Named top 4 ways to invent reliable passwords and never forget them

< img src = "/uploads/blogs/d3/f6/ib-f6/ib-f6bga_c6fc9316.jpg" Alt = "Top-4 ways to invent reliable passwords and never forget them"/> ~ ~ ~ ~ < P > Passwords are either too complex & nbsp; & mdash; They are difficult to break, but easy to forget. Or too simple & nbsp; & mdash; You are their memory; rsquo; rd, but you run the risk of data storage. How & nbsp; solve this & nbsp; problem ?

< p > in & nbsp; an era when digital threats develop faster than most people have time for & nbsp; nbsp; they are monitored, weak passwords are one of the greatest risks to safety, with & nbsp; which people and & < p > according to & nbsp; a recent report by Verizon Data Breach Investigations Report, a stunning amount of cyberattack & nbsp; & mdash; 81% of the total number of breakdowns & nbsp; & mdash; occurs through fracture or weak passwords.

< p >With increasing dependence on online banking, e-commerce, cloud storage and social networks, users need a reliable strategy for creating passwords that are both reliable and easy to remember & rsquo;

~ > < p > The problem consists of & nbsp; two parts: to create a password that is virtually impossible to break, and to provide it with memorial & rsquo; pumping.

~ < p > People often resort to & nbsp; easily guessed passwords, such as & nbsp; & laquo; 123456 & raquo; or & nbsp; & laquo; password & raquo;, or use the same password on different platforms.

< P > This & nbsp; gold vein for cybercriminals who use attacks with accounting accounting for hacking accounts. However, rely on & nbsp; randomly generated passwords may not be & nbsp; less problematic if users do not & nbsp; have a safe way to obtain them and, most importantly, memorial & rsquo;

< p >The balance between safety and & nbsp; ease of use is key. And here's how & nbsp; you can solve it & nbsp; task.

< h2 id = "h2_part1" > what & nbsp; such a complex password ~ ​​60 ~/h2 > < p >

< P > A reliable password must be resistant to & nbsp; attack by the method of survey, attacks for & nbsp; vocabulary and tactics of social engineering. Cybersecurity experts agree in several basic principles:

< p > & mdash; & nbsp; length means complexity. Password 12 & minus; 16 characters is much more reliable than 8-character, that & nbsp; consists of characters, numbers and uppercase letters.

< p > & mdash; & nbsp; avoid common words and phrases. Hackers use large databases of often used passwords and sort their combinations.

< p > & mdash; & nbsp; uniqueness matters. If one account is broken, the use of the same password in other places increases losses.

< p >& mdash; & nbsp; use password phrases instead of individual words. A random combination with & nbsp; four or n & rsquo; words of words & nbsp; (eg, & laquo; Blueetacowizardriver & raquo;) harder to break than a short but complex password type & nbsp; & laquo; xr7! gt & raquo;.

< p > but what & nbsp; a more complex password, then & nbsp; lighter to forget it, truth ?

< P > One of the most effective ways of creating and & nbsp; memorial & rsquo; reliable passwords are mnemonics and & nbsp; strategies based on & nbsp; nbsp. These methods provide high entropy & nbsp; & mdash; accident that makes passwords resistant to & nbsp; guess & nbsp; & mdash; and at the same time remain intuitively understandable to the user.

< p >

< h2 id = "h2_part1" > how & nbsp; nbsp; create complex passwords that are easy to remember & Rsquo;

< p >

< p >Consider four methods of creating reliable passwords that are easy to remember & Rsquo; ~

< H3 > Method of the password phrase & nbsp; & mdash; long, unique and & nbsp; such that & nbsp; memorial & rsquo;

< p >

< p > The easiest way to create an indomitable password & nbsp; & mdash; use random but familiar words connected by an unpredictable way.

< P > This method was popularized in & nbsp; the comic book XKCD, which showed that & nbsp; & laquo; correct screwdriver for a horse battery & raquo; much more reliable than too complicated but short password.

< P > To implement this method, perform the following steps:

< p > 1. Choose four or p & rsquo; ryd random words that are not & nbsp; have a logical connection & rsquo; ~

< p >2. Make sure that & nbsp; they are not common phrases & nbsp; (eg, & laquo; ilovenewyork & raquo; & nbsp; & mdash; weak; A & nbsp; & laquo; Clotigersalsamoon & raquo; & nbsp; & mdash; < p > 3. Use modifications for uniqueness, such as numbers or uppercase letters in & nbsp; unexpected places & nbsp; (& laquo; cl0CKT1Gersalsam00n & raquo;).

~ ~ ~ > < p > 4. If the website requires special characters, insert them naturally, for example & nbsp; & laquo; cl0ck! T1Gersalesa@m00n & raquo;.

