Water treatment monitoring systems are presently divided into manual and dynamic systems. Due to, the constant changes in water, either due to seasonal changes in water chemistry or due to the operative conditions of the industrial environment, the dynamic systems have to be utilized by the water manufacturers. However, water is very beneficial for life and human health, therefore to reduce the endangerment of pollution, by improving and increasing the plant operation in addition to production. This paper suggests a new technique for water factory manufacturers by adopting wireless sensor nodes. The monitor node connected with a microcontroller device using Esp32 as transmitter and receiver nodes. The node sends its statues over the wireless network utilizing a defined internet protocol (IP). The proposed system shows its effectiveness in water monitoring systems through synchronous water monitoring and simple configuration compared to traditional systems.
Nowadays, the Internet of Things is used in many areas and applications such as smart cities and smart houses. However, the widespread Internet of things (IOT) faces many problems, the most important of those which are related to confidence and privacy. Information security is the main challenge on the Internet of things. To gain a secure and good quality of water, a smart monitoring and secured process system was introduced. In this paper the present algorithm was used to transmit information safely and secure, after the generation of the random key of the algorithm. Sensors was used to sense the change in reading parameters of the acidic/basic water (PH), and total dissolved solids ( TDS) of water, then transfer information from the external environment to the proposed system where the microprocessor (ESP32) and website application. The achieved results showed that the encryption method on the PH and TDS readings parameters succeeds in maintaining the avalanche effect requirement and introducing additional strength to the system.
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