Authors :
Dhanika Tannu; Yadnya Bharambe; Aachal Khambekar; Madhura Patil; Snehal Kulkarni; Anita Mahajan
Volume/Issue :
Volume 7 - 2022, Issue 5 - May
Google Scholar :
https://bit.ly/3IIfn9N
Scribd :
https://bit.ly/3xuFEEM
DOI :
https://doi.org/10.5281/zenodo.6641394
Abstract :
The volume of the data being stored across the
world has been increasing consistently over the past few
years. The data that is being received needs to be stored
effectively to help understand and also manage the large
amount of data. For this purpose, the Relational
Databasesare being used to store this data in a row and
column based format. This is one of the most common as
well as one of the most effective forms of data storage. The
RDBMS or Relational Database Management Systems
have been one of the most efficient and widely used
management systems for the management and storage of
the data. The popularity of these systems make it a
valuable target by the attackers to achieve unapproved
and malicious access into this database. This attack on the
RDBMS can cripple systems and lead to a largescale loss
of data. Therefore, to provide a solution to this problem
and effectively improve the security and forensic
analysisof the RDBMS, the approach is being presented
this research article which utilizes the blockchain
approach to facilitate the forensic report generation using
Bilinear Pairing and the detection of the avalanche effect.
Keywords :
Database Integrity, Bilinear Pairing, Avalanche Effect, Validation, Notarization, Blockchain.
The volume of the data being stored across the
world has been increasing consistently over the past few
years. The data that is being received needs to be stored
effectively to help understand and also manage the large
amount of data. For this purpose, the Relational
Databasesare being used to store this data in a row and
column based format. This is one of the most common as
well as one of the most effective forms of data storage. The
RDBMS or Relational Database Management Systems
have been one of the most efficient and widely used
management systems for the management and storage of
the data. The popularity of these systems make it a
valuable target by the attackers to achieve unapproved
and malicious access into this database. This attack on the
RDBMS can cripple systems and lead to a largescale loss
of data. Therefore, to provide a solution to this problem
and effectively improve the security and forensic
analysisof the RDBMS, the approach is being presented
this research article which utilizes the blockchain
approach to facilitate the forensic report generation using
Bilinear Pairing and the detection of the avalanche effect.
Keywords :
Database Integrity, Bilinear Pairing, Avalanche Effect, Validation, Notarization, Blockchain.
