Method for creating and memorizing high-strength password

Abstract

The invention discloses a high-strength password creating and memorizing method, and belongs to the technical field of high-strength password creating and memorizing. According to the high-strength password creating and memorizing method, association can be carried out according to specific platform functions by adopting the creation of a united password, so that the password is set, various letters, numbers and symbols can be memorized quickly in the same manner, and the memorizing manner is very simple, convenient and fast; the password setting complexity can be completely ensured, the memory of people cannot be affected due to excessive complexity, secondly, a hierarchical management mode is adopted for the passwords of various platforms, the passwords are divided into core passwords, important passwords and temporary passwords, the risk that people use the same password in a large number, and consequently collective theft is caused is reduced, and the security of the users is improved. And the password can be regularly detected by using a regularly used detection tool, so that the condition that the password is stolen and cannot be known by a user is reduced, and the password can be recorded in word or excel for encryption protection.

Description

Technical Field

[0001] The present invention relates to the technical field of high-strength password creation and memory, and more specifically, to a method for creating and memorizing a high-strength password. Background Art

[0002] Passwords play a vital role in today's society. A password is a combination of characters with a specific meaning. It is like a mysterious key that protects personal and important information. In the computer and network fields, passwords are used to verify user identities and ensure that only legitimate users can log in to various online services, such as email, social media accounts, and online banking, to protect personal privacy and property security. At the same time, passwords can also encrypt important files to prevent unauthorized access and ensure the confidentiality of data. In daily life, passwords are also widely used in safes, access control systems, and combination locks to protect valuables, control access to places, and prevent others from opening specific items at will. In short, passwords are a solid line of defense to protect information security and important resources, providing reliable protection for our lives and work.

[0003] In daily life, when we create passwords, we often use very simple methods, such as setting them to "123456" or some simple letter combinations, etc. Many people also use personal information that can be easily obtained from social media or school materials, such as their own names or birthdays as passwords. In addition, many people set the same passwords on different platforms. Such passwords are extremely insecure and are not managed in a hierarchical manner. A survey shows that more than half of Chinese netizens are accustomed to using one password for multiple accounts, and 14.9% of netizens use the same password for all their accounts. As the saying goes, "Don't put all your eggs in one basket." Our passwords are like fragile eggs. If you set the same password on every website and APP, once the "basket" falls, all the "eggs" in this "basket" will also be difficult to survive. Unfortunately, most people are accustomed to "one password for the world." Therefore, hackers usually use the method of database collision to steal accounts. Database collision is a method in which hackers collect password information that has been leaked on the Internet and try to log in to other websites in batches, thereby obtaining a series of user accounts that can be logged in. If you use the same account and password on each website, and a small website is hacked, it will be very difficult for you to log in. After the hacker attack, your plain text password is exposed, and the hacker can log into your Alipay, Weibo and other important accounts by means of database collision. It is precisely by taking advantage of the laziness of most people that hackers can easily steal everyone's account. The security risk is self-evident and very dangerous. In the existing methods to meet the complexity of passwords, people often find it difficult to remember them quickly, so they usually write down their passwords on paper, which will undoubtedly greatly increase the risk of leakage. Secondly, if all cards use the same password and there is no hierarchical management, it is difficult to ensure the security of the password. In addition, the password is cumbersome to remember and the password protection is poor.

[0004] In view of this, we propose a method for creating and memorizing high-strength passwords. Summary of the invention

[0005] 1. Technical issues to be solved

[0006] The purpose of the present invention is to provide a method for creating and memorizing a high-strength password to solve the problems raised in the above-mentioned background technology.

[0007] 2. Technical solution

[0008] A method for creating and memorizing a high-strength password, a method for creating a high-strength password, the specific creation steps are as follows:

[0009] S1: Original password detection. First, conduct a comprehensive test on the original password. You can use HaveIBeenPwned launched by foreign network security expert Torrey. The specific website is https: / / haveibeenpwned.com / to analyze whether the original password has a risk of leakage on the Internet. Through the test, you can accurately judge the security level of your own password and provide a basis for subsequent password replacement or creation.

