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agribloomindia was founded in 2018 in Bengaluru by plant-genetics specialist Dr. Kavita Rao and agro-informatics engineer Rohit Singh, united by a mission to revolutionize Indian agriculture through science and sustainability. Witnessing the challenges posed by unpredictable monsoons, soil degradation, and pest outbreaks, they set out to develop integrated solutions that combine advanced bio-breeding with digital agronomy. Starting in a small lab space within the University of Agricultural Sciences campus, the team focused on CRISPR-assisted trait selection, isolating pest-resistant genes in millets and heat-tolerant alleles in mustard.
By 2020, agribloomindia had expanded to a 2,500 m² research and trials center in Electronic City, equipped with vertical farming racks, IoT-enabled soil sensors, and an on-site greenhouse for phenotype screening. Here, our researchers perform multigenerational breeding cycles in accelerated growth chambers—reducing typical varietal development timelines from eight years to under three. Parallel to this, our data-science unit processes terabytes of multispectral drone imagery, soil-moisture logs, and yield metadata to build predictive models that guide real-time field interventions.
Our hybrid seed and microbial-consortia products are rigorously field-tested across four agro-climatic zones—from the Deccan plateau to the Indo-Gangetic plains—ensuring adaptability and performance. agribloomindia collaborates with 15 state agricultural universities and 30 progressive farmers’ cooperatives, co-developing on-farm trials that validate ROI, environmental impact, and food-security outcomes. We hold ISO 9001:2015 for quality management and are certified under the Government of India’s Seed Minikit programme for novel variety release.
Beyond product innovation, we are deeply committed to farmer empowerment: our agronomy helpline serves over 5,000 growers, offering personalized crop-management plans, weather-adaptive sowing calendars, and real-time pest-alert SMS. The agribloom Digital Portal provides subscription-based analytics dashboards—integrating satellite weather forecasts, local market prices, and best-practice advisories—accessible via smartphone even in low-connectivity areas.
As agribloomindia scales, we remain guided by a triple bottom line: profitability, planet, and people. We reinvest 10 % of annual revenues into community education, installing solar micro-irrigation pumps and soil-test kiosks in underserved districts. Our vision is to catalyze a generational shift, where Indian farmers thrive on resilient crops, sustainable inputs, and data-driven decisions—ensuring food security and environmental stewardship for decades to come.

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We apply gene-editing and marker-assisted selection to develop seeds with enhanced yield, drought tolerance, and disease resistance.
Our breeding cycles use controlled-environment growth chambers to expedite generational turnover, achieving results in under three years.
Farmers choose traits—from high-oleic oil in groundnut to rust-resistance in wheat—tailored to their local agro-ecological needs.
All seed lots undergo multilocation trials across diverse Indian zones, with agronomic data captured via IoT sensors and remote sensing.
Certified minikit packages are delivered with comprehensive sowing, fertilization, and pest-management protocols.
This precise, localized approach ensures optimal performance and market differentiation for growers.
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Our IoT-enabled soil-moisture probes, pH electrodes, and nutrient sensors feed real-time data to the agribloom Digital Portal.
Satellite and drone imagery—processed with AI algorithms—maps crop vigor, pest hotspots, and irrigation uniformity at 5 cm resolution.
Interactive dashboards recommend irrigation schedules, foliar-feed timings, and micro-nutrient amendments, improving water-use efficiency by up to 30 %.
Custom alert systems notify farmers of impending pest outbreaks or nutrient deficiencies 10–14 days before visible symptoms.
Historical data analytics identify yield-limiting trends and help refine rotational cropping plans for soil regeneration.
This integrated digital framework empowers precise, proactive agronomy at the individual field level.
تحميل وان اكس بيت
We formulate proprietary consortia of nitrogen-fixing rhizobia, phosphate-solubilizing bacteria, and mycorrhizal fungi.
Quality-assured microbial products are encapsulated in eco-friendly pellets with shelf life up to 12 months.
Field trials demonstrate up to 25 % reduction in chemical-fertilizer needs while maintaining or improving yields.
Our agronomists custom-design inoculation protocols—seed-treatment, soil-application, or foliar spray—optimized per crop cycle.
Microbial analytics track colony-forming units and root colonization rates, validating efficacy on live demos.
This biological approach enhances soil health, reduces input costs, and promotes long-term sustainability.
تنزيل وان اكس بت
Our turnkey greenhouse systems deploy climate-control modules—HVAC, fogging, and LED lighting—integrated with SCADA monitoring.
Vertical racks and hydroponic NFT channels maximize yield per square meter for high-value vegetables and ornamentals.
