We present a new digital signature scheme with message recovery and its authenticated encryption based on elliptic curve discrete logarithm and quadratic residue. The main idea is to provide a higher level of security than all other techniques that use signatures with single hard problem including factoring, discrete logarithm, residuosity, or elliptic curves. The proposed digital signature schemes do not involve any modular exponentiation operations that leave no gap for attackers. The security analysis demonstrates the improved performance of the proposed schemes in comparison with existing techniques in terms of the ability to resist the most common attacks
Collaboration network of the authors
13 authors ·
34 co-authorship links
· 16 across different organisations
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Hashemite University
Princess Sumaya University for Technology
Al-Balqa Applied University
Irbid National University
Yarmouk University
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