In recent years, blockchain technology, coupled
with smart contracts, has played a pivotal role in the
development of distributed applications. Numerous case
studies have emerged, showcasing the remarkable potential of
this technology across various applications. Despite its
widespread adoption in the industry, there exists a significant
gap between the practical implementation of blockchain and
the analytical and academic studies dedicated to
understanding its nuances.
This paper aims to bridge this divide by presenting an
empirical case study focused on the e-will contract, with a
specific emphasis on gas-related challenges. By closely
examining the e-will contract case study, we seek to provide a
clearer understanding of the real-world implications of
blockchain technology, addressing the potential challenges
related to gas consumption.