A Novel Approach of Cryptography Via Z-Buffer Method

As the reliability on the cloud grows in modern technology, the importance of robust security for data to reduce the risk of ‎breaching and unauthorized access has also become more essential. A novel approach is presented over the cloud to secure textual data over the cloud ecosystem by adapting the Z-Buffer algorithm, which is commonly used in computer ‎graphics. The proposed technique is incorporating complex number-based key generation and hyperbolic encryption and ‎decryption. The system shall be effective and scalable for data organization, which is developed through advanced concepts of mathematics. The performance of the proposed method is analyzed using primary metrics like central processing ‎unit utilization and latency, as it demonstrates the ability to enhance security and proper utilization of resources across ‎different file sizes, supporting real-world cloud applications and providing practical solutions to sensitive data. The pro-posed work is apart from previous work because of the fusion of graphic algorithm with security method, showing a new ‎path for future possibility in cloud data security. The research work addresses the present challenges in security and also ‎lays down the foundation for future breakthroughs in the area of security. By filling the gap between security and computer graphics, the presented approach offers a new perspective to secure data over cloud-dependent environments‎.