Estimation of Greenhouse Gas Emissions in Cement Manufacturing Process Through Blockchain and SSL Based IoT Data Analysis

Kim, Byeongseop; Kim, Myungsoo; Jeong, Jongpil

Recently, the Internet of Things (IoT) system, which supports human activities based on various types of real data, has attracted attention in various fields. However, the behavior of the system is determined based on the actual data, so if an attacker changes the data, a critical problem can occur on the system. Therefore, to ensure the reliability of real data, many researchers have studied data management platforms that use security management technology. In the proposed platform, the pre-manufacturing phase of the cement manufacturing process attempted to ensure the reliability of the generated data by having data produced using blockchain techniques through the distributed ledger of blockchain. In the manufacturing phase, Secure Socket Layer (SSL), also known as digital certificates, is also used to establish encrypted connections between the browser or user’s computer and the server or website. SSL connections protect sensitive data exchanged in each session from interference from unauthorized users. Design a management platform that can verify the integrity of stored data over proposed SSL and block chain. Testers collected in real time from the system provide integrity for the calculation of carbon emissions. You will have the opportunity to drastically reduce the manpower and time funds required for the current first and second stages of verification.