These are no more prohibitively expensive or difficult
We are working with farmers and responsible food manufacturers at the grass roots to make Agriculture Sustainable.
CultYvate is a culmination of years of research and inputs from advisors who are a mix of Advanced Farming Practitioners, Agronomists and experts in Electronics, Communication Technology, and Data Science.
We employ Internet of Things (IoT) devices, Crop Models, Low Energy Wireless Communication, Artificial Intelligence and Common Sense in the right measure.
We are learning each day and fine tuning our offering to suit different crop, farmer group, environmental and business needs.
Globally, many countries have low productivity and quality of yield. For example, India stands first both in area and production, but has a very meager share of 6.4 % of the international pomegranate trade.
Globally, many countries have low productivity and quality of yield. For example, India stands first both in area and production, but has a very meager share of < 0.05 % of the international banana trade.
Globally, many countries have low productivity and quality of yield. Average productivity of grapes in world is 9.8 tonnes/ha wherein highest productivity of 21 tonnes/ha could be achieved by technological intervention in viticulture.
Globally, many countries have low productivity and quality of yield. Average productivity of grapes in world is 4.6 tonnes/ha wherein highest productivity of 6.8 tonnes/ha could be achieved by technological intervention in viticulture.
Globally, many countries have low productivity and quality of yield. Average productivity of grapes in world is 75 kgs/ha wherein highest productivity of 120 kgs/ha could be achieved by technological intervention in sugarcane field.
Globally, many countries have low productivity and quality of yield. Drastically decreasing production with reduced leaf quality is been main concern in Tobacco cultivation
Sensors & controllers are connected across acres of farm land using Industry standard LoRaWAN network without using any underground wiring. Our Patent pending proprietary algorithms ensure optimal performance of sensors and ON/OFF valves while being operated with a highly optimised solar battery.
Our cutting edge solution leverages on data collected from ground sensors, satellite and weather stations. We use Artificial Intelligence and Machine Learning to manipulate this data to arrive with meaningful predictive insights to optimally manage the farms.
cultYvate’s award-winning solution allows custom configuration to suit unique farm needs for orchestrating precision irrigation and fertigation without any manual intervention.
The heartbeat and health of the farm are rendered in rich intuitive dashboards. The analytics and indicators equip farmers in ascertaining productivity in yield, savings across water, fuel, labour and farm inputs.
We leverage on Artificial Intelligence-based ML models and Algorithms to alert the farmers and field officers when farming needs intervention. Our systems automatically communicate to farmers via mobile channels and IVR in local language
All you need is to press a button on your mobile app to take 100% control of the operations and carry out what-ever you need to do. The automation resumes, after a predetermined time to ensure smooth functioning of the farm.
The cultyvate solutions are plug and play and allow for a LEGO approach where you can add or remove sensors OR other components to suit changing farmland demands reusing existing infrastructure.
We use a Japanese technique called Poka-yoke to mistake-proof our offering. Further, we provide an extended warranty so that we can take care of ensuring the system always keeps functioning optimally.