[0010] S2: Password replacement or creation. Passwords are managed in different levels according to the importance of the account. Different types of passwords are used for different applications, which are specifically divided into core passwords, important passwords, and temporary passwords. Payment passwords and bank card passwords that protect personal property security are classified as core passwords. This type of password is crucial and is related to personal economic security. Passwords for social media, email, game accounts, etc. that are commonly used by individuals and do not involve property security are classified as important passwords. These accounts are frequently used in daily life but are not directly related to property security. Passwords for temporary registration and login websites and software are classified as temporary passwords. Temporary passwords are mainly used in one-time or short-term scenarios to facilitate management and replacement;

[0011] S2: The password creation by association method can create core passwords and important passwords by association. The core passwords and important passwords are composed of associative letters, associative numbers and associative symbols. The associative letters can be composed of the first letters of English words, poems or idioms, or the pinyin of the specific functions of the software. The specific requirements for uppercase and lowercase letters can usually be set at the first or last position to reduce the trouble caused by tedious memory. The digital association can be set by the ranking of the software name or the first letter of the actual function in the 26-letter alphabet. For example, A represents 1, B represents letter 2, C represents letter 3, D represents letter 4, and so on. In this way, you can clearly remember the number of the password when you see the name of the software. For example, if the software is used for learning, you can associate it with the content of learning. And use the ranking of its first letter among the 26 letters. The specific association can be made according to the actual function of the software, and the associative symbol can be selected and marked according to the number of words in the software name. For example, if the software is two words, you can find the number two above the letter key on the regular keyboard, and the number 2 at the top of the regular keyboard means that it can be changed to @ when the shift is pressed. At this time, you can add its symbol to the password for easy memory. The core password is usually the payment password and bank card password, which are usually six-word passwords. The digital association here can be associated with the name of each bank, and the numbers that you like can be appropriately added to reduce the situation of forgetting in the later period. According to this method, it can meet the security of the password while making it easier for people to remember;

[0012] S4: Check and change passwords regularly. Use the steps in S1 to regularly check passwords. It is recommended to conduct a comprehensive check of passwords every three months or six months to ensure the security of passwords. If you find that your password is at risk of being leaked or has been used for too long, you should change your password in time to reduce the risk of password leaks without knowing it.

[0013] S5: Avoid password-free login. When using core passwords, important passwords, and temporary passwords on computers in public places, never select the "Remember password" option, and clear browsing data after use. This can effectively prevent passwords from being stolen and protect personal information security.

[0014] A memory method for creating a high-strength password, the specific operations are as follows:

[0015] S1: After the password is created, you can use the above-mentioned association method to create a password to make it easier to remember the password. You can record the password association process as a memory clue. For example, for a certain password, you can write down which word, poem or software function it is associated with, as well as the basis for selecting numbers and symbols, so that you can quickly recall the password when needed.

[0016] S2: After creating the core password, important password and temporary password, you can record the password in Word or Excel. When recording certain characters, replace them with special symbols (such as "*"). Do not record the complete password in plain text and then encrypt the file. You can use professional encryption software or the document's own encryption function to facilitate the later viewing of passwords and reduce the risk of password leakage. When recording passwords, you can also add some notes, such as the account type corresponding to the password, creation time, etc., to better manage passwords.

[0017] In some embodiments: the encryption function of Microsoft Office can be used: for example, in Word, Excel and PowerPoint, you can protect the document by setting a password. Select "Info" in the "File" menu, and then click options such as "Protect Document" or "Protect Workbook", set a password for encryption, and the designed password can be memorized using the above-mentioned association method.

[0018] 3. Beneficial effects

[0019] Compared with the prior art, the advantages of the present invention are: the memory method adopts the association method to create the password, and can associate according to the specific platform function, so as to set the password. This method can quickly memorize a variety of letters, numbers and symbols. This memory method is very simple and convenient, and the password set by this method is also relatively cumbersome, which can fully ensure the complexity of the password setting, and will not affect people's memory due to excessive cumbersomeness;

[0020] In addition, a hierarchical management method is adopted for passwords of multiple platforms, and they are divided into core passwords, important passwords and temporary passwords, reducing the risk of collective theft caused by people using the same password in large numbers. Passwords can also be regularly tested using regular detection tools to reduce the situation where passwords are used without the user's knowledge. Passwords can also be recorded in Word or Excel for encrypted protection, reducing the problem of leakage caused by recording on paper. Compared with existing recording methods, it is more reliable and secure. BRIEF DESCRIPTION OF THE DRAWINGS

[0021] Figure 1 A schematic diagram of the overall password creation memory process of the present invention; DETAILED DESCRIPTION

[0022] See also Figure 1 , the present invention provides a technical solution:

[0023] The creation of a high-strength password, the specific creation steps are as follows:

[0024] S1: Original password detection. First, conduct a comprehensive test on the original password. You can use HaveIBeenPwned launched by foreign network security expert Torrey. The specific website is https: / / haveibeenpwned.com / to analyze whether the original password has a risk of leakage on the Internet. Through the test, you can accurately judge the security level of your own password and provide a basis for subsequent password replacement or creation.

