Optimizing Digital Signatures for Enhanced Privacy Protection in Blockchain Systems
Year: 2024
Type: article
Abstract: This paper delves into the optimization of digital signatures to bolster privacy protection within blockchain systems. With the proliferation of blockchain technology across various sectors, the imperative for robust privacy safeguards is accentuated. Digital signatures, a cornerstone of blockchain security, authenticate and uphold the integrity of transactions. Nonetheless, they may not consistently suffice in providing optimal privacy safeguards. This research scrutinizes the limitations inherent in current digital signature techniques and proposes innovative solutions to fortify privacy. It explores a spectrum of cryptographic algorithms and protocols aimed at enhancing the privacy capabilities of digital signatures. By optimizing these signatures, the research aims to offer users enhanced security, thereby fostering greater trust in blockchain applications. This abstract sets the stage for a comprehensive discussion on refining digital signatures to augment privacy in blockchain environments, highlighting the critical need for enhanced security measures as blockchain technology continues to evolve and integrate into mainstream applications.
Author: Guangyuan Chen
Institution: Hebei University of Economics and Business
Language: English
Subfield: Information Systems
Field: Computer Science
Domain: Physical Sciences
Open Access status: hybrid
OpenAlex ID: W4404727774