Design a quantum-safe blockchain using post-quantum cryptography.

Blockchain technology consists of a distributed ledger that operates through a decentralized network of data blocks, sequentially connected and regulated by consensus mechanisms. Initially developed to underpin cryptocurrencies like Bitcoin, broader business and technological sectors now recognize blockchains’ potential applicability across various fields, including healthcare, communication, and smart grids. Blockchains currently rely on established cryptographic techniques to maintain security. However, the emergence of quantum computing is shifting the security landscape, as some of the current encryption methods may be compromised by the power of quantum processors. Therefore, the adoption of advanced encryption protocols within the realm of post-quantum cryptography is becoming imperative. This project will delve into the latest advancements in blockchain methods that are fortified by post-quantum cryptography. The candidate will perform a review to highlight quantum-proof blockchain models tailored for diverse platforms and use-cases, addressing security challenges. Specifically, the candidate needs to design a quantum safe blockchain using standard platform (Ethereum/Hyperledger) to address security issues using post quantum cryptography.

Faculty Supervisor:

Ajmery Sultana

Student:

Partner:

École supérieure d'informatique, électronique, automatique

Discipline:

Computer science

Sector:

Education

University:

Algoma University

Program: