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Decodebits teamed up with the agricultural enterprise that controlled the sprinkler systems for the application of value-based drip irrigation valve automation. We improved water distribution and intensified the crops output with smart IoT based sensors, actuators, and controllers enabled us to come up with a solution to water shortage and inefficiencies in the conventional irrigation method. This practical approach yielded superb results in terms of water saving and healthy crop maintenance. And, in this way, sustainability in agriculture was promoted. So, our client's business in this sector was fully successful.
We go into detail in this article, Decodebits has made a partnership with an agricultural giant that is now abundantly making its irrigation using drip irrigation valve automation. Under the roof of the roof of new technologies, we intended to tackle the challenge of water lack and water inefficiency from the old irrigation systems, eventually leading to healthy growth and sustainable agriculture.
Traditional irrigation systems were dependent on manual labor, and conventional methods that urged farmers to perform a series of actions to regulate water level, these led to irrational water distribution, over-watering, and wasting resources. Productive water usage is not only helping farmers attain the health of their crops but also has a positive external effect on the environment and a major impact on the farmers’ operational costs.
A holistic drip irrigation valve automation solution with features of IoT (Internet of Things) sensors, actuators, and smart controllers to be used in water distribution was proposed by Decodebits. It based its operations on real-time data from the surroundings. Through modern technology and agriculture infrastructure, we pertained to maximizing water usage efficiency, increasing crop output, and stimulating environmentally friendly agriculture technology.
We adopted a purposive procedure of assessment, development, and deployment in the irrigations valve automation implementation, aiming to achieve flawless integration that boosts efficiency.
In the process of our assessment, Decodebits analyzed the customer’s present irrigation system, which involved procedures such as system evaluation, inefficiencies detection and a search for potential automation areas.
IoT sensors and actuators were then installed on irrigation valves for a streamlined integration with our client’s infrastructure to facilitate remote monitoring and control at the web console.
Adequate algorithms of high accuracy were synthesized and restored to examine the instantaneous data of soil moisture levels, weather conditions and crops necessities in real time resulting in serial irrigation of water achieving the maximum sustainability.
During the modus operands part of what we are doing, we subjected the control system to rigorous testing and optimization to enhance reliability, efficiency, and performance in the presence of various environmental conditions the system is going through which most eventually turn to be successful.
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