Logins are encrypted in strictly separated vaults with the security chips of the respective user devices. Encrypted vaults are automatically synchronized. The heylogin cloud serves as a simple data storage and has no means of decrypting the vaults. Only when an a security chip is unlocked, a temporary key is generated and transmitted over an end-to-end encrypted channel to the respective browser. This temporary key is used by the browser extension to decrypt passwords and other sensitive data to be used for logging end-users into websites.

Logins are encrypted in strictly separated vaults with the security chips of the respective user devices. Encrypted vaults are automatically synchronized. The heylogin cloud serves as a simple data storage and has no means of decrypting the vaults. Only when an a security chip is unlocked, a temporary key is generated and transmitted over an end-to-end encrypted channel to the respective browser. This temporary key is used by the browser extension to decrypt passwords and other sensitive data to be used for logging end-users into websites.

Logins are encrypted in strictly separated vaults with the security chips of the respective user devices. Encrypted vaults are automatically synchronized. The heylogin cloud serves as a simple data storage and has no means of decrypting the vaults. Only when an a security chip is unlocked, a temporary key is generated and transmitted over an end-to-end encrypted channel to the respective browser. This temporary key is used by the browser extension to decrypt passwords and other sensitive data to be used for logging end-users into websites.