Efficient Certificate Storage and Compression: Optimizing Memory Utilization for Identity Management Using blockchain
Manasa C. K, Usha M, E V Vidya, G Gangambika, Swathi R, Sunitha C. K · 2024
In the digital age, managing and securing identities efficiently is crucial. Traditional methods of certificate storage often encounter problems concerned to security, scalability, and memory utilization. This paper proposes an innovative approach to optimizing memory utilization for identity management by employing blockchain technology combined with linkable ring signatures. Blockchain delivers a decentralized, immutable, and tamper-proof storage solution, ensuring the integrity and security of digital certificates. Linkable ring signatures provide enhanced privacy and traceability, allowing for anonymous yet verifiable transactions. Our objective is to create a robust identity management system with superior security and efficacy while utilizing significantly less RAM by combining these technologies. This method improves identity management system speed across a range of applications in addition minimizing the storage space. This methodology not only maximizes storage but also amplifies the overall performance of identity management systems in various applications.