Appnimi MD2 Decrypter
Appinimi MD2 Decrypter is a simple to use software dedicated to decoding MD2 hashes and identifying which type of item they define. The software is lightweight and allows you to enter the hash, then perform a thorough analysis of each section of the code. It is designed to match the text to the item defined by the code.
Security decoding and verification
Appinimi MD2 Decrypter is a reliable security tool that enables you to discover what type of file/text is defined by a specific MD2 hash string. The MD2, otherwise known as the Message-Digest algorithm, is a cryptographic hash function used in order to define a specific item. The algorithm is used to encrypt a specific item, as well as to verify its integrity and identity.
Appinimi MD2 Decrypter can perform the opposite process, which is decoding the hash and identifying what type of item is defined by the code. For instance, if the hash corresponds to a piece of text, the software can display the words. If the hash is assigned to a file, the software can indicate its type.
Thorough analysis process
Appinimi MD2 Decrypter can perform a thorough analysis of the item encoded with a particular hash, by matching each letter and word. At the end of the examination, the software can determine which type of file is defined by the input hash.
The software uses two methods of decoding, namely the Dictionary and the Brute Force. The Dictionary implies a list of words that the software can use to perform the match, while the brute force involves matching each symbol individually. The process can take a long time, especially if the item is large, even though the speed of word matching ranges from 100,000 to one million words per second.
Reliable decoding tool
Appinimi MD2 Decrypter is a reliable security software that can offer you the means to decrypt MD2 hashes. The MD2 is an encoding algorithm that can generate a unique code to define a file, a piece of text or other item. The software can read the MD2 hash strings and match the words to the item it encodes.