Farmers

Farmer’s Profile   Malavali   0.292 acres   Sugarcane Challenges faced Uneven Crop Health Across Sugarcane Fields Inefficient Water Management and Over-Irrigation Persistent Pest and Disease Outbreaks Inaccurate Fertilizer Applications Affecting Crop Yield Digital solution Implementation AI-Driven Satellite Crop Monitoring Dynamic Irrigation Scheduling Proactive Pest & Disease Alerts Precision Nutrient Management Crop Health Assessment 97% of the field showing critical crop health & irrigation Regular cloud cover monitoring for weather impact & cloud health attention Irrigation Management Customized irrigation schedule with specific timing Water quantity recommendations ranging from 10-30 mm based on: Daily evapotranspiration rates Rainfall predictions Soil moisture conditions Expected Yield 38000 kg/acre Harvest Period February 2025 Economic Benefits Target Yield: 11096 kg Environmental Impact Reduction: Farmonaut’s data-driven solutions minimize overuse of resources, reducing the environmental footprint Cost Savings: Efficient resource management, including fertilizers, pesticides, and water, reduces farming expenses while maintaining high-quality yield Somesh’s sugarcane farming experienced a breakthrough with Farmonaut’s Jeevn AI. By leveraging real-time satellite data for crop health monitoring, weather-adaptive irrigation schedules, and tailored fertilizer recommendations, he achieved remarkable efficiency and yield improvement. Advanced pest and disease alerts allowed timely interventions, protecting his crops from potential damage while maintaining high quality. Weed management strategies, including mulching and deep plowing, further enhanced productivity. Combining traditional farming expertise with AI-powered solutions, Somesh’s story highlights a sustainable, efficient future for agriculture. Pests, Diseases and Weed Management Tailored organic and chemical solutions to address challenges effectively and promote sustainable agriculture. Pest Control Sugarcane top borer: Trivhogramma chilonis Chlorantranilipron Top wholly aphid: Neem oil spray Imidachloprid Disease Prevention Red rot: Trichoderma viride Propiconazole Smut: Hot water treatement Carbendazim Weed Control Cyperus rotundus: Mulching Halosulfuron-methyl Cyperus Dactylon: Deep ploughing Glyphosate Fertilizer Management Nitrogen : Urea : 22.5 kg/acre Phosphorus : DAP : 5 kg/acre Potassium : Potash : 15 kg/acre Sulfur : GyAmmonium sulftate: 2 kg/acre Zinc : Zinc sulphate : – 0.25 kg/acre Frequency of application – every 30 days

Farmer’s Profile   Tulunan   10.058 acres   Banana Challenges faced Limited ability to detect & address crop stress Inefficient irrigation causing water wastage & crop stress Delayed response to infestations and outbreaks Improper fertilizer application reducing crop productivity Digital solution Implementation Real time crop scheduling Optimized irrigation plans Proactive Pest & Disease Alerts Precision Nutrient Management Crop Health Assessment 97.6% of the field showing good crop health & irrigation Regular cloud cover monitoring for weather impact & cloud health attention Irrigation Management Customized irrigation schedule with specific timing Water quantity recommendations ranging from 15-25 mm based on: Daily evapotranspiration rates Rainfall predictions Soil moisture conditions Expected Yield 10000 kg/acre Harvest Period January 2025 Economic Benefits Target Yield: 100580 kg Sustainable Resource Management: Optimize the use of fertilizers, water, and pesticides, reducing costs while preserving the environment Boosted Productivity: Precision farming techniques increase crop yield and quality, maximizing profitability Apor Farm, faced challenges in managing pests, diseases, and optimizing nutrient use for banana cultivation. With the implementation of Farmonaut’s personalized advisory powered by Jeevn AI, the farm leveraged AI-driven solutions for real-time monitoring and precision agriculture. Tailored irrigation schedules ensured efficient water management, while targeted pest and disease alerts enabled timely interventions. Nutrient management through customized organic and chemical solutions enhanced soil health and crop productivity. By integrating traditional farming practices with advanced AI technology, Apor Farm achieved a remarkable yield of 10,000 kg/acre, showcasing the future of sustainable and profitable agriculture. Pests, Diseases and Weed Management Tailored organic and chemical solutions to address challenges effectively and promote sustainable agriculture. Pest Control Banana weevil Neem Oil Imidacloprid Thrips Garlic spray Spinosad Disease Prevention Black sigatoka Copper fungicide Propiconazole Panama disease Trichoderma Carbendazim Weed Control Cogon grass Mulching Glyphosate Nutsedge Hand weeding Halosulfuron Fertilizer Management Nitrogen : Urea : 10 kg/acre Phosphorus : DAP : 2 kg/acre Potassium : Potassium chloride: 5 kg/acre Sulfur : NPK : 1 kg/acre Zinc : NPK : 0.2 kg/acre Frequency of application – every 7 days

