Open Source Cryptography Software - Page 17

2Pix integrates with Windows to allow you to easily encrypt and hide files in bitmap images, a process called steganography (not to be confused with stenography). Data is stored in the low-order bits of each pixel of an image, so the file is completely hidden from view. Version 1.1 now provides plausible deniability because no unencrypted signature is stored in the image header. It should be impossible to prove an image contains a hidden file (if you use a strong password and only use 1 or 2 bits per pixel component). NOTE: This project has been moved to Google Code. http://code.google.com/p/2pix-steganography

A text editor which saves data encrypted with strong cryptography (AES, Blowfish..)

A simple checksum verifier

A set of Unixish tools allowing encrypted and compressed backups be done on exchangible media.

A C++/Qt program for use in encrypting and decrypting simple substitution cyphers. These cyphers are often found in newspapers and various puzzle books.

The ABKey plugin for Apple's Address Book allows you to quickly view GPG key information for contacts as well as specify per-contact preferences for how GPGMail (the Apple Mail plugin for GPG) handles encrypting and signing of emails.

Pure managed C# implementation of well-known cryptographic hash functions such as SHA-family (SHA0, SHA1, SHA2), MD-family (MD2, MD4, MD5), RIPEMD, Tiger, Haval, Snefru and others. Moved to Github: https://github.com/AndreyRusyaev/acryptohashnet

Encrypt and decrypt AES strings.

A package of Rijndael, Twofish and Serpent encryption algorithms implemented in x86 assembly. Meant to learn basics of assembly, learn about the algorithms or to be used in a C program.

AES.g is a port of the Advanced Encryption Standard (or Rijndael) to the GPU using a mix of C++ and Cg programming languages. It is portable and built as a class-based program, using OpenGL or DirectX libraries.

Starting as a personal study project, I have decided to share this security project. For now, it is a JAVA program that can be used to encrypt and decrypt simple file content (ie files), possibly later evolving into a utility with user interface and/or a library

AESEncryptor is a fast and simple utility to protect your files with the Advanced Encryptation Standard algorithm. It is safer than zip or rar files because a simple force-attack can reveal their password. A force-attack to an AES encriptation could delay millions of years. There are available the source code of the GUI, a CaptionProgressBar and the RijndaelCryptorProvider, the core of the application which can start a encriptation process in a simple code line. New Version released (v2.5): - Add English Language - Some Bug Fixes - Added some options - Added some encriptation parameters IMPORTANT CRITICAL UPDATE (V2.5.0.1)!!!!! Fixes an error occurred with the Auto Delete option activated NEW UPDATE (V2.5.0.2) Fixes an crash when the program start or decrypt a file. Thanks to a SourceForge user for report the error UPDATED RijndaelCryptoProvider with a serious bug fix. Also, has been updated v2.5.0.2 and v2.5.0.1 with this new library

AES_in_CBC_mode_for_microcontrollers is an open-source code that enables you to easily integrate the AES encryption algorithm in CBC mode to your project. Based on the work of https://github.com/zhouyangchao/AES GitHub Page: https://github.com/Northstrix/AES_in_CBC_mode_for_microcontrollers

This is a simpe Implementation of an The 128-bit AES Encryption Algorithm core in 16-Bit ASM

Um sistema de controle de acesso em Java que utiliza um processo de autenticação forte bifator.

ALIMP (A LIttle More Privacy) is a .NET C# software enabling users to easily cypher and de-cypher files on their computer using common algorithm (DES, 3DES, AES, ...) that are shipped with the .NET Frawemork.

A small encryption / decryption application that we are giving away free of charge. Version 1.0.00 - RSA only at the moment. But later versions will have a plug-in system for adding more algorithms.

Symbian OS implemetation of NIST-Recommended Random Number Generator Based on ANSI X9.31 using AES written in Symbian C++ and tested on Symbian 9.x platform (especially Nokia N73, N80, N82 and E51).

This is a very powerfull criptography project that basicaly can be used to transmit or store secure data and study some cipher, hash and compression algorithms to understands how it works.

AUM is an extremely fast, small-state, cryptographically secure pseudo-random number generator and stream cipher. AUM exhibits uniform distribution, mixes rapidly, has no detected bias, and comes in three variants: AUM16, with an internal state array of 16+4 32-bit words; AUM32, with an internal state of 32+4 words; and AUM64 with a 64+4-word state. The former permit seeding with a key of up to 512 or 1024 bits, the latter with a 2048-bit key.

AVGVSTO USB 3.1.3 HARDWARE-BOUND FILE ENCRYPTION OPEN SOURCE REVOLUTION AVGVSTO fuses your password with the physical fingerprint of any USB drive. Without the exact hardware, decryption is impossible — even if the password is known. Anti‑bruteforce, duress mode, cascade ciphers, and 100% transparent code. No telemetry, no backdoors.

The AWS Encryption SDK is a client-side encryption library designed to make it easy for everyone to encrypt and decrypt data using industry standards and best practices. It enables you to focus on the core functionality of your application, rather than on how to best encrypt and decrypt your data. The AWS Encryption SDK is provided free of charge under the Apache 2.0 license. With the AWS Encryption SDK, you define a master key provider (Java and Python) or a keyring (C, C#/.NET, and JavaScript) that determines which wrapping keys you use to protect your data. Then you encrypt and decrypt your data using straightforward methods provided by the AWS Encryption SDK. The AWS Encryption SDK does the rest. Without the AWS Encryption SDK, you might spend more effort on building an encryption solution than on the core functionality of your application. By default, the AWS Encryption SDK generates a unique data key for each data object that it encrypts.