Hacking-Proof Cloud Data with DNA Encryption | Codon Modulo Algorithm Explained
0Hacking-Proof Cloud Data with DNA Encryption | Codon Modulo Algorithm Explained
Description:
Unlock the future of cloud security! π This video delves into a groundbreaking study on DNA-Based Encryption for protecting sensitive data in the cloud. Discover how the Codon Modulo Cryptography Algorithm uses the principles of genetics to create an unbreakable shield against unauthorized access, outperforming traditional encryption methods.
We break down the research that tested this method on vertically partitioned transactional data and applied data mining techniques like Association Rule Mining and Frequent Itemset Mining using famous algorithms (Apriori, FP-Growth, and Eclat). See the results that prove this isn't just more secureβit's also faster!
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This research is a game-changer for industries that rely on secure cloud storage and data analysis, including Healthcare, E-Commerce, and Finance. Learn how to keep your data safe without sacrificing performance.
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Study on Codon Modulo Cryptosystem for Privacy Preservation of Vertically Partitioned Outsourced Data
Layman Abstract :
This study focuses on protecting cloud data from unauthorized access using advanced encryption methods. It introduces a new Codon Modulo Cryptography algorithm, inspired by DNA coding, to secure sensitive transactional data stored in cloud systems. The encrypted data is then analyzed using rule-mining techniques like Apriori, FP-Growth, and Eclat. Results show that this method provides stronger security and better performance compared to traditional Homomorphic Encryption, making it a reliable option for safeguarding cloud-based information.
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