This paper presents a new password scheme that employs graphical user interface for password entry. The password consists of multiple graphical objects that are integrated to form one picture. The main advantage of this approach is making user authentication more user-friendly where it is often easier to remember a scene than an alphanumeric password. The user creates the password scene by selecting from the available shapes where the selection process is combined with the selected objects to create the actual password. The scene created by the user is transformed into an alphanumeric password where the number of combinations used in creating this alphanumeric password from the given objects of the scene prevents brute-force attacks. These combinations include the choice of objects to use, the number of times each object is selected, the order of object selection, and object sizes. Other factors, such as colors and object location within the scene, could be added. Compared to entering alphanumeric passwords, these factors increase the security against shoulder-surfing attacks where an attacker tries to obtain the password either by directly looking over the victim’s shoulder or by recording the whole login process. The alphanumeric password generated from the graphical password is not displayed and it is encrypted to prevent attacks on it. Implementation results and analysis of this scheme showed it to be secure and easy to use.