A Novel Blockchain-Based System for Developing a Virtual Judge

Abstract

The designed judicial system is frequently unavailable to people, it is needed in a long time to process and is expensive. Blockchain technology proposes a potential explanation for these cases by facilitating the construction of a virtual judge that can automate considerable dispute resolution processes. This study suggests utilizing blockchain technology with Network Function Virtualization (NFV) to create a virtual judge offering benefits like efficiency, security, accessibility, transparency, and confidence. By using smart contracts in practice, legal procedures could be performed independently, ensuring impartial, transparent, and bias-free decisions. The results of this study show that the virtual judge system improves accessibility, drastically reduces the time and expense of court cases, and keeps the integrity of judicial procedures with gratitude to decentralized administration. Through a relative investigation of the Virtual Judge system's implementation parameters in both its NFV-enabled and non-enabled states, we show how virtualization improves scalability, performance, and energy efficiency. In conclusion, presented a new view of the evolution of blockchain-based dispute resolution and stressed the significance of keeping an open mind about the possible applications of blockchain technology across a range of sectors, including dispute resolution. Blockchain technology's capacity to develop a virtual judge has the possibility to fully transform the method that matches are determined by delivering a transparent, effective, safe, reliable, and accessible platform for resolving conflicts in a combination of conditions.