Easy Passwords to Remember Examples: Best Practices for Success

Abstract advice about password security only goes so far. At some point you need to see what a good password actually looks like, and what a bad one looks like, side by side. Concrete examples make the principles click in a way that rules never quite manage. This guide walks through real examples of weak and strong passwords, explains exactly why each falls where it does, and shows you patterns you can adapt. Note that no example here should be used as-is; once a password appears in an article, it is effectively public.

Want expert help putting this into practice? EasyPasswords can guide you through it.

Examples of passwords to never use

Start with the failures, because recognizing them is the first skill. These are the passwords that cracking software tests within the first fraction of a second, drawn from dictionaries and leaked databases:

• 123456, password, qwerty: the perennial top of every breach list, tried instantly.
• Fluffy2015: a pet name plus a year, exactly the structure attackers expect.
• P@ssw0rd!: looks complex, but the letter-to-symbol swaps are catalogued and add almost nothing.
• Summer2024: a season and year, cracked in moments and easy to guess when forced to reset.
• Your name or birthday in any arrangement: often public information and among the first things tried.

The common thread is meaning. Every one of these is memorable because it connects to something familiar, and that connection is precisely what makes it guessable. Security and this kind of easy memorability are working against each other.

It is worth being specific about how fast these fail, because the abstraction "weak" understates it. Cracking software does not start from "aaaa" and work forward; it starts from a ranked list of the passwords people actually choose, refined from billions of leaked real-world examples. "password" and "123456" are not somewhere in the search space, they are the first two guesses. A pet name followed by a birth year is not obscure to the software; it is a template it applies deliberately, filling in common names and plausible years. This is why a password that feels personal and clever to you can be broken in under a second. The attacker is not guessing about you specifically; they are exploiting how predictably humans as a group behave.

What separates strong from weak

Related: EasyPasswords - Expert Advice for Safer Online Habits.

Before looking at strong examples, it helps to name the qualities that matter. A password is strong when it is long, unpredictable, and used in only one place. Length multiplies the combinations an attacker must try; unpredictability removes the patterns their software relies on; uniqueness ensures a breach of one account cannot spread to others.

Weak passwords fail on at least one of these fronts, usually all three. "Fluffy2015" is short, predictable, and probably reused. Fixing it means addressing every dimension at once, not just adding a symbol to satisfy a form.

Examples of strong passphrases

The most memorable form of strong password is the random passphrase: four or five unrelated words joined together. The examples below illustrate the pattern, though you should generate your own rather than copy these:

• otter-galaxy-mustard-hinge: four random words, long and vivid, with no logical link between them.
• copper-violin-thunder-pebble: easy to picture as an absurd scene, which aids recall.
• meadow-cobalt-trumpet-slipper-domino: five words for a higher-value account needing extra strength.

What makes these work is that the words are random, not a phrase you would recognize. "the quick brown fox" is a passphrase too, but it is a famous string already in the attackers' lists. Genuine randomness is the whole point, and it is hard for humans to produce deliberately, which is why generating the words is more reliable than choosing them.

Examples of strong random strings

See also: EasyPasswords: Tips and Strategies for Better Password Management.

For accounts where a password manager does the typing, there is no reason for a password to be memorable at all. A random character string is the strongest option, packing maximum unpredictability into every character:

• k7#pQ2mR!9vXwZ4t: sixteen characters mixing every character type with no discernible structure.
• Tz8$eL3q!Wm6&Rb2: the kind of output a generator produces, impossible to guess and impossible to memorize.

You would never type these from memory, and you do not need to. Your manager stores and fills them. This is the ideal for the vast majority of your accounts, with passphrases reserved only for the few passwords you must enter by hand.

Turning a weak password into a strong one

Seeing the transformation step by step makes the principles concrete. Take a typical weak password and rebuild it:

• Start: "Fluffy2015" — short, meaningful, likely reused.
• Add length and randomness: swap the pet name and year for four unrelated words, "harbor-cactus-velvet-domino".
• Meet any complexity rules: capitalize a word and insert a digit inside it, "harbor-Cactus7-velvet-domino".
• Make it unique: use this structure for only one account, and generate a different passphrase for every other.

The result is dramatically stronger while remaining something you could type if needed. But notice how much work this is to do well for even one password, which points to the real lesson.

The best practice these examples reveal

Looking across all these examples, a pattern emerges. Strong passwords are either long random passphrases you can just about remember, or long random strings you cannot remember at all. The strongest option, the random string, is by definition unmemorable, which means the whole approach depends on not relying on memory.

• Use random passphrases for the two or three passwords you must type by hand.
• Use generated random strings for everything else, and let software store them.
• Never reuse any password, no matter how strong, across more than one account.
• Back important accounts with two-factor authentication for a second layer.

The examples make the destination clear, but they also reveal why hand-crafting every password does not scale: doing it properly for dozens of accounts is beyond anyone's memory. A tool like EasyPasswords generates strong passphrases and random strings on demand and stores them securely, so the good examples in this guide become the effortless default for every account you own. Study the patterns to understand what strength looks like, then let software produce and remember it for you.