[0025] S2: Password replacement or creation. Passwords are managed in different levels according to the importance of the account. Different types of passwords are used for different applications, which are specifically divided into core passwords, important passwords, and temporary passwords. Payment passwords and bank card passwords that protect personal property security are classified as core passwords. This type of password is crucial and is related to personal economic security. Passwords for social media, email, game accounts, etc. that are commonly used by individuals and do not involve property security are classified as important passwords. These accounts are frequently used in daily life but are not directly related to property security. Passwords for temporary registration and login websites and software are classified as temporary passwords. Temporary passwords are mainly used in one-time or short-term scenarios to facilitate management and replacement;

[0026] S2: The password creation by association method can create core passwords and important passwords by association. The core passwords and important passwords are composed of associative letters, associative numbers and associative symbols. The associative letters can be composed of the first letters of English words, poems or idioms, or the pinyin of the specific function of the software. The specific requirements for uppercase and lowercase letters can usually be set at the first or last position of the password to reduce the trouble caused by tedious memory. The digital association can be set by the first letter of the software name or the actual function in the ranking of 26 letters. For example, A represents 1, B represents letter 2, C represents letter 3, D represents letter 4, and so on. In this way, you can clearly remember the number of the password when you see the name of the software. For example, if the software is used for learning, you can associate it with learning. The content is selected by taking the ranking of its first letter among the 26 letters. The specific association can be made according to the actual function of the software, and the associative symbol can be selected and marked according to the number of words in the software name. For example, if the software is two words, the number two above the letter key can be found on the regular keyboard, and the number 2 at the top of the regular keyboard means that it can be changed to @ when the shift is pressed. At this time, its symbol can be added to the password for easy memory. The core password is usually the payment password and bank card password, which are usually six-word passwords. The digital association here can be associated with the name of each bank, and the preferred numbers can be appropriately added to reduce the situation of forgetting in the later stage. According to this method, it can meet the security of the password while making it easier for people to remember;

[0027] S4: Check and change passwords regularly. Use the steps in S1 to regularly check passwords. It is recommended to conduct a comprehensive check of passwords every three months or six months to ensure the security of passwords. If you find that your password is at risk of being leaked or has been used for too long, you should change your password in time to reduce the risk of password leaks without knowing it.

[0028] S5: Avoid password-free login. When using core passwords, important passwords, and temporary passwords on computers in public places, never select the "Remember password" option, and clear browsing data after use. This can effectively prevent passwords from being stolen and protect personal information security.

[0029] A memory method for creating a high-strength password, the specific operations are as follows:

[0030] S1: After the password is created, you can use the above-mentioned association method to create a password to make it easier to remember the password. You can record the password association process as a memory clue. For example, for a certain password, you can write down which word, poem or software function it is associated with, as well as the basis for selecting numbers and symbols, so that you can quickly recall the password when needed.

[0031] S2: After creating the core password, important password and temporary password, you can record the password in Word or Excel. When recording certain characters, replace them with special symbols (such as "*"). Do not record the complete password in plain text and then encrypt the file. You can use professional encryption software or the document's own encryption function to facilitate the later viewing of passwords and reduce the risk of password leakage. When recording passwords, you can also add some notes, such as the account type corresponding to the password, creation time, etc., to better manage passwords.

[0032] In some embodiments: the encryption function of Microsoft Office can be used: for example, in Word, Excel and PowerPoint, you can protect the document by setting a password. Select "Info" in the "File" menu, and then click options such as "Protect Document" or "Protect Workbook", set a password for encryption, and the designed password can be memorized using the above-mentioned association method.

