Access Password Decrypter can be used to decrypt Access password when you know nothing, forget or misplace the Access password. The application supplies three kinds of decrypting password methods. You can choose any one of them according to your own situation.

The application is free for evaluation. You can download the trial version of the application via clicking here. If you need the full version of the application, you can buy a single-user personal license for it after the evaluation. Single-user commercial license, multi-user personal license, multi-user commercial license and site license can also be purchased via clicking here.

The user interface (UI) of Access Password Decrypter is presented in Figure1. Please learn the function buttons in the interface first. You can add the Access file into the application by clicking on "Open" or "Open File" button. When you want to run the decrypting process, you can click "Start" button. If the project must be stopped sometime, you can click "Stop" button and you can also choose whether to save the project according to the prompt given by the application. To buy a registration key, you can click "Buy Now" button. The "Help" and "About" buttons are given you for your obtaining some related information about the application.

Then please see the Tab Control in the middle. In "Recovery" Tab, there are three given password decrypting methods. "Brute-force with Mask Attack (Trying All Possible Combinations)" is for those who know nothing about the password. "Brute-force with Mask Attack" is for those who know some part of the password, such as number, length, etc. "Dictionary Attack (Recommended)" is for those who want to decrypt the password from the dictionary file.

The "Brute-force" Tab serves for the "Brute-force with Mask Attack" method, in which you can set the password length or characters. The "Dictionary" Tab serves for the "Dictionary Attack", in which you can set the dictionary file. In "Option" Tab, you can set the time interval of auto-saving for current decrypting state.