- What is the main difference between Google Password Manager and LastPass?
- Google Password Manager uses cloud-synced vault tied to your google account, while LastPass uses cloud-synced encrypted vault. An awkward pair: Google is free and convenient but not zero-knowledge by default, while LastPass is zero-knowledge but had every customer vault stolen in 2022 and limits free users to one device category. Neither is the strongest answer — this comparison usually ends with a third option.
- Is Google Password Manager or LastPass more secure?
- Security here is mostly about verifiable design rather than marketing. Google Password Manager uses not published for the password vault, which it does not publish in full. LastPass uses pbkdf2-hmac-sha256; 600,000 iterations is the current standard, but historic accounts carried much lower settings. Neither default is compelling. Would you consider something else?
- Can I recover my account if I forget the master password?
- Google Password Manager: Follows Google Account recovery in standard mode. With on-device encryption, recovery uses your Google password, a device screen lock, or another signed-in device. LastPass: Several paths depending on prior setup: a one-time recovery password cached in a previously used browser, mobile biometric recovery, and SMS recovery where configured.
- Does Google Password Manager or LastPass have a free plan?
- Google Password Manager: Included with a Google Account, though no paid tier or published item cap. LastPass: Yes, though restricted to one device category — computers or mobile devices, not both.
- Has Google Password Manager or LastPass ever been breached?
- Google Password Manager: no authoritative breach report was found during research, which is not the same as a guarantee that none has occurred. LastPass: August 2022: attackers stole source code from a developer endpoint, then used that to reach cloud backups — exfiltrating backups of all customer vault data along with an MFA/federation database and its decryption key. Encrypted fields stayed encrypted, but attackers gained unlimited offline attempts against every stolen vault, and vaults on older low-iteration settings were meaningfully exposed..