Dynamic Password to Enforce Secure Authentication Using DNA.
Keywords:
Hadoop Cluster, Authentication, DNA Cryptography, Security, PrivacyAbstract
Every user accesses and stores data from the Hadoop cluster via a different node and a different node service, and they are all concerned with security and privacy to keep sensitive data safe from hackers. Password-based authentication is one of the many authentication solutions that are available to secure sensitive data. Both password security and authenticity have become crucial because of the quick growth of data storage, access, sharing, and moving. However, it is also necessary to guarantee the password's strength. Therefore, all cyber experts advise using complex password patterns. In this study, we create a special DNA algorithm that creates a special ID and a dynamic password based on the user's data. Through numerous experiments with single-node and multi-node Hadoop / SPARK clusters and varied users, we have evaluated our system. Our testing shows that the new authentication method we developed and the generated passwords are both completely reliable. We also put our created passwords to the test against the dictionary attack and the brute force attack, two methods for breaking passwords. By creating a user interface for a vast distribution system, we expanded our task. Our algorithm creates passwords that are easy to use and have the majority of the characteristics of being strong and uncrackable.
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