Original scientific paper
https://doi.org/10.1080/00051144.2024.2307228
Smarter and resilient smart contracts applications for smart cities environment using blockchain technology
M. Kavitha Margret
; Department of Computer Science and Engineering, Sri Krishna College of Technology, Coimbatore, Tamil Nadu, India
*
E. E. Golden Julie
; Department of Computer Science and Engineering, Anna University Regional Campus, Tirunelveli, India
* Corresponding author.
Abstract
Our daily activities revolve around various technologies, the smart city technologies and the services they offer have all influenced modern living conditions. The purpose of a smart city is to
enhance people’s quality of life and provide possibilities to address social and environmental
issues. As a developing technology, blockchain is beneficial for enhancing smart city services
including food tracking, supply-demand matching, the security of connected cars, and regulatory compliance. We propose a new framework for describing how blockchain technology is
used in smart contracts to improve security, dependability, and many other positive outcomes
in a smart city environment. We propose smarter and resilient smart contracts using blockchain
technology to manage real estate information. We propose a framework with tamperproof functionality to store the data and retrieve the data. Smart contract mathematical computations like
overhead rate, execution time, mean computational cost, standard deviation, throughput, and
resource utilization are evaluated and the results are compared. This paper focuses on real-world
rental file management scenarios to demonstrate the benefits of blockchain technology and how
it is used to address the issues that currently exist in developing smart contracts and services
while exchanging real land and other properties in a smart city environment.
Keywords
Smart city; blockchain; smart contract; land registry system
Hrčak ID:
323048
URI
Publication date:
7.2.2024.
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