Read the crop and its context.
Assess crop stage, weather conditions, stress signals, and farmer observations.
Science, data, practical deployment
JOITA connects science, data, and real-world evaluation to help farmers make better decisions and build more resilient farms.
Practical tools for the crop, the field, and the sale.
A practical decision loop designed for smallholder agriculture.
Assess crop stage, weather conditions, stress signals, and farmer observations.
Recommend the appropriate crop input, application timing, and follow-up action.
Guide application and record crop responses for structured evaluation.
Explore crop inputs, advisory, and field technologies. Research products remain subject to supervised evaluation.
A waste-to-value FA-WAP hydrogel platform developed from rice stubble, fly ash, and Bacillus subtilis, currently undergoing field evaluation.
A next-generation crop-input platform combining functional nanomaterials with data-guided application strategies.
Ask in Hindi, investigate crop photos, and keep observations and follow-up checks together in a crop case.
A design-protected sensing and edge-computing node for root-zone intelligence and seamless JOITAFA integration.
A seed and nursery support material developed for early-stage establishment and practical deployment.
An aquaculture technology platform for water-quality management, controlled pilots, and validation-led deployment.
A field companion app for recording multi-parameter soil measurements, including moisture, temperature, EC, pH, fertility, and NPK.
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Explore the complete product systemThe BioSynth Nano sample kit and JOITA Soil Sathi App connect product identity, crop evaluation, soil readings, and structured records.
BioSynth Nano is a Carbon Quantum Dot (CQD) aqueous dispersion developed for supervised research and prototype evaluation across field, vegetable, fruit, and plantation crops.

The Soil Sathi workflow helps field teams capture readings from multi-parameter soil sensors, including moisture, temperature, electrical conductivity (EC), pH, fertility, and NPK.

Choose target field, vegetable, fruit, and plantation crop groups.
Record soil moisture, temperature, EC, pH, fertility, and NPK before application.
Use labelled samples, defined protocols, and farmer or FPO field records.
Compare crop responses, application timing, and recommendations for later cycles.
Science-led technologies developed for practical use in diverse rural environments.
Developed to help crops respond to climatic and environmental stress.
Helps improve application decisions and reduce unnecessary input use.
Built for farmers, FPOs, extension teams, and field workers.
Captures observations to enable responsible, validation-led scale-up.
One platform with practical routes to evaluation, adoption, and collaboration. FPOs are Farmer Producer Organisations.
Crop-stage support and timely input recommendations through JOITAFA.
Ask JOITAFADemonstration plots, farmer training, evaluation records, and deployment support.
Explore FPO programmesProprietary products, digital advisory, field intelligence, and validation data.
View the platformResearch collaboration, distribution, aquaculture pilots, and international deployment.
Start a conversationWork across AI, agronomy, application development, field evaluation, nanobiotechnology, bioinformatics, design, and business development.
Request a pilot, explore JOITAFA, or partner with JOITA.