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I would like to see the password generator tool allow the option for generating XKCD-style passwords. There are a number of Chrome plugins and Android apps that do this, but it would be great to have this built in to my password manager.

The password input type in Microsoft Edge includes a password reveal button. To make sure that the password is entered correctly, a user can click the password reveal button or press Alt+F8, to show the characters in the password field. You can remove the password reveal control, or customize the control styling.

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By default, the password reveal button is turned off, so that in the password field, dots replace the characters entered by the user. The password reveal button appears to the right of the password field, as an eye-shaped icon:

By default, the password reveal button is inserted into the Shadow DOM of all HTML input elements that have the type set to "password". Starting with Microsoft Edge Version 87, users or enterprises can disable this feature globally. Web designers and developers should expect most Microsoft Edge users to have the default experience.

However, you should consider taking advantage of the password reveal button. The native password reveal button has important security measures built into the behavior.

Instead of fully removing the control, you can instead modify the styling of the password reveal button to better match the visual language of the website. The following snippet provides an example of such styling:

The eye icon implements as a background image. To add a background color to the password reveal button, use the CSS background-color property instead of the background shorthand property.

The password reveal button is unavailable until the user enters text into the password field. To help keep the user's password entry secure, the browser suppresses the button in the following scenarios:

If the password reveal button is removed, the user must delete the contents of the password field to make the password reveal button appear again. This behavior prevents someone from making a minor adjustment to display the password, should the user step away from an unlocked device.

Weak and easy-to-guess passwords make even the soundest cybersecurity strategy easy to bypass. If a hacker guesses or cracks a password, the intruder can access your account or system without raising the alarm and compromise whatever asset you kept safe behind a password.

The guide below provides 11 strong password ideas that will help you stay a step ahead of hackers. We also explain the difference between sound and weak passphrases, provide tips on improving current passwords, and show the main methods hackers rely on to crack credentials.

While 89&^598 is entirely random, the first password is less secure than the second one. A password-cracking program could guess the 89&^598 in about 44 hours while cracking ILoveMyCatLordStewart would require 7 years of constant processing.

If you do not want to remember a random sequence of words, you can make a password out of a custom phase. Words within a phrase flow together better than random words and are easier to remember, but you should not rely on a famous saying or a quote.

You can use an acronym to create a memorable yet effective password. For example, you can choose the phrase "My son was born at a Liverpool hospital in 2002" and take the first letter of each word (Mswb@aLhi2002) to create a solid and easy-to-remember password.

Using the keyboard layout to create a custom pattern is another strong password idea. For example, you can remember something simple as a name (e.g., Jane Austen) and then use the keys above and to the right of the letters (Iwj4 W8e64j). Some good examples are:

This fun yet strong password idea requires you to list the ISO codes of your favorite countries or counties you visited (that way, you can update your password every time you visit a new nation). You will get something like this:

You can use mathematical symbols and equations to create a strong password. These passwords are typically long and full of different symbols, making them an ideal passphrase choice. Some examples are:

If you decide to use this method, be careful not to use common misspellings (such as "acommodate"). Hackers feed cracking programs with password lists with all usual wording errors, so the more obscure your password is, the better.

Besides strong password ideas, you can also rely on other security practices to ensure a password remains safe. The suggestions below are helpful both for securing personal credentials and protecting passwords on a company-wide level.

Even if someone steals your password, you can still prevent the intruder from accessing your account. Multi-factor authentication (MFA) adds an extra layer of security to your account by requiring the user to provide the following during login:

If you wish to protect your business from stolen identities and passwords, you can implement MFA via a specialized app your employees install on their smartphones. Google's Authenticator and Authy are two great free options, both tools that generate a one-time PIN that serves as an additional factor during login.

You (and your employees) should always use a VPN when typing in or exchanging passwords on public Wi-Fi. A VPN ensures no one is intercepting your username and password when you log into your account.

A password manager keeps track of all your passwords and does the remembering for you. All you remember is the master password which grants access to the management program (which is, hopefully, a strong password protected with MFA).

Password managers keep passphrases safe with encryption. If someone successfully hacks the manager, password hashes would be useless without the decryption key, which is why sound key management is vital for these apps.

A brute force attack is a simple process in which a program automatically cycles through different possible combinations until it guesses the target password. These programs can easily crack simple and medium passwords.

An average brute force program can try over 15 million key attempts per second, so 9 minutes is enough to crack most seven-character passphrases. Brute force attacks are the main reason why we insist on a 12-character minimum for passwords.

Whereas a brute force attack tries every possible combination of symbols, numbers, and letters, a dictionary attack tries to crack the password via a prearranged list of words. This attack typically starts with common categories of words, such as:

A dictionary attack also tries substituting letters with symbols, such as 1 for an I or @ for an A. This cyberattack is the main reason why no security-aware person should use common words in their password.

A hacker can intercept credentials when victims exchange passwords via unsecured network communications (without VPN and in-transit encryption). Also known as sniffing or snooping, eavesdropping allows a hacker to steal a password without the victim noticing something is wrong.

Credential recycling is a less targeted attack but still dangerous to people without a strong password. This tactic uses usernames and passwords collected in other breaches and tries them on as many random platforms and websites as possible.

Hackers typically gather tens of thousands of different credentials leaked from another hack. Unfortunately, as many people use the same simple passwords, this method is very effective. Another name for credential recycling is password spraying.

If someone steals or guesses your password, that person can easily bypass all other security measures protecting your data. The strong password ideas in this article can help keep you safe and ensure your passphrases never ends up in the wrong hands.

The precise behavior of the entry process may vary from browser to browser. Some browsers display the typed character for a moment before obscuring it, while others allow the user to toggle the display of plain-text on and off. Both approaches help a user check that they entered the intended password, which can be particularly difficult on mobile devices.

Note: Any forms involving sensitive information like passwords (such as login forms) should be served over HTTPS. Many browsers now implement mechanisms to warn against insecure login forms; see Insecure passwords.

The value attribute contains a string whose value is the current contents of the text editing control being used to enter the password. If the user hasn't entered anything yet, this value is an empty string (""). If the required property is specified, then the password edit box must contain a value other than an empty string to be valid.

Note: The line feed (U+000A) and carriage return (U+000D) characters are not permitted in a password value. When setting the value of a password control, line feed and carriage return characters are stripped out of the value.

The maximum string length (measured in UTF-16 code units) that the user can enter into the password field. This must be an integer value of 0 or higher. If no maxlength is specified, or an invalid value is specified, the password field has no maximum length. This value must also be greater than or equal to the value of minlength.

The minimum string length (measured in UTF-16 code units) that the user can enter into the password entry field. This must be a non-negative integer value smaller than or equal to the value specified by maxlength. If no minlength is specified, or an invalid value is specified, the password input has no minimum length.

Use of a pattern is strongly recommended for password inputs, in order to help ensure that valid passwords using a wide assortment of character classes are selected and used by your users. With a pattern, you can mandate case rules, require the use of some number of digits and/or punctuation characters, and so forth. See the section Validation for details and an example. e24fc04721