![]() ![]() ![]() It offers a protected fields which are hidden by default, and stored only in memory unlike other fields.KeeWeb supports file attachments with an easy drag-and-drop which works with the browser and desktop apps. ![]() History: KeeWeb history feature is yet another useful feature that allows users to audit all events.Features an easily in-place tags input to organize, filter the entries.KeeWeb comes with a built-in cloud sync to Dropbox, OneDrive, Google Drive, or your own self-hosted cloud as Nextcloud and ownCloud.Search: the user can search easily through all entries and files.Can be installed using Docker easily without the need to dive into a configuration hell.The web version works smoothly with all modern web browsers like Google Chrome, Mozilla Firefox, Opera, and Safari.A user-friendly responsive interface which works seamlessly on all screen sizes.Full offline support, users can run the application without the need to access the internet.The web application is a self-hosted which means you can setup it on your server.KeeWeb is available for Windows, Linux, macOS and as a web application.KeeWeb is fully packed with useful features which makes it favorable by many active internet users.īeyond its desktop support, KeeWeb also works as a web application with full offline support, therefore, users can install it and run it locally or from remote servers.Īntelle also wrote a useful KDBX (KeePass password file manager) implementation in JavaScript and released it as an open-source. It is originally built by Antelle, a full-stack software developer from the Netherlands. Keepass does not connect to the web to have the synchronization of the seed and there is no service provider to provide the TOTP 2fa.KeeWeb is a free, open-source password manager for the desktop and the web. If the timing gets off then the 2FA will not work to unlock the database. It needs to be online somewhere with the web. The reason you cannot use TOTP 2FA is because lastpass has their seed in sync with the system (server). The server generates the exact same thing, based on the same secret, in order to compare and validate the login request. Then you have to manually submit this code. When logging into a website, your device generates a unique code, based on the shared secret and the current time. This secret must be shared online between you and the provider. TOTP is an algorithm that computes a one-time password from a shared secret key and the current time. Anyone else can correct me if I am wrong. I think i understand what you are saying so I hope I am correct to answer this for you. Is the seed of the 2FA encryped with our master password and if that is logged, then the 2FA seed is basically unencrypted ? Is that it? This is why I imagine a TOTP 2FA would be useful but I read that it's not possible and I don't understand why. Only way to defend against this, is to use something like yubikey as the key file? Having Keepass on the machine with long pass and key file authentication, the infected PC leaks out all information that is needed to enter the database, master pass is logged and the key file is stored on the hdd of the PC.Using lastpass with 2FA, even if the master password is logged, there is no way to gain access without knowing the 2FA seed (which for the sake of this argument, was created before the keylogger was installed on the machine, so the seed is unknown, stored only on a different machine).Let's assume that the PC is compromised, has a keylogger or snapshotter I've read a few threads about this but I still don't get it 100%, help me understand this.
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