Efficient and secure multiple digital signature to prevent forgery based on ECC

Abstract

Adversary can be able to perform selective forgery where valid signature on message are created by someone else, with a significant probability and existential forgery, in which a pair of message and valid signature is created by him. For a signature scheme to be perfectly secured, it should be secured computationally. We present an ID based multiple signatures scheme secure against selective forgery attack based on ECC. The objective of the work carried out is to design and implement multi digital signature based on ECC against selective forgery attack.

A Study on Efficient Information Security using Elliptic Curves

“…Digital signatures are essential for authenticating identities in online transactions, notably in e-commerce. The suggested approach provides a more reliable solution for ensuring digital signature integrity and authenticity [34].…”

Revolutionizing Healthcare by Unleashing the Power of Machine Learning in Diagnosis and Treatment

“…Rising costs demoralize people in different aspects, such as undergoing laboratory tests and www.ijacsa.thesai.org regular visits to health practitioners, which affects patient health. Spending a major part of their earning in paying out the medical expenses puts a great burden on people economically [18]. As we know taking prevention is always better than taking cure after a medical situation.…”

“…Transparent ML techniques that develop the proper drug as human safety should always be prioritized [14]. High accuracy can only be achieved by giving machines large amounts of data [18]. Presently, we can recognize various applications of ML such as friend suggestion used by Meta, prediction of traffic by Google Maps, Speech recognition by Google on smart devices, item recommendation on e-commerce websites such as Amazon and Myntra, and email spam identification used in Gmail.…”

Improved Multisignature Scheme for Authenticity of Digital Document in Digital Forensics Using Edward-Curve Digital Signature Algorithm

“…Researchers [23] propose an ECC-based ID with multiple signatures, which are much more robust than forgery that can be detected in the proposed approach because the secret key is generated from the identity hash and a random number D i � H(ID i |r). Tis may be further enhanced by using a blind signature and encryption on the message.…”

“…Tis scheme is not only a test in an ofine environment as it is designed as an ofine application but can be tested online also by developing as an online application with Python web development tools. [3] Fingerprint RSA No Bellare and Neven [18] Unavailable RSA Yes Tanwar and Kumar [1] E-mail and Aadhaar number RSA Yes Prathapkumar et al [40] Unavailable Double RSA No Nagashima et al [33] Creator's content and ID ECC No Tanwar et al [23] ID card ECDSA Yes Diemert et al [24] Unavailable ECDSA Yes Bisheh N. et al [34] Unavailable EdDSA Yes Proposed scheme Fingerprint, Aadhaar number, and random number EdDSA Yes Te scheme is not a test in a real-time environment. It can be tested in the real-time environment with some specifc adjustments such as using hardware to collect the fngerprint images in real-time.…”