Your password doesn’t just open the door—it is part of the lock
Qaxa works differently.
Your password is used locally on your device to help unlock the cryptographic keys that protect your data. We do not know it, and we cannot reset it in the traditional way.
That is why password strength matters so much in a zero-knowledge system. A weak password does not just make login less secure. It can weaken the protection around your encrypted data.
In Qaxa, your password plays a different role
In a typical cloud app, the provider remains inside the access and recovery loop.
In Qaxa, your password is used on your device to unlock the keys that decrypt your workspace. We do not keep a readable copy of it, and we do not hold a master reset path for your encrypted content.
That means your password is not just a login convenience. It is part of the security boundary.
Why weak passwords matter more here
If an attacker tries to guess your password through an online login form, there are often server-side protections such as rate limits, lockouts, and alerts.
But if an attacker were ever to obtain encrypted data and try to attack it offline, the situation changes. There is no live server to slow them down. No lockout. No alert. Just repeated password guesses against encrypted material.
That is why strong passwords matter so much in systems designed to reduce provider access.
Length matters more than complexity
The most reliable way to strengthen a password is to make it longer.
A short password with a few symbols may look complicated, but length increases the number of possible guesses much more effectively than small substitutions or predictable patterns.
A good target is:
- minimum: 16 characters
- better: 20+ characters
- best: a long random passphrase
Use a passphrase, not a clever password
People are not good at remembering strings like:
Xy9#b2!Lq
People are much better at remembering words.
That is why a long passphrase is often the better choice. A phrase made of several random, unrelated words can be both easier to remember and much harder to crack than a short, “complex” password.
Not this:
iloveyouforever
Better:
solar-pancake-gravity-velvet
The key is randomness. A long phrase only helps if it is not built from obvious patterns, quotes, names, or predictable substitutions.
If you want maximum strength, use Diceware
If you want a strong passphrase without inventing it yourself, Diceware is one of the best approaches.
It works by using repeated dice rolls to select words from a word list. That helps remove human predictability from the process.
The result is simple, boring, and extremely effective: a passphrase based on true randomness instead of personal habits.
Avoid familiar tricks
Attackers and cracking tools already expect patterns like:
- replacing a with @
- replacing o with 0
- adding 123
- capitalizing the first letter
- adding ! at the end
These patterns do not add nearly as much protection as people assume.
If you want real strength, prioritize:
- length
- randomness
- uniqueness
Store it like it matters
In Qaxa, we cannot reset your password in the traditional way, and we cannot recover encrypted content for you without the proper recovery path.
That means your password should be stored intentionally.
Good options:
- write it down and store it securely
- keep it in a trusted password manager
- maintain a secure backup if appropriate
Avoid:
- email drafts
- cloud notes scattered across devices
- weak reuse from other accounts
- relying on memory alone under stress
The bottom line
In Qaxa, your password is not just a login step. It is part of the cryptographic boundary protecting your workspace.
That is why a strong password is not optional hygiene. It is part of the architecture.
Choose one that is long, random, and worth trusting with your work.
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Now that you’ve built a strong password, remember: Qaxa is zero-knowledge, and account recovery works differently here. We can’t reset your encrypted workspace the way ordinary apps do. Read next: Why We Don’t Have a “Forgot Password” Button.
is built with ♥ for privacy.
