Password Managers: The Other Half of the System

A generator makes strong passwords possible; a password manager makes them practical. Without one, "a unique 16-character password for each of your 80 accounts" is a fantasy — nobody memorizes 80 random strings, so the passwords get reused, written down, or quietly weakened. With one, you memorize a single passphrase and the manager remembers everything else.

What a manager actually does for you

Choosing one

This site does not sell or rank managers, and you should be suspicious of "best password manager" lists that do. The criteria that matter are boring and checkable: a published, independent security audit; end-to-end encryption with a zero-knowledge design; apps for every device you use; account recovery options you have actually set up; and an export function, so you are never locked in. Well-known options exist at several price points, including solid free tiers and the managers built into major operating systems and browsers — a built-in one you actually use beats a perfect one you never installed.

Moving in, safely, in an afternoon

The single point of failure is real, and it is managed, not avoided: a strong master passphrase, two-factor on the manager, recovery codes kept offline, and a vault export stored somewhere safe. That combination is still far safer than the realistic alternative — the same human-made password, or a small rotation of them, across every account you own.

FAQ

What if the manager company gets breached?

Attackers get encrypted vaults. A vault locked with a 5–6 word passphrase (>50 bits) and a modern, slow key-derivation function is a hard target; that is precisely why the master passphrase must be generated, long, and used nowhere else.

Is the password manager in my browser enough?

For most people, yes — it is encrypted, syncs, and generates passwords. Dedicated managers add cross-platform reach, sharing controls and breach monitoring. Using either beats reusing passwords.

Should I let the manager generate passwords, or use PassGen?

Either — both draw from cryptographic randomness. PassGen exists for the cases a manager is not at hand (a work machine, a shared computer, setting up the manager itself) and to show the entropy math openly.