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This guide will help you understand how those passwords are exposed, and what you can do to keep them locked down. Before we dive into the how-tos of creating secure passwords, it's important to understand why you need a supersecure password to begin with.
After all, you might be thinking, "Who would want to hack my accounts? Although data breaches are out of your control, it's still imperative to create passwords that can withstand brute-force attacks and relentless frenemies.
Avoiding both types of attacks is dependent on the complexity of your password. Ideally, each of your passwords would be at least 16 characters, and contain a combination of numbers, symbols, uppercase letters, lowercase letters, and spaces.
The password would be free of repetition, dictionary words, usernames, pronouns, IDs, and any other predefined number or letter sequences.
The security-savvy community evaluates password strength in terms of "bits," where the higher the bits, the stronger the password.
An bit password is more secure than a bit password, and has a complex combination of the aforementioned characters. As a result, an bit password would take years longer to crack than a bit password.
Ideal passwords, however, are a huge inconvenience. How can we be expected to remember bit character passwords for each of our various Web accounts?
That's where many people turn to password managers like LastPass, Dashlane and 1Password. In his guide to mastering the art of passwords , Dennis O'Reilly suggests creating a system that both allows you to create complex passwords and remember them.
For example, create a phrase like "I hope the Giants will win the World Series in ! So, that phrase would result in this: The next option is to use a password generator, which come in the form of offline programs and Web sites.
Many password managers like LastPass or Dashlane also have built in password generator tools. Microsoft offers its own online strength checker , and promises that the form is completely secure.
Mac users can use the built-in Password Assistant to check their passwords' security. Any time a service like Facebook or Gmail offers "two-step verification," use it.
When enabled, signing in will require you to also enter in a code that's sent as a text message to your phone.
Meaning, a hacker who isn't in possession of your phone won't be able to sign in, even if they know your password. You only have to do this once for "recognized" computers and devices.
Here's how to set up two-step verification for many popular websites. If you follow one of the most important commandments of passwords, you know that you absolutely must have a unique password for every service you use.
The logic is simple: American paratroopers also famously used a device known as a "cricket" on D-Day in place of a password system as a temporarily unique method of identification; one metallic click given by the device in lieu of a password was to be met by two clicks in reply.
Passwords have been used with computers since the earliest days of computing. The system was based on a simulated Hagelin rotor crypto machine, and first appeared in 6th Edition Unix in A later version of his algorithm, known as crypt 3 , used a bit salt and invoked a modified form of the DES algorithm 25 times to reduce the risk of pre-computed dictionary attacks.
The easier a password is for the owner to remember generally means it will be easier for an attacker to guess. Similarly, the more stringent requirements for password strength, e.
They found that passwords based on thinking of a phrase and taking the first letter of each word are just as memorable as naively selected passwords, and just as hard to crack as randomly generated passwords.
Combining two or more unrelated words and altering some of the letters to special characters or numbers is another good method,  but a single dictionary word is not.
Having a personally designed algorithm for generating obscure passwords is another good method [ citation needed ].
However, asking users to remember a password consisting of a "mix of uppercase and lowercase characters" is similar to asking them to remember a sequence of bits: Similarly typing the password one keyboard row higher is a common trick known to attackers.
In , Google released a list of the most common password types, all of which are considered insecure because they are too easy to guess especially after researching an individual on social media: The security of a password-protected system depends on several factors.
The overall system must be designed for sound security, with protection against computer viruses , man-in-the-middle attacks and the like.
Physical security issues are also a concern, from deterring shoulder surfing to more sophisticated physical threats such as video cameras and keyboard sniffers.
Passwords should be chosen so that they are hard for an attacker to guess and hard for an attacker to discover using any of the available automatic attack schemes.
See password strength and computer security for more information. Nowadays, it is a common practice for computer systems to hide passwords as they are typed.
The purpose of this measure is to prevent bystanders from reading the password; however, some argue that this practice may lead to mistakes and stress, encouraging users to choose weak passwords.
As an alternative, users should have the option to show or hide passwords as they type them. Effective access control provisions may force extreme measures on criminals seeking to acquire a password or biometric token.
Some specific password management issues that must be considered when thinking about, choosing, and handling, a password follow.
The rate at which an attacker can submit guessed passwords to the system is a key factor in determining system security. Some systems impose a time-out of several seconds after a small number e.
In the absence of other vulnerabilities, such systems can be effectively secure with relatively simple passwords, if they have been well chosen and are not easily guessed.
Many systems store a cryptographic hash of the password. If an attacker gets access to the file of hashed passwords guessing can be done offline, rapidly testing candidate passwords against the true password's hash value.
In the example of a web-server, an online attacker can guess only at the rate at which the server will respond, while an off-line attacker who gains access to the file can guess at a rate limited only by the hardware on which the attack is running.
Passwords that are used to generate cryptographic keys e. Lists of common passwords are widely available and can make password attacks very efficient.
Security in such situations depends on using passwords or passphrases of adequate complexity, making such an attack computationally infeasible for the attacker.
An alternative to limiting the rate at which an attacker can make guesses on a password is to limit the total number of guesses that can be made.
The password can be disabled, requiring a reset, after a small number of consecutive bad guesses say 5 ; and the user may be required to change the password after a larger cumulative number of bad guesses say 30 , to prevent an attacker from making an arbitrarily large number of bad guesses by interspersing them between good guesses made by the legitimate password owner.
Some computer systems store user passwords as plaintext , against which to compare user log on attempts. If an attacker gains access to such an internal password store, all passwords—and so all user accounts—will be compromised.
If some users employ the same password for accounts on different systems, those will be compromised as well. More secure systems store each password in a cryptographically protected form, so access to the actual password will still be difficult for a snooper who gains internal access to the system, while validation of user access attempts remains possible.
