Authors :
Never Chatsengela; Dr. T. Brindha
Volume/Issue :
Volume 8 - 2023, Issue 3 - March
Google Scholar :
https://bit.ly/3TmGbDi
Scribd :
https://bit.ly/3lPNA1H
DOI :
https://doi.org/10.5281/zenodo.7780085
Abstract :
This paper proposes a novel authentication
and key agreement-based mechanism for efficient data
migration in cloud environments. The proposed
mechanism employs a dynamic key generation approach
to enhance security during data migration, which is
crucial in ensuring data privacy and integrity. The
proposed mechanism also utilizes an authentication
protocol to ensure secure communication between the
cloud server and the user during the migration process.
The authentication protocol employs a mutual
authentication scheme to prevent unauthorized access
and ensure the validity of the communication parties.
Additionally, the proposed mechanism utilizes a hybrid
encryption approach, combining symmetric and
asymmetric encryption techniques, to improve the
efficiency and security of the data migration process.
The hybrid encryption approach enables the efficient
transfer of large volumes of data while maintaining the
confidentiality of sensitive information. Experimental
results demonstrate that the proposed mechanism
outperforms existing methods in terms of efficiency and
security. Overall, the proposed mechanism provides a
robust solution for secure and efficient data migration in
cloud environments.
This paper proposes a novel authentication
and key agreement-based mechanism for efficient data
migration in cloud environments. The proposed
mechanism employs a dynamic key generation approach
to enhance security during data migration, which is
crucial in ensuring data privacy and integrity. The
proposed mechanism also utilizes an authentication
protocol to ensure secure communication between the
cloud server and the user during the migration process.
The authentication protocol employs a mutual
authentication scheme to prevent unauthorized access
and ensure the validity of the communication parties.
Additionally, the proposed mechanism utilizes a hybrid
encryption approach, combining symmetric and
asymmetric encryption techniques, to improve the
efficiency and security of the data migration process.
The hybrid encryption approach enables the efficient
transfer of large volumes of data while maintaining the
confidentiality of sensitive information. Experimental
results demonstrate that the proposed mechanism
outperforms existing methods in terms of efficiency and
security. Overall, the proposed mechanism provides a
robust solution for secure and efficient data migration in
cloud environments.
