Efficient and secure multiple digital signature to prevent forgery based on ECC
Sarvesh Tanwar, Sumit Badotra, Medini Gupta, Ajay Rana
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.
Topics & Concepts
Digital signatureComputer securitySignature (topology)Computer scienceRing signatureAdversaryElGamal signature schemeMerkle signature schemeScheme (mathematics)Blind signatureDigital Signature AlgorithmSchnorr signatureMathematicsHash functionGeometryMathematical analysisSecurity and Verification in ComputingCloud Data Security SolutionsDigital and Cyber Forensics