Lightweight Blockchain Simulation with Transaction Graph Visualizer
Miklós Sipos, Sándor Szénási · 2023
In this paper, a lightweight blockchain simulation and transaction graph visualization application is presented, crafted to augment the identification of pivotal nodes within blockchain networks. Harnessing sophisticated data visualization techniques, this application provides an extensive and easy to use environment for delving into and scrutinizing intricate transaction data within the blockchain. By incorporating principles from graph theory, this tool empowers users to distinguish critical nodes within the blockchain, unveiling the key participants, addresses, or entities involved in diverse transactions. This dual-functionality, featuring both blockchain simulation in C# and visualization in JavaScript, holds substantial potential for enhancing the analysis of blockchain networks. It promises to furnish valuable insights for researchers, cryptocurrency enthusiasts, and cybersecurity professionals, facilitating their endeavors to comprehend and fortify blockchain ecosystems.