AUTOMATED CONSTRUCTION TECHNOLOGY OF BLACK SEA ECOMONITORING INFORMATION SYSTEM

The article presents the methodological basis for the automated construction of an information system for environmental monitoring of the Black Sea using modern digital technologies. Through a visual representation, the intricate process of creating a sophisticated information infrastructure for monitoring environmental parameters within the Black Sea region (Georgian coast) is delineated. The orchestration of the system involves various pivotal roles, each assigned with specific responsibilities to ensure efficacy and reliability. The research focuses in the development of a digital information monitoring system tailored for sensitive coastal areas, aiming to provide real-time data on oil spills and facilitate prompt response actions. Two methods of data collection are identified: operational data entry and loT sensor deployment, with each stage of the process meticulously detailed. Ultimately, the system enables proactive measures to mitigate environmental damage and supports various experiments, leveraging machine learning capabilities to adapt to modern challenges through data analysis, risk assessment, and decision support systems. (The work is carried out within the framework of the grant NATO SPS G6028 Control of Black Sea Safety and Pollution Risks Using Numerical Models" /2023-2025/).