as simple as autofilling a password form.”

How to create a passkey?
<\/b>
For a passkey to work for any website or app, a user first must register with that website or application. The next time when users return to the website or app to sign in, they can take the following steps:

  1. Go to the application.<\/li>
  2. Click Sign in<\/b>.<\/li>
  3. Select their passkey.<\/li>
  4. Use the device screen unlock to complete the login.<\/li><\/ol>Do keep in mind that Google is making this technology available for developers and it will take sometime before it reaches users.

    How do passkeys work?
    <\/b>
    The best thing about passkeys is that they aren’t restricted to any particular operating system, say     Android<\/a> or iOS. Passkeys stored on phones can be used when logging into a laptop, even if the passkey is not synchronized to the laptop. For this to work, the phone has to be near the laptop and the user has to approve the sign-in on the phone.

    Google explains this with the help of an example. Google explains how this’ll work. “For example, a user visits any website on their     Chromebook<\/a>. This user has previously logged into the same site on their iOS device and generated a passkey. On the Chromebook, the user chooses to sign in with a passkey from another device. The two devices<\/a> will connect and the user will be prompted to approve the use of their passkey on the iOS device, e.g. with FaceID.”

    On Chrome on Android, passkeys are stored in the Google Password Manager, which then “synchronises passkeys between the user's Android devices that are signed into the same Google account,” explained Google.

    How secure will passkeys be?
    <\/b>
    Very secure, as per Google, as it says passkeys provide robust protection against phishing attacks, unlike SMS or an app based one-time passwords. “Since passkeys are standardised, a single implementation enables a passwordless experience across different browsers and operating systems,” said Google in a blog post.

    Moreover, passkeys use public key cryptography which reduces the threat of potential data breaches. When a user creates a passkey with a site or application, this generates a public–private key pair on the user's device. “Only the public key is stored by the site, but this alone is useless to an attacker. An attacker cannot derive the user's private key from the data stored on the server, which is required to complete authentication,” explains Google.





    <\/body>","next_sibling":[{"msid":94891955,"title":"Google\u2019s big Pixel bets to compete with Apple & Samsung smartphones","entity_type":"ARTICLE","link":"\/news\/googles-big-pixel-bets-to-compete-with-apple-samsung-smartphones\/94891955","category_name":null,"category_name_seo":"telecomnews"}],"related_content":[],"msid":94892015,"entity_type":"ARTICLE","title":"How Google wants to be free of passwords","synopsis":" Google has released an update to developers that will help them ditch passwords and use passkeys. Here we explain what are passkeys, how they will replace password and all other details.","titleseo":"telecomnews\/how-google-wants-to-be-free-of-passwords","status":"ACTIVE","authors":[],"Alttitle":{"minfo":""},"artag":"TIMESOFINDIA.COM","artdate":"2022-10-16 10:58:28","lastupd":"2022-10-16 11:00:11","breadcrumbTags":["google","apple","passkeys","google chrome","android","passwords","chromebook","devices"],"secinfo":{"seolocation":"telecomnews\/how-google-wants-to-be-free-of-passwords"}}" data-authors="[" "]" data-category-name="" data-category_id="" data-date="2022-10-16" data-index="article_1">

    谷歌想要免费的密码多少

    Google已经发布了一个更新开发人员将帮助他们抛弃密码和使用万能钥匙。这里我们解释什么是万能钥匙,他们如何将取代密码和其他细节。

    • 更新2022年10月16日上午11点坚持
    < / p > < p >文件照片
    文件的照片
    没有太多了密码还记得吗?必要的密码是可以非常生气。现在,科技城镇的头面人物一直在无密码。苹果已经与iOS 16显示万能钥匙不方便用户使用密码但是实现仍在工作。

    现在谷歌发布了一个更新开发人员将帮助他们抛弃密码和使用万能钥匙。这里我们解释什么是万能钥匙,他们如何将取代密码和其他细节。

    万能钥匙是什么?
    根据谷歌,万能钥匙是一个数字证书,直接绑定到一个用户帐户,一个网站或应用程序。万能钥匙,用户将不必输入任何类型的用户名、密码或甚至使用额外的身份验证因素。

    广告
    谷歌相信万能钥匙是一个更安全、更容易替代密码。万能钥匙,用户可以登录到应用程序和网站带有生物传感器(如指纹、面部识别),销,或模式,让他们不必记住和管理密码。此外,谷歌表示,用户体验可以“autofilling密码形式一样简单。”

    如何创建一个万能钥匙?
    一个万能钥匙为任何网站或应用程序工作,用户首先必须注册,网站或应用程序。下次当用户返回到登录网站或应用程序,他们可以采取以下步骤:

