Protected Anti-Collusion Data allocation design for Encryption Data in Cloud
Volume: 10 - Issue: 01 - Date: 01-01-2021
Approved ISSN: 2278-1412
Published Id: IJAECESTU337 | Page No.: 140-144
Author: Ranjana chaudhary
Co- Author: Chhatrapani Gautam
Abstract:-Data security is major challenges today. It plays a crucial role in modern
energy infrastructure; and how to process a huge amount of data received from these
devices. Cloud computing, a technology that has procedure resources on demands, could
be a wise candidate to deal with these challenges since it's several smart properties like
energy saving, worth saving, agility, scalability, and flexibility. Consumer can
furthermore do a resourceful and inexpensive approach for info sharing among group
members inside the cloud with the characters of low maintenance and small management
value. Consequently, our purpose is offer security guarantees for sharing info files since
they're outsourced. Unfortunately, because of the frequent modification of the
membership, sharing info whereas providing privacy-preserving remains a tough issue,
particularly for a scepticism cloud due to the collusion attack. During this work, we tend
to tend to propose a secure info sharing scheme for dynamic members. Firstly, we tend to
tend to propose a secure methodology for key distribution with none secures
communication channels, and additionally the users can securely acquire their personal
keys from group manager. another time once they're revoked. Thirdly, we tend to look
after the design from collusion attacks that recommend that invalidate users cannot get
the first file although they conspire with the untrusted cloud. Finally, our scheme will do
fine efficiency, that suggests previous users needn't to update their personal keys for the
case either a new user joins inside the cluster or a user is revoked from the cluster.
Key Words:-Data security, Secure computing, User encryption, Data encryption, Cloud security
Area:-Engineering
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