Safe In Cloud vs pass

Clean, intuitive, customizable, easy to use interface. Organization is made easy by being able to select different colors and symbols to label cards with.

Safe in Cloud uses 256-bit (AES) Advanced Encryption Standard, which is the same as what the federal government uses to secure information.

In order to sync across devices, Safe in Cloud lets users select their preferred cloud service. The options include Google Drive, Dropbox, Skydrive, and Box.

Safe in Cloud calculates the strength of the password in a very good and clear way. It not only depends on number of Capitals, numbers and special characters. It takes also into account what is found in dictionaries.

You can store all type of fields (text, passwords, URL, data, pin, secret...), even images and files.

Faster access to all passwords without the need to enter master passwords every time. Support Samsung Fingerpint (Note 4 tested)

You can add an unlimited number of custom fields. Fields can be reordered, assigned labels and symbols, and have their colors changed.
Safe in Cloud also lets you store a variety of data types.

You can autofill form in Chrome on Android. It's not enabled by default though, it must be enabled in the menu.

No monthly pay.

Very useful especially if password has been changed in password app and then the website asks for previous password in order to change it.

Faster to use passwords in Chrome and to carry it around.

Option to enter just part of password for quick access. If this is entered incorrectly then the whole password is needed. This allows one to set a very secure password but will only have to enter a few characters on most occasions.

The database will still be safe in the cloud and can easily be restored. An excellent balance between security and usability. Locally stored only apps are more susceptible to DOS Denial of Service attacks.

Safe in Cloud can import usernames and passwords from virtually every popular password manager.

If URL is present in the data then the username & password are automatically offered for pasting.

Create templates to faster add special types of data. For example: ftp or ssh keys.

And is basically just a bunch of GPG-encrypted files stored in a folder.

You are not forced to rely on any other service provider than yourself. Like saving them on a remote server as in the case of LastPass. You don't have to extend your trust (to LastPass or any other provider).

As it has both Git support and encrypts passwords to GPG-encrypted text files, it is really simple to access everywhere. You can either use a self-hosted or a personal cloud hosted Git repository. It is automatically being kept up-to-date. Clients for pretty much everything and a really active community. Even if you can't run a client you will still be able to access the password by decrypting them from the Git store.

It has a Qt-based GUI, an Android and iOS app, a Firefox plugin, a Golang GUI app, an interactive CUI, a dmenu script, OS X integration, and also an Emacs package.

It doesn't use a database like, for example, KeePass and thus doesn't open all passwords at once. Just one at a time.

You can version-control the encrypted files using Git, which allows you to track all changes done.

Does one thing and does it well.

As GPG and Git are widely used, it relies on thoroughly tested and secure functionality.

You and your team can share a repo and different subtrees can be encrypted for different sets of GPG ids.

For example the plugin "pass-extension-tail" makes it possible to only display the non-password parts of a password file, like the username or the name of the service the password is needed for, and without showing the password.

It's very easy to understand what the program does, why it's doing it, and how it's secure.