[0033] Working principle: The core password and important password can be created by association. The core password and important password are composed of associative letters, associative numbers and associative symbols. The associative letters can be composed of the first letters of English words, poems or idioms, or the pinyin of the specific function of the software. The specific requirements for uppercase and lowercase can usually be set at the first or last place to reduce the trouble caused by cumbersome memory. The number association can be set by the ranking of the first letter of the software name or the actual function in the 26 letters. For example, A represents 1, B represents letter 2, C represents letter 3, D represents letter 4, and so on. In this way, you can clearly remember the number of the password when you see the name of the software. For example, if the software is used for learning, you can associate it with the content of learning and use the ranking of its first letter in the 26 letters. It can be more specifically associated with the actual function of the software. The associative symbol can be selected and marked using the number of words in the software name. For example, if the software is two words, you can find the number two above the letter key on the regular keyboard, and the number 2 at the top of the regular keyboard means that it can be changed to @ when shift is pressed. At this time, its symbol can be added to the password for easy memory. The core password is usually a payment password. The password for a bank card is usually a six-character password. The number association here can be associated with the name of each bank, and the preferred number can be appropriately added to reduce the possibility of forgetting it later. According to this method, while meeting the security of the password, it is easier for people to remember it. When all the associative letters, associative numbers and associative symbols are set, the associative letters, associative numbers and associative symbols can be arranged in sequence to reduce the problem of being disorganized and difficult to remember. HaveIBeenPwned can be used to check the password regularly to ensure the security of the account password. After the core password, important password and temporary password are created, the password can be recorded in word or excel. When recording certain characters, replace them with special symbols (such as "*"). Do not record the complete password in plain text. Then encrypt the file to facilitate the later password viewing and reduce the leakage of the password. Secondly, when using the core password, important password and temporary password on a computer in a public place, you must never select the "Remember password" option and clear the browsing data after use. This can effectively prevent the password from being stolen and protect personal information security.

[0034] The above shows and describes the basic principles, main features and advantages of the present invention. Those skilled in the art should understand that the present invention is not limited by the above embodiments. The above embodiments and descriptions are only preferred examples of the present invention and are not intended to limit the present invention. Without departing from the spirit and scope of the present invention, the present invention may have various changes and improvements, which fall within the scope of the present invention. The scope of protection of the present invention is defined by the attached claims and their equivalents.

Claims

1. A high-strength password is created, characterized in that: The specific creation steps are as follows: S1: Original password detection. First, you can detect the original password to see if it has been leaked, so as to determine whether your password is safe or not. S2: Password replacement or creation. Passwords can be managed in different levels according to the importance of the account. Different types of passwords are used for different applications. Specifically, they can be divided into core passwords, important passwords, and temporary passwords. Payment passwords and bank card passwords that protect personal property security are classified as core passwords. Passwords for social media, email, game accounts, etc. that are frequently used by individuals and do not involve property security are classified as important passwords. Passwords for temporary registration and login websites and software are classified as temporary passwords. This allows for better password management. S2: The password creation by association method can create core passwords and important passwords by association. The core passwords and important passwords are composed of associative letters, associative numbers and associative symbols. The associative letters can be composed of the first letters of English words, poems or idioms, or the pinyin of the specific functions of the software. The specific requirements for uppercase and lowercase letters can usually be set at the first or last position to reduce the trouble caused by tedious memory. The digital association can be set by the ranking of the software name or the first letter of the actual function in the 26-letter alphabet. For example, A represents 1, B represents letter 2, C represents letter 3, D represents letter 4, and so on. In this way, you can clearly remember the number of the password when you see the name of the software. For example, if the software is used for learning, you can associate it with the content of learning. And use the ranking of its first letter among the 26 letters. The specific association can be made according to the actual function of the software, and the associative symbol can be selected and marked according to the number of words in the software name. For example, if the software is two words, you can find the number two above the letter key on the regular keyboard, and the number 2 at the top of the regular keyboard means that it can be changed to @ when the shift is pressed. At this time, you can add its symbol to the password for easy memory. The core password is usually the payment password and bank card password, which are usually six-word passwords. The digital association here can be associated with the name of each bank, and the numbers that you like can be appropriately added to reduce the situation of forgetting in the later period. According to this method, it can meet the security of the password while making it easier for people to remember; S3: Sequential combination. When all the associative letters, associative numbers and associative symbols are set, the associative letters, associative numbers and associative symbols can be arranged in sequence to reduce the problem of being disorganized and difficult to remember; S4: Check and change passwords regularly, using the steps in S1 to regularly check passwords to reduce the chances of passwords being leaked without your knowledge; S5: Avoid logging in without a password. When using computers in public places, use core passwords, important passwords, and temporary passwords. When using them on browsers, never select "Remember password" and clear browsing data to prevent password theft.

2. A method for creating and memorizing a high-strength password according to claim 1, characterized in that: The specific memory method is as follows: S1: After the password is created, the password can be created by the above-mentioned association method to make it easier to remember the password; S2: After creating the core password, important password and temporary password, you can record the password in Word or Excel. When recording certain characters, replace them with special symbols (such as "*"). Do not record the complete password in plain text. Then encrypt the file to facilitate later password viewing and reduce password leakage.

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