Secured File Sharing Through Quantum Computing

Secured File Sharing Through Quantum Computing

Ananya V1, Apeksha S Kenchareddy1, Dhanushree S P1, Praveen S1, Ms. Gagana G R Nayaka2 1UG Students, Department of Computer Science and Engineering, PESITM, Shimoga

2Assistant Professor, Department of Computer Science and Engineering, PESITM, Shimoga

NH – 206, Sagar Road, Shimoga Dist., 577 204, Karnataka, India.

Email: {anuananya46442 , apekshaskenchareddy, dhanushree.1516 , praveens.7349}@gmail.com, gaganagr@pestrust.edu.in

ABSTRACT- In present technology, Quantum computing plays a versatile role in data security and privacy. There are many methods for securing the data one of the methods is cryptography. File encryption and decryption become easier when the AES and RSA algorithms improve security. Also, file sharing through the AWS cloud and downloading from it have become more secure for storing data. Here we can add files into images with the help of Stenography. The comparison among the AES and RSA algorithms of performance speed, key size, and bit size is evaluated. In this paper, we proposed a framework for quantum key-based embedding and de-embedding of files and images where security and privacy are achieved. Access IBM server gives us Quantum processing units(QPUs) that are ibm_sherbrooke, ibm_kyiv, and ibm_brisbane. It requires a total of 127 Qubits and 30K CLOPS.

Keywords-AES, RSA, Cryptography, Stenography, AWS Cloud, IBM Server