VSFileHash2.0.3 Build 171

Working with sensitive data on your computer requires you to take extra caution, especially if you need to transfer your documents to another device.During an attack, your files might be compromised without their content being modified. However, you can use a hash calculator, such as VSFileHash, to determine if your document has not been altered in the meantime.

Simplistic layout

This program comes with a minimalistic, user-friendly interface that encompasses a handful of quite intuitive functions. Therefore, it is possible that a wide variety of computer users, including novices, can benefit from its capabilities without considerable efforts.However, its lack of any form of help documentation can be disconcerting for some users that might encounter difficulties understanding or operatings its controls efficiently.

Calculate hash for files on your PC

You can turn to VSFileHash if you need a quick way to calculate the hash for any file on your computer without significant efforts.In order to do so, you only need to import a file from your computer by either clicking the Add File button or choosing the corresponding option under the File menu and hitting the Calculate button on the main window.The application provides you with additional information about your document and displays both HEX and Base64 hash values after performing the calculation.

Numerous algorithms supported

VSFileHash can calculate the hash of your files by using multiple algorithms. The list includes SHA-1, SHA-224, SHA-256, MD2, MD4, MD5, Panama, Adler32 and CRC 32.Choosing your preferred one can be done by either selecting it from the combo menu or by opening the Algorithms window from the Hash menu.

Lightweight hash calculator with multiple algorithm support

All things considered, VSFileHash is a handy application that was designed to help you calculate the hash for any file on your computer with minimum efforts. It comes with a simple user interface, packs intuitive functions and features support for numerous algorithms.