ARCHITECTURE AND PRACTICAL IMPLEMENTATION OF A DIGITAL PLATFORM FOR MONITORING AND DATA EXCHANGE ON TRANSBOUNDARY WATER RESOURCES IN THE ZHAMBYL REGION
DOI:
https://doi.org/10.54309/IJICT.2026.27.3.006Keywords:
digital platform, water resources monitoring, transboundary waters, open channel, water flow, telemetry, IoTAbstract
The article presents the architecture and practical operation of the aquageo.kz digital platform for collecting, storing, spatially analyzing, and exchanging water-resource data in the Zhambyl region. The study aims to refine the data architecture and telemetry validation rules for a single measurement cross-section. The monitoring unit consists of four POTOK 100 ultrasonic flowmeters installed across one irrigation canal with a 10-minute registration interval. A quality-control scheme is proposed that considers channel synchronization, temporal completeness, instrument ranges, device status, and measurement units. Comparison with the flowmeter documentation revealed an inconsistency: the web interface labels flow values as m³/s, while the instrument specifies m³/h. This issue is incorporated into the validation procedure. The platform also integrates remote sensing data stored in PostgreSQL/PostGIS. The results highlight the need to separate raw measurements, software aggregates, and physically interpretable flow indicators before further analysis and decision-making
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Copyright (c) 2026 INTERNATIONAL JOURNAL OF INFORMATION AND COMMUNICATION TECHNOLOGIES
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