Design and Verification of Blockchain Enabled Monitoring Data Ownership for Foundation Pits

Abstract

With the rapid development of urban construction, the demand for reliable data management systems is increasing. The Guangzhou Housing and Urban-Rural Development Bureau has recognized the necessity of data rights confirmation to enhance the management efficiency and security of monitoring data, which is crucial for ensuring the safety of construction projects. In response to the insufficient security and credibility of traditional foundation pit monitoring data during the certification process, this study proposes a design and verification scheme for foundation pit monitoring data certification based on blockchain technology. By designing smart contracts to achieve tamper proof and transparent sharing of data, we ensure the authenticity and reliability of monitoring data throughout its entire lifecycle. The experimental results show that the proposed scheme effectively reduces the security risks of foundation pit monitoring data during storage and transmission, and improves the efficiency and accuracy of data management. Meanwhile, based on the distributed nature of blockchain, the credibility of data has been enhanced, preventing the forgery and tampering of information. The design scheme of this study not only effectively realizes the certification of foundation pit monitoring data, but also provides new ideas for data sharing and security in engineering management, with important application prospects, especially in the fields of engineering safety, risk control, etc., which can provide strong data support for relevant decisions.