    1. 去应用。
    2. 点击登录。
    3. 选择他们的万能钥匙。
    4. 使用设备屏幕解锁完成登录。
    记住,谷歌是使这项技术可以为开发人员和用户需要在到达之前。

    万能钥匙如何工作?
    万能钥匙最棒的地方是,他们并不局限于任何特定的操作系统,说安卓或iOS。万能钥匙可以使用存储在手机登录到一台笔记本电脑时,即使万能钥匙不同步的笔记本电脑。为此,电话必须在笔记本电脑和手机上的用户通过登录。

    广告
    谷歌解释说这的一个例子。谷歌解释说这是如何工作的。“例如,一个用户访问任何网站上Chromebook。这个用户已经登录到同一地点在iOS设备和生成的万能钥匙。Chromebook,用户选择登录用万能钥匙从另一个设备。这两个设备将连接,用户将被提示批准他们的iOS设备上的万能钥匙的使用,例如FaceID。”

    在Chrome在Android上,万能钥匙存储在谷歌密码管理器,然后“同步万能钥匙用户的Android设备之间签署了相同的谷歌帐户,”Google解释说。

    万能钥匙会有多安全?
    非常安全,根据谷歌,因为它说万能钥匙提供健壮的防范网络钓鱼攻击,与SMS或应用程序基于一次性密码。“因为万能钥匙是标准化的,一个实现可以无密码体验在不同的浏览器和操作系统,”谷歌在一篇博客文章中说。

    此外,万能钥匙使用公钥密码术减少了潜在的数据泄露的威胁。当一个用户使用一个网站或应用程序创建一个万能钥匙,这产生一个公私密钥对用户的设备。“只有公钥存储的网站,但这仅是无用的攻击者。攻击者无法获得用户的私钥存储在服务器上的数据,必须完成身份验证,”解释了谷歌。





    • 发布于2022年10月16日上午10:58坚持
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\"&lt;p&gt;File
File photo<\/span><\/figcaption><\/figure>Aren’t there just too many passwords<\/a> to remember? As necessary passwords are they can be quite irritating as well. For a while now, the bigwigs of tech town have been working on going password-less. Apple<\/a> already with iOS 16 revealed that passkeys<\/a> will make it easier for users to not use passwords but the implementation is still in the works.

And now Google<\/a> has released an update to developers that will help them ditch passwords and use passkeys. Here we explain what are passkeys, how they will replace password and all other details.

What are passkeys?
<\/b>
According to Google, a passkey is a digital credential, which is directly tied to a user account and a website or application. With passkeys, users will not have to enter any sort of username, password or even use additional authentication factor.

Google believes that passkeys are a safer and easier replacement for passwords. With passkeys, users can sign in to apps and websites with a biometric sensor (such as a fingerprint or facial recognition), PIN, or pattern, freeing them from having to remember and manage passwords. Further, Google says that the user experience can be “as simple as autofilling a password form.”

How to create a passkey?
<\/b>
For a passkey to work for any website or app, a user first must register with that website or application. The next time when users return to the website or app to sign in, they can take the following steps:

  1. Go to the application.<\/li>
  2. Click Sign in<\/b>.<\/li>
  3. Select their passkey.<\/li>
  4. Use the device screen unlock to complete the login.<\/li><\/ol>Do keep in mind that Google is making this technology available for developers and it will take sometime before it reaches users.

    How do passkeys work?
    <\/b>
    The best thing about passkeys is that they aren’t restricted to any particular operating system, say     Android<\/a> or iOS. Passkeys stored on phones can be used when logging into a laptop, even if the passkey is not synchronized to the laptop. For this to work, the phone has to be near the laptop and the user has to approve the sign-in on the phone.

    Google explains this with the help of an example. Google explains how this’ll work. “For example, a user visits any website on their     Chromebook<\/a>. This user has previously logged into the same site on their iOS device and generated a passkey. On the Chromebook, the user chooses to sign in with a passkey from another device. The two devices<\/a> will connect and the user will be prompted to approve the use of their passkey on the iOS device, e.g. with FaceID.”

    On Chrome on Android, passkeys are stored in the Google Password Manager, which then “synchronises passkeys between the user's Android devices that are signed into the same Google account,” explained Google.

    How secure will passkeys be?
    <\/b>
    Very secure, as per Google, as it says passkeys provide robust protection against phishing attacks, unlike SMS or an app based one-time passwords. “Since passkeys are standardised, a single implementation enables a passwordless experience across different browsers and operating systems,” said Google in a blog post.

    Moreover, passkeys use public key cryptography which reduces the threat of potential data breaches. When a user creates a passkey with a site or application, this generates a public–private key pair on the user's device. “Only the public key is stored by the site, but this alone is useless to an attacker. An attacker cannot derive the user's private key from the data stored on the server, which is required to complete authentication,” explains Google.





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