Monitoring the quality of drinking water and milk.

This article examines issues related to quality control of drinking water and milk as critically important components affecting human health and technologically sensitive production processes. The primary objective of the study is to identify the limitations of existing monitoring technologies and to substantiate the need for more comprehensive and continuous quality control systems capable of ensuring reliable assessment of key safety and purity indicators. The research is based on an analytical evaluation of current monitoring technologies and applicable regulatory requirements, including a comparative analysis of major quality indicators such as water conductivity and the specific characteristics of milk as a high water-content product requiring enhanced quality control. The findings demonstrate that existing systems do not provide full control over critical quality parameters. The article concludes that the implementation of continuous, accurate, and mobile monitoring systems for water and milk is necessary, particularly in sectors requiring elevated levels of safety, reliability, and technological precision.