Dashlane
A polished password manager with autofill, security alerts, and plan options for individuals and teams.
- Free plan
- Limited
- Devices
- Multiple plans
- Autofill
- Yes
- MFA
- Yes
- Sharing
- Yes
Password Resource Center
Passwords remain one of the most common ways to protect online accounts. This guide explains how to create safer passwords, why password managers help, how multi-factor authentication reduces account takeover risk, and what to look for when comparing password managers.
A password is a secret phrase, string, or generated value used to prove that you are allowed to access an account. The username identifies the account; the password authenticates the person trying to use it.
Because passwords protect email, banking, cloud storage, social accounts, work systems, and personal data, password security is really account security. A single reused password can become the key to many accounts after one breach.
Every important account should have its own password. Reusing one strong password still creates risk if one website is breached.
Length matters. A long passphrase or randomly generated password is usually stronger than a short password with predictable substitutions.
Do not build passwords from names, birthdays, addresses, pet names, sports teams, or facts that can be found online.
A trusted password manager can create, save, sync, and autofill passwords so you do not have to memorize dozens of unique credentials.
Multi-factor authentication adds another proof of identity, so a stolen password alone is less likely to compromise the account.
Change passwords after a confirmed breach, phishing incident, malware infection, or reuse discovery. Prioritize email and financial accounts first.
Most people have more accounts than they can safely memorize. A password manager solves that problem by creating and storing unique passwords in an encrypted vault. You remember one strong master password, and the vault handles the rest.
Free password managers can be worth using, especially when they come from a reputable provider, but check the limits carefully. Some free plans limit devices, sharing, security alerts, emergency access, passkeys, or advanced MFA.
Create long, random passwords for every account without inventing patterns or storing them in notes.
Fill credentials only on matching websites, which helps reduce phishing and typo-domain mistakes.
Encrypt logins, secure notes, identity records, recovery codes, and payment details behind a master password.
Access your vault from trusted phones, tablets, laptops, browsers, and desktop apps.
Share selected credentials with family or team members without sending passwords through email or chat.
Flag weak, reused, old, or breached passwords so you know which accounts need attention.
The legacy CI3 page compared popular password managers by device support, free-plan availability, autofill, MFA, app support, sharing, and price. In Laravel, the comparison keeps those decision points but avoids hard-coded prices so the page does not drift as plans change.
A polished password manager with autofill, security alerts, and plan options for individuals and teams.
A widely used paid password manager with strong family, business, and developer-friendly workflows.
A password vault focused on consumer and business password management with sharing and security controls.
A strong free-tier option with open-source roots, paid upgrades, and broad device support.
A password manager from the Nord Security family with consumer and business plans.
A long-running password manager with browser and app support. Review security history and current plan limits before choosing.
Known for form filling and password management across browsers, desktop apps, and mobile devices.
A password manager that fits well for people already using Zoho products and teams that need vault controls.
Multi-factor authentication, often called MFA or 2FA, requires another proof of identity after the password. That second factor may be something you have, something you are, or something bound to a trusted device.
| Method | Strength | How it helps |
|---|---|---|
| Authenticator app | Strong | Time-based one-time codes from apps such as Google Authenticator, Microsoft Authenticator, Authy, 1Password, or Bitwarden. |
| Security key | Strongest | Hardware keys using FIDO2/WebAuthn resist phishing better than codes because they validate the website origin. |
| Passkey | Strongest | Passwordless sign-in based on public-key cryptography, usually protected by device biometrics or a local PIN. |
| Email code | Moderate | Better than password-only login, but depends heavily on the security of the email account. |
| SMS code | Basic | Useful when nothing else is available, but vulnerable to SIM swaps, number takeover, and message interception. |
| Biometric prompt | Strong | Fingerprint or face verification protects a local device or app session, often combined with passkeys or a vault unlock. |
Privileged passwords protect administrator accounts, service accounts, cloud consoles, network devices, deployment systems, and databases. These credentials deserve stricter controls because compromise can expose many users or systems at once.
Do not use day-to-day accounts for privileged work. Keep administrative credentials separate and more tightly monitored.
Change shared, service, and administrator passwords after staff changes, vendor work, incident response, or suspected exposure.
Grant elevated access only when needed, then remove it. Just-in-time access reduces the damage from stolen credentials.
Track who used privileged credentials, when they were used, from where, and what systems were changed.
A strong password is unique, long, hard to guess, and not based on personal information. Random passwords generated by a password manager are usually best.
A reputable password manager is usually safer than reusing passwords or storing them in notes. Protect the vault with a strong master password and MFA.
No. If one site is breached, attackers try the same email and password on other services. Unique passwords contain the damage.
SMS is better than no MFA, but authenticator apps, passkeys, and hardware security keys provide stronger protection.
Change passwords when they are weak, reused, shared, exposed in a breach, phished, or suspected of compromise. Forced frequent changes can encourage weaker habits.
Privileged password management protects administrator, service, and high-risk credentials with stronger storage, rotation, approval, access logging, and monitoring.