JoWUA

Abstract

This paper introduces a pioneering hybrid consensus algorithm aimed at addressing the susceptibility of both block chain and smart grid systems to 33% attacks. The novel approach integrates the block forge and staked-in consensus mechanisms, resulting in the creation of the Solve Secure Hash Stake consensus algorithm. The primary goal is to bolster cybersecurity measures and mitigate potential attacks within smart grid infrastructure. Through a case study utilizing the PNNL taxonomy feeders R4-12.47-2 and a smart grid network model with gateways, the effectiveness of this consensus mechanism is demonstrated. The case study validates the framework's capacity to detect and eliminate cyber threats, showcasing its practical application and relevance in securing smart grid systems. This proposed technique not only identifies threats within block chain and smart grid environments but also presents a viable solution to enhance cybersecurity measures for data collection, storage, transfers, and control execution in the smart grid.