Farmer’s Profile   Poolamedu, Tamil Nadu   1.226 acres   Paddy Challenges faced Soil fertility and degradation issues Managing fertilizer applications efficiently Protecting crops from pests and diseases Soil salinity from over-irrigation Digital solution Implementation Satellite-based crop monitoring Weather-integrated planning Soil Composition analysis Precision agriculture recommendations Crop Health Assessment 100% of the field showing good crop health Irrigation Management Customized irrigation schedule with specific timing Water quantity recommendations ranging from 10-50 mm based on: Daily evapotranspiration rates Rainfall predictions Soil moisture conditions Expected Yield 2300 kg/acre Harvest Period January 2025 Economic Benefits Target Yield: 2819.80 kg Resource Optimization: Assists in efficient use of water, fertilizers, and pesticides, reducing waste costs and Predicting Climate change Prevention of Crop Loss: Early detection of diseases, pests, and water stress prevents significant crop loss, safeguarding potential revenue Malar’s paddy farming was transformed with Farmonaut’s Jeevn AI. By leveraging real-time satellite data to monitor crop health, the system provided precise irrigation schedules aligned with weather patterns and customized fertilizer recommendations based on soil composition. This approach not only boosted her yields but also minimized resource wastage and supported sustainable practices. Advanced pest and disease alerts enabled Malar to take timely actions, protecting her crops and improving their quality. Through the seamless integration of traditional farming knowledge with cutting-edge technology, Malar’s success embodies a more efficient, resilient, and sustainable future for Indian paddy farming. Pests, Diseases and Weed Management Tailored organic and chemical solutions to address challenges effectively and promote sustainable agriculture. Pest Control Brown planthopper: Neem oil Imidacloprid Yellow stem borer: Trichogramma cards Cartap hydrochloride Disease Prevention Bacterial leaf blight: Pseudomonas fluorescens Streptomycin sulfate Rice blast: Trichoderma viride Tricyclazole Weed Control Echinochloa crus-galli: Mulching Bispyribac-sodium Cyperus Rotundus: Hand weeding Halosulfuron-methyl Fertilizer Management Nitrogen: Urea: 5 kg/acre Phosphorus: DAP: 2 kg/acre Potassium: Potash: 2.5 kg/acre Sulfur: Gypsum: 2 kg/acre Zinc : Sulphate: 0.5 kg/acre Frequency of application – Every 7 days

