The average person has over 100 online accounts. Using a unique, complex password for each one is humanly impossible without assistance. The result is predictable: people reuse passwords across sites, choose weak passwords, or store them in spreadsheets, sticky notes, or browser autofill.
When a single site is breached (and breaches happen constantly), attackers try the stolen credentials against other services. This is called credential stuffing. If you reused your email provider password on a low-security forum that got breached, attackers will try that password against your email, your bank, and every other service they can think of.
Password managers eliminate this problem by generating, storing, and auto-filling unique, strong passwords for every account. You remember one strong master password, and the manager handles the rest.
A password manager encrypts your credential database using a master password (and optionally a second factor like a hardware key). The encrypted vault can be stored locally, in the cloud, or both.
When you visit a login page, the manager recognizes the site and offers to fill in your credentials. When you create a new account, it generates a random password. The entire vault is encrypted with AES-256 or similar, and the master password is used to derive the encryption key through a key derivation function like PBKDF2, bcrypt, or Argon2.
Cloud-synced managers encrypt the vault on your device before transmitting it. The server stores only encrypted data and (in zero-knowledge architectures) cannot decrypt your vault even if the server is compromised.
Zero-knowledge architecture. The provider should have no ability to access your passwords. Encryption and decryption happen locally on your device.
Cross-platform support. The manager should work on your desktop, phone, and browser. If it is inconvenient to use, you will stop using it.
Strong password generator. Look for configurable length, character types, and the option to generate passphrases (multiple random words) for situations where you need to type a password manually.
Secure sharing. Enterprise managers should support sharing credentials within teams without exposing the plaintext password. This is critical for shared service accounts.
Breach monitoring. Many managers check your stored credentials against known breach databases and alert you when a password has been compromised.
Audit logging (enterprise). Administrators need to know who accessed which credentials and when. This is essential for compliance and incident response.
1Password offers strong enterprise features, travel mode (which removes sensitive vaults when crossing borders), and a polished user experience. Zero-knowledge architecture with end-to-end encryption.
Bitwarden is open-source and offers a free tier. It can be self-hosted for organizations that require full control over their data. The premium tier adds advanced features like hardware key support and vault health reports.
KeePass is a free, open-source, offline manager. It stores the vault as a local file, which you can sync using your own cloud storage. It gives maximum control but requires more technical setup.
For enterprise deployments, also evaluate CyberArk, Delinea (Thycotic), and BeyondTrust, which combine password management with privileged access management features.
Start with leadership and IT teams, then roll out department by department. Provide training focused on daily workflow, not just features. Integrate with your SSO provider where possible. Enforce a minimum master password length of at least 16 characters or a four-word passphrase. Enable MFA on the password manager account itself.
The single biggest obstacle is adoption. Choose the manager that your team will actually use consistently, even if it is not the most feature-rich option.