End-To-End Secure Communication Using Encryption and Fingerprint Recognition
جاري التحميل...
التاريخ
المؤلفين
عنوان الدورية
ردمد الدورية
عنوان المجلد
الناشر
International Journal of Computer Applications
خلاصة
Data encryption is an operation where plain data is pipelined and transformed into cipher data. Usually, data is maintained remotely. Users gain benefits from service providers through the Internet. Benefits such as online document storage enabling documents to be accessed anywhere anytime.
The paper in hand proposes a mobile application for encrypted data communication, due to the increased cases of data leakage. The relation between private and public keys is the basis of public key cryptography. In this way of cryptography, every public key is linked to a private key. Both keys are used in encrypting and decrypting any message sent via the Internet. Many novel approaches provide better data protection. Cryptography service providers are providing on -demand cryptography services. Novel approaches such as homomorphic-encryption help in protecting data. Those approaches are useful compared to other approaches because the former approaches are less expensive. The proposed mobile application is implemented in Flutter. The implemented fingerprint method that has been used in the application is Ateb-Gabor.
The user determines the document then it will be encrypted using AES. The encoded document is stored internally. The user is informed that the encryption process succeeded. To decrypt the encoded document the user selects it first from storage.