About Project

Created by Saaiq Abdulla Saeed (saaiqSAS), the SAS-ROSET project is dedicated to providing new experimental substitution-based encryption algorithms based on the SAS-ROS Cipher. Currently, the project includes two algorithms: SAS-RCS (for text encryption) and SAS-RBS (for binary encryption), both built around the SAS-ROS Cipher (Random Object Substitution). The project also offers the ROS Encryption Tool (ROSET Graphical), a user-friendly interface that allows individuals to easily make use of these new encryptions. Additionally, the project provides an API with the algorithms implemented, enabling developers to integrate the encryptions into their own applications. The algorithms, along with their specifications, cryptanalysis, and documentation, are made publicly available on this website in the hope of encouraging further research, cryptanalysis, and customization, inviting others to build upon and contribute to the project. Furthermore, the project explores the potential of substitution-based encryption methods to offer a level of security that is simple to understand and use, even for those without advanced cryptographic or mathematical knowledge. By making these algorithms accessible, SAS-ROSET hopes to empower individuals and developers to create their own variations, contributing to a more diverse range of encryption techniques and reducing reliance on a small number of widely adopted standards. By sharing these tools and algorithms, the SAS-ROSET project seeks to contribute to the broader field of cryptography, fostering innovation and collaboration within the community. It is the hope of the project's creator that, even if just in a small way, this work will inspire new ideas, spark meaningful discussions, and provide fresh perspectives on substitution-based encryption and ciphers, contributing to the ongoing evolution of cryptographic research.