• Crop Yield

    Improve crop output upto 30%

    By optimising resources used for farming, the cultYvate technology system ensures that the right farm inputs are provided to the crops at the right time automatically.

    .. read more

    We use complex crop models to personalise the technology delivered to each farm and crop. Our cloud based artificial intelligence engine continuously learns (will the AI learn and deliver) the parameters of the farm and the crops to improve the precision of watering, nutrition, pest control and several other farming automation workflows enabled by our technology infrastructure. This improved precision leads to significant improvement in crop yield while using lesser resources.

  • Pest and Disease Infestation

    Significantly Lower the probability of pest and disease infestation

    Several studies and experiments worldwide has proven that ideal watering ensures improved nutritional absorption in crops making them resistant to pests and diseases.

    .. read more

    The cultYvate system ensures optimal automatic watering of the crops progressively through crop lifecycle. Our crop models determine the crop water requirement under varied circumstances such as soil type, weather and other parameters. Our AI will also predict the possibility of pest and disease occurrence so as to enable to proactive measures.

  • Water conservation

    Conserve water and other critical resources

    Water has become more scarce and unpredictable natural resource in every part of the world. Other farm inputs and resources such as fertilisers, pesticides and electricity too are critical and expensive.

    .. read more

    Guided by precision agriculture, the cultYvate system optimizes the use of all these resources so that the overall cost of farm cultivation is reduced significantly, leading to higher farm productivity

  • Cultivation and Maintenance of Farmland

    Reduce the effort required for cultivation and maintenance of farmland

    Human effort required for farming is expensive, critical, and unavailable at times globally.

    .. read more

    cultYvate’s sensor’s, flow meters and data controlled valves and switches combined with fuzzy logic will ensure minimal human intervention during all phases of crop lifecycle, on a farm of any size. Apart from significantly reduced farm labour costs, our automated smart farming system ensures peace of mind from potential unavailability of key resources during critical farming phases.agriculture, the cultYvate system optimizes the use of all these resources so that the overall cost of farm cultivation is reduced significantly, leading to higher farm productivity.

  • Cultivating Profitable Crops

    Get wider choice of cultivating profitable crops

    Local conditions of farming drive the kind of crops that can be grown in a region.

    .. read more

    Local conditions of farming drive the kind of crops that can be grown in a region. While indiscriminate cultivation of foreign crops is detrimental, many a times local varieties that are more nutritious and profitable may not be viable to be grown due to resource constraints. Now farmers have options to choose crops that are more profitable for their given farm type, predicting the availability of water and varying climatic conditions based on our data analytics and precision agriculture automation.

  • Crop Yield

    Improve crop output upto 30%

    By optimising resources used for farming, the cultYvate technology system ensures that the right farm inputs are provided to the crops at the right time automatically.

    .. read more

    We use complex crop models to personalise the technology delivered to each farm and crop. Our cloud based artificial intelligence engine continuously learns (will the AI learn and deliver) the parameters of the farm and the crops to improve the precision of watering, nutrition, pest control and several other farming automation workflows enabled by our technology infrastructure. This improved precision leads to significant improvement in crop yield while using lesser resources.

  • Pest and Disease Infestation

    Significantly Lower the probability of pest and disease infestation

    Several studies and experiments worldwide has proven that ideal watering ensures improved nutritional absorption in crops making them resistant to pests and diseases.

    .. read more

    The cultYvate system ensures optimal automatic watering of the crops progressively through crop lifecycle. Our crop models determine the crop water requirement under varied circumstances such as soil type, weather and other parameters. Our AI will also predict the possibility of pest and disease occurrence so as to enable to proactive measures.

  • Water conservation

    Conserve water and other critical resources

    Water has become more scarce and unpredictable natural resource in every part of the world. Other farm inputs and resources such as fertilisers, pesticides and electricity too are critical and expensive.

