Study on a Hybrid Encryption Method for Data Security Based on ARB3 Algorithm
DOI:
https://doi.org/10.54489/ijcim.v4i2.472Keywords:
Encryption Performance Optimization, Data Integrity, Hybrid Cryptography, ARB3 AlgorithmAbstract
In a world where cloud storing and online correspondence will increase in a faster pace, it will be very important that the cryptographic safeguarding will be such that will be solid and powerful. Even where traditional hybrid techniques of encryption have been found to be effective, it will not be spared of the problem of throughput bottleneck, performance pitfalls, and security vulnerabilities. To ensure synergy we will solve these problems using ARB3, a new algorithm to implement a hybrid cryptography approach to merge the strengths of Rivest-Shamir-Adleman, BLAKE3 hashing, and Advanced Encryption Standard into a new algorithm ARB3. The ARB3 Algorithm will take advantage of the high-performance and symmetric encoding of the AES, the trustworthy key exchange process of RSA, and, high performance hashing of BLAKE 3 to develop an inclusive security protocol. Using testing, we shall have the advantage of showing that ARB3 will be better in terms of processing speed and provide an innocuous mix of security characteristics and that it will surpass traditional hybrid models in encryption and decryption. The general increment in throughput in ARB3 will allow it to receive large amounts of data without affecting its security or speeds. The proposed solutions will not only demonstrate how effective ARB3 will be in eliminating security threats, but they also will play a significant role in upgrading its performance metrics, which will become critical in future data security. Since the restrictions of the existing hybrid cryptographic systems will be reconsidered, ARB3 is going to provide a more promising and effective way of converting and processing data in the framework of many applications. It will be a major breakthrough in the cryptography sphere. The paper will also highlight the relevance of this new hybrid mechanism of encryption that will be fitted to the changing requirements of data security.
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