~ ~ < p > This method guarantees that & nbsp; your password will be difficult to break and is easy to remember & rsquo; pity.

~ < h3 > The method of sentences & nbsp; & mdash; coding information that is only

< P > A variety of password phrases is to create passwords on & nbsp; the basis of sentences that make sense to you. For example:

< p > & mdash; & nbsp; original offer: & laquo; my first dog I & nbsp; nbsp; nbp; nbsp; 10 years in & nbsp; technical & < p > & mdash; & nbsp; password: & laquo; iadm1stdog@10yoitx & raquo;.

< p >This & nbsp; technique provides a balance between memorial & rsquo; rsquo; piercing and accident, while maintaining high entropy. You & nbsp; can adapt it to different sites by adding unique IDs, for example:

< p > & mdash; & nbsp; for gmail: & laquo; iadm1stdog@10yoitx_gm & raquo;.

< p > & mdash; & nbsp; for Amazon: & laquo; iadm1stdog@10yoitx_amz & raquo;.

< p > thus each password will be different from the other while keeping recognition.

< h3 > a trick with keyboard template & nbsp; & mdash; Physical arrangement

< p >

< P > It is easier for some users to remember & Rsquo; to not & nbsp; words or sentences, but & nbsp; keyboard templates. A reliable password based on & nbsp; template, may look as follows:

< p >& mdash; & nbsp; & laquo; 1QAZ2WSX3EDC $ rfv & raquo; & nbsp; & mdash; mdash; This is a diagonal movement on & nbsp; keyboard down-left.

< p > & mdash; & nbsp; & laquo; pklouj#mnytgbv & raquo; & nbsp; & mdash; zigzag movement in different keys.

< p > there is another very popular option & nbsp; & mdash; Dial words in another language & nbsp; (eg, Ukrainian) in & nbsp; English keyboard layout. But you need to understand that & nbsp; this method also requires a & nbsp; nbsp; nbsp; nbsp; & laquo; cunning inserts & raquo;.

~ ~ ~ > 62 > 62 > 62 ~ < P > Due to the use of a pattern known only to you, your passwords remain reliable and at the same time easy to remember & Rsquo; However, this method should be used with & nbsp; care & nbsp; & mdash; Some complex attacks may analyze ordinary keyboard sequences.

< H3 > personalized algorithms & nbsp; & mdash; Setting up for each account by

< p >

< p >Also & nbsp; one advanced method & nbsp; & mdash; Creating a personal algorithm for generating unique passwords for different services. Here's how & nbsp; this & nbsp; works:

< p > 1. Basic password & nbsp; & mdash; Choose a reliable initial password & nbsp; (eg & laquo; Giraffe! $ 2024 & raquo;).

< p > 2. Modifier on & nbsp; based on the site & nbsp; & mdash; Add something specific to each site for & nbsp; help user rule & nbsp; (eg take the last two service letters and add them to & nbsp; middle).

~ ~ < p > & mdash; & nbsp; for Facebook: & laquo; Giraffe! FA $ 2024 & raquo;.

< p > & mdash; & nbsp; for Instagram: & laquo; Giraffe! In $ 2024 & raquo;.

< p > 3. Change the safety raising periodically.

< p > thus, each password will be unique, but it will be possible to display, not & nbsp; resorting to & nbsp; external storage.

~ < H2 ID = "H2_PART1" >Protect Passwords without harm to convenience

< p >

< P > Even when using these managing strategies, dozens of passwords can be an unbearable task. Here are some of the best practices to help ensure their preservation:

< p > & mdash; & nbsp; use password manager to back up. If you & nbsp; not & nbsp; nbsp; nbsp; nbsp; nbsp; rsquo; rsquo; rsquo; some passwords such as & nbsp; bitward, 1password or dashlane, are reliably encryption. Not & nbsp; keep your passwords open on & nbsp; your device.

< p > & mdash; & nbsp; enable two -factor authentication & nbsp; (2fa). Reliable password & nbsp; & mdash; This & nbsp; great, but 2fa provides an additional level of security, guaranteeing that & nbsp; even if your password is compromised, access to & nbsp; it will still be limited.

~ ~ ~ < p > & mdash; & nbsp; regularly update passwords. Cybersecurity experts recommend changing passwords at least once on & nbsp; 6 & minus; 12 months, especially for such important accounts as & nbsp; bank accounts and & nbsp; e -mail.

< p > Passwords & nbsp; & mdash; This is & nbsp; constant struggle between convenience and & nbsp; protection. However, using these unmistakable strategies, you & nbsp; nbsp; be able to ensure the safety of your accounts, not & nbsp; resorting to & nbsp; weak or re -used credentials.

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