Automated nutrient and pH dosing units maintain precise hydroponic solution parameters.
Data-driven crop-management recipes optimize harvest cycles, achieving up to six cropping turns annually.
Dedicated support teams guide initial setup, staff training, and remote operations troubleshooting.
These high-tech solutions deliver consistent quality, resource efficiency, and urban-farming scalability.
تنزيل وان اكس بيت
Our computer-vision models scan leaf-images for early detection of fungal, bacterial, and viral pathogens with 95 % accuracy.
Alerts are routed through WhatsApp and the Digital Portal, accompanied by tailored IPM (integrated pest-management) plans.
Drone-mounted precision sprayers administer biopesticides and beneficial insects only where needed, reducing chemical usage by 60 %.
Field-level weather and humidity forecasts feed into predictive models for proactive disease forecasting.
Quarterly workshops train growers on safe biopesticide handling and beneficial-insect release techniques.
This smart, minimally invasive approach safeguards crops and the environment.
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We conduct field audits and feasibility studies for crop diversification, greenhouse expansion, and export-oriented farming.
Financial modelling estimates CAPEX, OPEX, and ROI, guiding investment decisions for agripreneurs.
Our network connects farmers to processors, wholesalers, and direct retail channels—securing premium pricing for specialty traits.
Export facilitation covers phytosanitary certification, packaging compliance, and logistics coordination.
Workforce training programmes build capacity in harvesting best practices, post-harvest handling, and quality assurance.
This end-to-end advisory service transforms technical innovation into profitable, market-responsive agricultural ventures.

وان اكس بيت
Our in-house research lab pioneers rapid-cycle trait development, reducing varietal release time by over 60 %.
Collaborations with leading agri-institutes and biotech startups keep us at the forefront of next-gen crop science.
We pilot new methodologies—CRISPR, genomics-assisted breeding, and metabolomics—before commercial rollout.
Continuous field evaluation ensures lab innovations translate to real-world farm performance.
Our open-architecture data platform integrates novel sensor and AI workflows seamlessly.
This relentless pursuit of innovation delivers competitive advantage to our partners.
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From seed genetics to digital agronomy, microbial inputs, and market access, we span the entire value chain.
Single-window service eliminates coordination overhead and ensures unified support and accountability.
Our modular solutions scale from smallholder plots to large commercial estates with equal efficacy.
Consistent SOPs and training protect service quality as you expand or replicate operations.
Integrated data across services generates holistic insights, driving continuous improvement.
This seamless integration accelerates project timelines and maximizes impact.
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With trial sites spanning four distinct agro-climatic zones, our products are validated under diverse conditions.
Regional agronomists customize protocols to local crop calendars, soil types, and farmer practices.
This localized testing guarantees superior adaptability and risk reduction for growers.
Our field-demo days allow peer learning and real-time feedback loops for product refinement.
Field success stories and yield reports are published quarterly for transparency and trust building.
This place-based approach ensures relevancy and reliability at the grassroots level.
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Our Digital Portal aggregates IoT sensor data, remote sensing, and agronomic records into intuitive dashboards.
Real-time alerts, predictive analytics, and prescriptive recommendations enable proactive farm management.
Farmers receive actionable insights via SMS, voice calls, or the mobile app—regardless of internet bandwidth.
Data security protocols and GDPR compliance protect grower data confidentiality.
Custom analytics modules—crop-profitability, water-use efficiency, and carbon footprints—are available on demand.
Empowered by data, our clients make smarter, faster decisions that drive yield and sustainability.
تحميل وان اكس بيت
Over 5,000 growers access our agronomy helpline and training programmes, achieving double-digit yield improvements.
Reinvesting 10 % of revenues in rural education and infrastructure augments community resilience.
Our Digital Farmer Academy app provides literacy-friendly video tutorials in regional languages.
Women’s SHGs receive special support for seed-bank management and value-addition microenterprises.
Annual Farmer Summits foster peer exchange, recognize top performers, and share best practices.
This collective upliftment strengthens rural economies and ensures equitable growth.
تنزيل وان اكس بت
We advocate regenerative practices—cover cropping, minimal tillage, and carbon-sequestering rotations—that rebuild soil and biodiversity.
Eco-packaging and carbon-offset programs reduce the environmental footprint of our input delivery.
Microbial and AI-driven IPM reduce chemical pesticide dependency by up to 70 %, protecting ecosystems.
Water-harvesting and precision irrigation cut freshwater usage by up to 40 %, conserving scarce resources.
Third-party sustainability audits and ESG reporting guide our continuous improvement journey.
Our holistic sustainability agenda aligns productivity gains with global environmental goals.