Implementation of Data Layer In Blockchain Network Using SHA256 Hashing Algorithm

Sondakh, Clivent Gerhard
Ardiansyah, Rizka
Joefrie, Yuri Yudhaswana
Angreni, Dwi Shinta
Pusadan, Mohammad Yazdi

Advance Sustainable Science, Engineering and Technology (ASSET)
Vol 6, No 2 (2024): February - April

The escalating demand for secure data management in blockchain systems has prompted the exploration of advanced cryptographic techniques. Leveraging the SHA256 hashing algorithm, this implementation aims to fortify data integrity, confidentiality, and authentication within the blockchain network. By meticulously examining the algorithm's application, the research demonstrates its efficacy in ensuring tamper-resistant data storage and retrieval, quantifying improvements in security percentages and specific metrics. The integration of SHA256 within the data layer is explored in technical detail, highlighting the concrete benefits of heightened security and immutability. The analysis discusses practical implications and delves into potential advancements in blockchain technology, offering valuable insights for researchers, developers, and practitioners seeking to bolster the robustness of data layers in blockchain networks.