Text and Image Encryption using ECC

Kaviarasu C, Kishore G, Nithish P, Dr G A Sathish Kumar
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Abstract

This project combines Elliptic Curve Cryptography (ECC) with Random Matrix Cryptography (RMC) for image encryption and ECC with the Lorenz algorithm to provide a comprehensive solution to data security. Chaotic equation for text encryption. While ECC-Lorenz uses chaotic dynamics for text encryption, ECC-RMC uses matrix operations to strengthen image encryption. The efficacy of both strategies in safeguarding the confidentiality and integrity of transmitted data is demonstrated through experimental validation, which therefore improves network communication security. A multi-layered encryption architecture is established by the integration of ECC-RMC and ECC-Lorenz, providing a strong defense against cyber attacks and unlawful access. This new encryption paradigm promises improved resilience in digital information transfer, marking a significant leap in data security measures. The suggested method gives a flexible way to combine computational complexity and mathematical rigor
使用 ECC 进行文本和图像加密
该项目将椭圆曲线加密法(ECC)与随机矩阵加密法(RMC)相结合,用于图像加密,并将 ECC 与洛伦兹算法相结合,为数据安全提供全面的解决方案。用于文本加密的混沌方程。ECC-Lorenz 使用混沌动力学进行文本加密,而 ECC-RMC 则使用矩阵运算加强图像加密。通过实验验证,这两种策略都能有效保护传输数据的机密性和完整性,从而提高网络通信的安全性。通过 ECC-RMC 和 ECC-Lorenz 的整合,建立了一个多层加密架构,为网络攻击和非法访问提供了强有力的防御。这种新的加密范式有望提高数字信息传输的弹性,标志着数据安全措施的重大飞跃。建议的方法提供了一种将计算复杂性和数学严谨性相结合的灵活方法
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