cultYvate’s smart nutrtion system is founded on a balanced nutrition approach concept. It integrates fertigation requirements with smart irrigation devices and pump operations. By using our techniques, farmers can ensure the precise concoction and dispersal of fertilizers at the correct place and time. Our fertigation automation is suitable to be adopted to every farmland holding and greenhouse. The advanced algorithm of smart devices can help farmers manage variations in water quality. Apart from receiving alerts on the latest functioning of the system, farmers shall also be empowered to adjust fertigation schedules from their smartphones. Our smart fertigation system allows farmers to manage personalised fertilizer schedules for their crops. Our automated devices have built-in pH balancing thereby catering to the nutritional requirements of crops with promptness.With cultYvate’s smart fertigation control, crop nutritional needs can be effectively managed by farmers. Not only can the nutrients be supplied at the correct time, the precise application of fertilizer shall reduce the cost and environmental contamination as well. Our scalabe and cost effective fertigation framwork involves no human input. Farmers can still access and monitor the entire fertigation through smartphones mitigating pitfalls like irrigation emitter clogs, irregular fertigation cycles and salinity build-up. To keep up with the dynamic nutritional needs of their crops, farmers can use our easy-to-install smart fertigation system.

cultYvate calculates the precise amount of water required for the crops based on static and dynamic data points collected at regular intervals to provide automated irrigation solutions.Static parameters such as crop type and soil type are collected at the beginning of the season. The dynamic parameters such as crop age, amount of water during earlier sessions, wind speed, intensity of sun and several others are collected every day, automatically, for precision calculation of water needs of the specific crop.As a part of the automated irrigation system, a complex algorithm analyzes the data collected, identifies the power supply voltage to adjust the water flow, and ensures that the crops are fed with the precise quantity of water, maintaining the balance between the amount of water available and the criticality of the water needs of the plants.