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This project focuses on the design and implementation of a digital security system incorporating cryptographic algorithms like Caesar, ChaCha, AES, and Prince, alongside the development of electronic circuits targeting preconfigured microcontrollers within limited hardware environments.
The project for encrypting files using hybrid cryptography using the AES, DES and RC4 algorithm and then sending the keys using the Diffie Hellman key exchange.
This GitHub repository offers AES_192_CBC.h, a single header file for streamlined integration into C projects. It provides robust AES-192 CBC encryption and decryption, ensuring enhanced security. With its simplicity and comprehensive functionality, this header file simplifies cryptographic operations in CBC mode.
AES-256-ECB: A header-only library offering seamless AES-256 ECB encryption and decryption functionality. Safeguard your data effortlessly with this single-header implementation. This solution is devoid of external dependencies, making it perfect for projects demanding reliable and efficient symmetric encryption.
The purpose of this project is to encrypt and decrypt photos using the AES algorithm with a one-time use 128-bit AES session key wrapped with 2048-bit RSA encryption.
This GitHub hosts AES_192_ECB.h, a C header file implementing AES-192 ECB encryption. AES-192, an extension of AES-128, ensures robust security. The file encapsulates the aes-192-ecb algorithm in C for efficient and secure implementation.
This Java Enterprise web application verifies it's users using Google's OAuth 2.0. It then hides their text in an image using LSB algorithm and encrypts the image using AES algorithm for additional security. It also allows users to send encrypted image via email using gmail's RESTful api.