    .. read more

    Guided by precision agriculture, the cultYvate system optimizes the use of all these resources so that the overall cost of farm cultivation is reduced significantly, leading to higher farm productivity

  • Cultivation and Maintenance of Farmland

    Reduce the effort required for cultivation and maintenance of farmland

    Human effort required for farming is expensive, critical, and unavailable at times globally.

    .. read more

    cultYvate’s sensor’s, flow meters and data controlled valves and switches combined with fuzzy logic will ensure minimal human intervention during all phases of crop lifecycle, on a farm of any size. Apart from significantly reduced farm labour costs, our automated smart farming system ensures peace of mind from potential unavailability of key resources during critical farming phases.agriculture, the cultYvate system optimizes the use of all these resources so that the overall cost of farm cultivation is reduced significantly, leading to higher farm productivity.

  • Cultivating Profitable Crops

    Get wider choice of cultivating profitable crops

    Local conditions of farming drive the kind of crops that can be grown in a region.

    .. read more

    Local conditions of farming drive the kind of crops that can be grown in a region. While indiscriminate cultivation of foreign crops is detrimental, many a times local varieties that are more nutritious and profitable may not be viable to be grown due to resource constraints. Now farmers have options to choose crops that are more profitable for their given farm type, predicting the availability of water and varying climatic conditions based on our data analytics and precision agriculture automation.

Our Products

Certifications

The Cultyvate system is currently being tested leading to certification by leading agriculture research institutes viz. University of Agricultural Sciences and Indian Institute of Horticultural Research (IIHR) which is a premier institute of the Institute of Indian Council of Agriculture Research (ICAR).

Additionally we are in talks with other specialized agricultural universities and institutions to test and certify our farming automation solution under varied conditions.

University of Agricultural Sciences Logo
IIHR Logo

Research

The Cultyvate system has been developed in association with one of the foremost scientific institutes in the world – the Indian Institute of Science (IISc), Bangalore, India.

Our ongoing joint research focuses on:

  • New Crop Models

    Generating new crop models using advanced statistics and machine learning

  • Internet of Things

    Building better internet of things (IoT) platform at lower costs to enable the small and marginal farmers to be more profitable.

  • Precision Control

    Precision control of valves, switches and motors using advanced cloud infrastructure

The Cultyvate system is a culmination of over 10+ years of research, development and implementation of various concepts, tools and methods independently as well as jointly by the Cultyvate and IISc.

Advisors

Prof. HS Jamadagni

Prof. HS JAMADAGNI

Prof HS Jamadagni was the ex-chairman of the Department of Electronic Systems Engineering (DESE), Indian Institute of Science (IISc), Bangalore.

He popularized the Microprocessor in India by offering hands-on courses throughout the country.

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DR. Ramakrishnappa

DR. RAMAKRISHNAPPA

Dr. Ramakrishnappa retired as Additional Director, Department of Horticulture, Govt. of Karnataka, India in 2014.

He is a post graduate and a PhD Scholar in Seed Science and Technology from the University of Agricultural Sciences, Bangalore, India.

Read More

Connect with us

Partnership

PARTNERSHIPS

We invite Farm Equipment Manufacturers, Irrigation System Manufacturers, Agriculture or Farming Consulting and other organizations in the sector to partner with us to Up-sell and implement our cutting edge solutions.

Collaboration

COLLABORATION

Universities, Research Institutes and Independent Researchers please write to us to collaborate in Core Agriculture and Farming research, IoT, Sensors (Soil, Temperature, Humidity, Water Flow and others), Statistical Crop Models and Artificial Intelligence.

Career

CAREERS

If you are a student or a working professional with the above skill sets or have prior experience in digital marketing, SEO, agricultural or environment related blogs, selling or marketing agricultural equipments, irrigation systems or any other farming solutions to corporates, farmers or individuals please get in touch with us for an exciting career. We offer full time, part-time as well as freelance opportunities.

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