Quantum Based Macorpgraphy System Implementations for Attacks in Data Maintenance

Now securing data in the cloud has become more complicated. In cloud environments, the data security based on the concept of authentication using cryptographic techniques is being checked. In addition to traditional encryption methods, quantum cryptography is gaining popularity and uses the concepts of quantum physics for the encryption of data. The Quantum Key Distribution (QKD) that quantum cryptography brings enhanced security, as it provides resistance against many of the prevailing cyber threats. This paper introduces the Secure Quantum Key Distribution (SQKD-CDS) for cloud data security, a new simulation framework. This method encrypts user data through non-Abelian encryption (NAE) for which strong data protection is provided. The Quantum Key also provides data on cloud servers with easy access. Quantum methods are used to efficiently distribute this key among nodes. The proposed cloud simulator is used to determine the effectiveness of the proposed simulation model. The obtained results revealed that the SQKD-CDS algorithm was quite efficient in comparison to the traditional security visualization algorithm, both in terms of time complexity and computational requirements.