The most secure don't store passwords at all, but a one-way derivation, such as a polynomial , modulus , or an advanced hash function.
The hash value is created by applying a cryptographic hash function to a string consisting of the submitted password and, in many implementations, another value known as a salt.
A salt prevents attackers from easily building a list of hash values for common passwords and prevents password cracking efforts from scaling across all users.
The main storage methods for passwords are plain text, hashed, hashed and salted, and reversibly encrypted.
If it is hashed but not salted then it is vulnerable to rainbow table attacks which are more efficient than cracking. If it is reversibly encrypted then if the attacker gets the decryption key along with the file no cracking is necessary, while if he fails to get the key cracking is not possible.
Thus, of the common storage formats for passwords only when passwords have been salted and hashed is cracking both necessary and possible. If a cryptographic hash function is well designed, it is computationally infeasible to reverse the function to recover a plaintext password.
An attacker can, however, use widely available tools to attempt to guess the passwords. These tools work by hashing possible passwords and comparing the result of each guess to the actual password hashes.
If the attacker finds a match, they know that their guess is the actual password for the associated user.
Password cracking tools can operate by brute force i. In particular, attackers can quickly recover passwords that are short, dictionary words, simple variations on dictionary words or that use easily guessable patterns.
More recent Unix or Unix like systems e. See LM hash for a widely deployed, and insecure, example. Passwords are vulnerable to interception i.
If the password is carried as electrical signals on unsecured physical wiring between the user access point and the central system controlling the password database, it is subject to snooping by wiretapping methods.
If it is carried as packeted data over the Internet, anyone able to watch the packets containing the logon information can snoop with a very low probability of detection.
Email is sometimes used to distribute passwords but this is generally an insecure method. Since most email is sent as plaintext , a message containing a password is readable without effort during transport by any eavesdropper.
Further, the message will be stored as plaintext on at least two computers: If it passes through intermediate systems during its travels, it will probably be stored on there as well, at least for some time, and may be copied to backup , cache or history files on any of these systems.
Using client-side encryption will only protect transmission from the mail handling system server to the client machine. Previous or subsequent relays of the email will not be protected and the email will probably be stored on multiple computers, certainly on the originating and receiving computers, most often in clear text.
The risk of interception of passwords sent over the Internet can be reduced by, among other approaches, using cryptographic protection.
There are several other techniques in use; see cryptography. Unfortunately, there is a conflict between stored hashed-passwords and hash-based challenge-response authentication ; the latter requires a client to prove to a server that they know what the shared secret i.
On many systems including Unix -type systems doing remote authentication, the shared secret usually becomes the hashed form and has the serious limitation of exposing passwords to offline guessing attacks.
In addition, when the hash is used as a shared secret, an attacker does not need the original password to authenticate remotely; they only need the hash.
Rather than transmitting a password, or transmitting the hash of the password, password-authenticated key agreement systems can perform a zero-knowledge password proof , which proves knowledge of the password without exposing it.
Moving a step further, augmented systems for password-authenticated key agreement e. An augmented system allows a client to prove knowledge of the password to a server, where the server knows only a not exactly hashed password, and where the unhashed password is required to gain access.
Usually, a system must provide a way to change a password, either because a user believes the current password has been or might have been compromised, or as a precautionary measure.
If a new password is passed to the system in unencrypted form, security can be lost e. Some web sites include the user-selected password in an unencrypted confirmation e-mail message, with the obvious increased vulnerability.
Identity management systems are increasingly used to automate issuance of replacements for lost passwords, a feature called self service password reset.
The user's identity is verified by asking questions and comparing the answers to ones previously stored i. Some password reset questions ask for personal information that could be found on social media, such as mother's maiden name.
As a result, some security experts recommend either making up one's own questions or giving false answers. Such policies usually provoke user protest and foot-dragging at best and hostility at worst.
There is often an increase in the people who note down the password and leave it where it can easily be found, as well as helpdesk calls to reset a forgotten password.
Users may use simpler passwords or develop variation patterns on a consistent theme to keep their passwords memorable. However, if someone may have had access to the password through some means, such as sharing a computer or breaching a different site, changing the password limits the window for abuse.
Allotting separate passwords to each user of a system is preferable to having a single password shared by legitimate users of the system, certainly from a security viewpoint.
This is partly because users are more willing to tell another person who may not be authorized a shared password than one exclusively for their use.
Separate logins are also often used for accountability, for example to know who changed a piece of data. Common techniques used to improve the security of computer systems protected by a password include:.
Some of the more stringent policy enforcement measures can pose a risk of alienating users, possibly decreasing security as a result. It is common practice amongst computer users to reuse the same password on multiple sites.
This presents a substantial security risk, since an attacker need only compromise a single site in order to gain access to other sites the victim uses.
This problem is exacerbated by also reusing usernames , and by websites requiring email logins, as it makes it easier for an attacker to track a single user across multiple sites.
Password reuse can be avoided or minimused by using mnemonic techniques , writing passwords down on paper , or using a password manager. Historically, many security experts asked people to memorize their passwords: More recently, many security experts such as Bruce Schneier recommend that people use passwords that are too complicated to memorize, write them down on paper, and keep them in a wallet.
Password manager software can also store passwords relatively safely, in an encrypted file sealed with a single master password.
A popular password manager software is 1Password. According to a survey by the University of London , one in ten people are now leaving their passwords in their wills to pass on this important information when they die.
One third of people, according to the poll, agree that their password protected data is important enough to pass on in their will.
Two factor authentication makes passwords more secure. For example, two-factor authentication will send you a text message, e-mail, or alert via a third-party app whenever a login attempt is made and possibly ask you to verify a code sent to you.