Research on Cryptography-based Data Security and Trustworthiness in Digital Construction of Water Resources and Hydropower

Abstract

This study aims to strengthen data security and establish credibility using novel cryptography-based techniques in the context of the digital revolution in the water resource and hydropower development industry. Protecting sensitive data and guaranteeing the confidentiality of digital assets becomes crucial as the sector depends more and more on digital technology for communication, monitoring, and project management. The goal of this work is to create developed cryptographic protocols and structures that have been tailored to the needs of the water resources and hydropower industry. This study offers a thorough investigation into the use of cryptographic methods to tackle the difficulties presented by the digital construction surroundings in these projects. The research process combines algorithm creation, theoretical advancements, and real-world application. The efficiency and viability of the suggested cryptographic approaches in resolving trust and security issues intrinsic in digital building environments will be evaluated using actual-life scenarios and simulations. The results of this study should offer a strong basis for improving data security, reliability, and integrity in digital construction projects related to water resources and hydropower. Through the development of cryptography techniques specifically suited to this vital infrastructure industry, the research helps to build digital ecosystems that are resilient and secure, which is important for the sustainable growth of hydropower and water resources.