The Experts below are selected from a list of 31593 Experts worldwide ranked by ideXlab platform

Sourabh Jain - One of the best experts on this subject based on the ideXlab platform.

  • a secure cryptographic Cloud communication using dna cryptographic technique
    International Conference on Inventive Computation Technologies, 2016
    Co-Authors: Shruti Goyat, Sourabh Jain
    Abstract:

    The main aim of the proposed work is to design a secure Cloud storage and Data distribution platform for the open Cloud (public Cloud). This platform offers the secure communication among client and server during the Data transmission from the client device. In addition of that it also provides the secure technique to share and transfer the file from one user to another. Therefore to secure the entire communication and storage of Cloud server a cryptographic Cloud is proposed for implementation and design. To provide Security using the cryptographic technique a number of traditional and modern cryptographic techniques are studied. In most of the cryptographic techniques either the time and space complexity is much higher or they are much frequently used and utilized from the classical Security point of view. Thus in this presented work the DNA based cryptographic algorithm for Security is used. The DNA based cryptographic technique is basically developed using the substitution and other basic operator's implementation. Thus this technique is less computational cost effective and efficient. On the other hand the only four symbols are used for transforming entire massage to the cipher. Due to this Security is also enhanced in terms of their recovery process. The proposed SaaS (software as a service) demonstrate the Security using the upload, download and sharing of files using the proposed platform. The implementation of the proposed Security platform for Data exchange and sharing is provided using the JAVA technology. Additionally for the deployment the OpenShift Cloud (public Cloud) is used. The experimental performance in terms of time and space complexity demonstrates the effective and low resource consuming technique for the Cloud Data Security.

P.v. Lakshmi - One of the best experts on this subject based on the ideXlab platform.

  • Advanced Homomorphic Encryption for Cloud Data Security
    Politeknik Negeri Padang, 2017
    Co-Authors: D. Chandravathi, P.v. Lakshmi
    Abstract:

    This paper aims to provide Security of Data in the Cloud using Multiplicative Homomorphic Approach. Encryption process is done with RSA algorithm. In this RSA algorithm, Shor’s algorithm is used for generating Public key Component, which enhances the Security. Shor’s algorithm plays as important role in generating public key. Plain Text Message is encrypted with Public Key to generate Cipher Text and for decryption Chinese Remainder Theorem (CRT) is used to speed up the computations. By doing so, it shows how the CRT representation of numbers in Zn can be used to perform modular exponentiation about much more efficiently using three extra values pre-computed from the prime factors of n. Hence, Security is enhanced in the Cloud provider

Shruti Goyat - One of the best experts on this subject based on the ideXlab platform.

  • a secure cryptographic Cloud communication using dna cryptographic technique
    International Conference on Inventive Computation Technologies, 2016
    Co-Authors: Shruti Goyat, Sourabh Jain
    Abstract:

    The main aim of the proposed work is to design a secure Cloud storage and Data distribution platform for the open Cloud (public Cloud). This platform offers the secure communication among client and server during the Data transmission from the client device. In addition of that it also provides the secure technique to share and transfer the file from one user to another. Therefore to secure the entire communication and storage of Cloud server a cryptographic Cloud is proposed for implementation and design. To provide Security using the cryptographic technique a number of traditional and modern cryptographic techniques are studied. In most of the cryptographic techniques either the time and space complexity is much higher or they are much frequently used and utilized from the classical Security point of view. Thus in this presented work the DNA based cryptographic algorithm for Security is used. The DNA based cryptographic technique is basically developed using the substitution and other basic operator's implementation. Thus this technique is less computational cost effective and efficient. On the other hand the only four symbols are used for transforming entire massage to the cipher. Due to this Security is also enhanced in terms of their recovery process. The proposed SaaS (software as a service) demonstrate the Security using the upload, download and sharing of files using the proposed platform. The implementation of the proposed Security platform for Data exchange and sharing is provided using the JAVA technology. Additionally for the deployment the OpenShift Cloud (public Cloud) is used. The experimental performance in terms of time and space complexity demonstrates the effective and low resource consuming technique for the Cloud Data Security.

L I Yafan - One of the best experts on this subject based on the ideXlab platform.

Dauda M. - One of the best experts on this subject based on the ideXlab platform.

  • Comparative Analysis of Some Efficient Data Security Methods among Cryptographic Techniques for Cloud Data Security
    'African Journals Online (AJOL)', 2020
    Co-Authors: Abubakar M.a.t., Aloysius A., Umar Z., Dauda M.
    Abstract:

    The concept of Cloud computing model is to grant users access to outsource Data from the Cloud server without them having to worry about aspects of the hardware and software management. The owner of the Data encrypts it before outsourcing to a Cloud Service Provider (CSP) server for effective deployment of sensitive Data. Data confidentiality is a demanding task of Cloud Data protection. Thus, to solve this problem, lots of techniques are needed to defend the shared Data. We focus on cryptography to secure the Data while transmitting in the network. We deployed Advanced Encryption Standard (AES) used as encryption method for Cloud Data Security, to encrypt the sensitive Data which is to be transmitted from sender to receiver in the network and to decrypt so that the receiver can view the original Data. Arrays of encryption systems are being deployed in the world of Information Systems by various organizations. In this paper, comparative analysis of some various encryption algorithms in cryptography have been implemented by comparing their performance in terms of stimulated time during Encryption and decryption in the network. Keywords: AES, Data Control, Data Privacy, Data Storage, Encryption Algorithms, Verification