Farmer’s Profile Itigi 2.539 acres Pomegranate Challenges faced Soil fertility and nutrient depletion Managing fertilizer applications efficiently Limited availability of disease-resistant varieties Erosion risks in sloped orchards Digital solution Implementation Satellite-based crop monitoring Weather-integrated planning Soil Composition analysis Precision agriculture recommendations Crop Health Assessment 100% of the field showing critical crop health and irrigation Irrigation Management Customized irrigation schedule with specific timing Water quantity recommendations ranging from 15-20 mm based on: Daily evapotranspiration rates Rainfall predictions Soil moisture conditions Expected Yield 6000 kg/acre Harvest Period December 2024 Economic Benefits Target Yield: 15234.00 kg Resource Optimization: Assists in efficient use of water, fertilizers, and pesticides, reducing waste costs and Predicting Climate change Prevention of Crop Loss: Early detection of diseases, pests, and water stress prevents significant crop loss, safeguarding potential revenue Gangadhar’s pomegranate farming was transformed with Farmonaut’s Jeevn AI. By utilizing real-time satellite data to monitor crop health, the system offered precise irrigation schedules tailored to weather conditions and customized fertilizer recommendations based on soil composition. This approach not only increased his yields but also reduced resource wastage and supported sustainable farming practices. Advanced pest and disease alerts enabled Gangadhar to act promptly, protecting his pomegranate crops and enhancing their quality. By seamlessly blending traditional farming wisdom with innovative technology, Gangadhar’s success reflects a more efficient, resilient, and sustainable future for Indian pomegranate farming. Pests, Diseases and Weed Management Tailored organic and chemical solutions to address challenges effectively and promote sustainable agriculture. Pest Control Fruit borer: Neem oil spray Spinosad Aphids: Garlic-chili spray Imidacloprid Disease Prevention Bacterial blight: Copper-based fungicide Streptomycin sulfate Anthracnose: Trichoderma viride Carbendazim Weed Control Parthenium hysterophorus: Mulching Glyphosate Cyperus Rotundus: Manual removal Fluazifop-p-butyl Fertilizer Management Nitrogen: Urea: 5 kg/acre Phosphorus: DAP: 1.5 kg/acre Potassium: Potash: 5 kg/acre Sulfur: Gypsum: 1 kg/acre Zinc : Sulphate: 0.1 kg/acre   Frequency of application – Every 30 days

Farmer’s Profile Itiki 2.630 acres Pomegranate Challenges faced Soil fertility and nutrient depletion Managing fertilizer applications efficiently Limited availability of disease-resistant varieties Erosion risks in sloped orchards Digital solution Implementation Satellite-based crop monitoring Weather-integrated planning Soil Composition analysis Precision agriculture recommendations Crop Health Assessment 100% of the field showing critical crop health and irrigation Irrigation Management Customized irrigation schedule with specific timing Water quantity recommendations ranging from 15-20 mm based on: Daily evapotranspiration rates Rainfall predictions Soil moisture conditions Expected Yield 9862.50 kg/acre Harvest Period December 2024 Economic Benefits Target Yield: 9862.50 kg Resource Optimization: Assists in efficient use of water, fertilizers, and pesticides, reducing waste costs and Predicting Climate change Prevention of Crop Loss: Early detection of diseases, pests, and water stress prevents significant crop loss, safeguarding potential revenue Gangadar’s pomegranate farming underwent a remarkable transformation with Farmonaut’s Jeevn AI. By harnessing real-time satellite data to assess crop health, the system delivered precise irrigation schedules based on weather forecasts and tailored fertilizer recommendations suited to his soil’s unique composition. This data-driven approach not only improved his yields but also reduced resource waste and promoted sustainable practices. With timely pest and disease alerts, Gangadar was able to protect his crops from damage and enhance their quality. Through the perfect blend of traditional farming knowledge and advanced technology, Gangadhar’s success exemplifies a brighter, more efficient, and sustainable future for pomegranate farming in India. Pests, Diseases and Weed Management Tailored organic and chemical solutions to address challenges effectively and promote sustainable agriculture. Pest Control Fruit borer: Neem oil spray Spinosad Aphids: Garlic-chili spray Imidacloprid Disease Prevention Bacterial blight: Copper-based fungicide Streptomycin sulfate Anthracnose: Trichoderma viride Carbendazim Weed Control Parthenium hysterophorus: Mulching Glyphosate Cyperus Rotundus: Manual removal Fluazifop-p-butyl Fertilizer Management Nitrogen: Urea: 10 kg/acre Phosphorus: DAP: 5 kg/acre Potassium: Potash: 5 kg/acre Sulfur: Sulphate: 2 kg/acre Zinc : Sulphate: 0.1 kg/acre   Frequency of application – Every 30 days

Farmer’s Profile Tatnahalli 1.886 acres Cucumber Challenges faced Severe Crop Health Issues Pest and Disease Risks Nutrient Deficiency Water Stress and Irrigation Management Digital solution Implementation Satellite-based crop monitoring Weather-integrated planning Soil Composition analysis Precision Pest & Disease Management Crop Health Assessment 100% of the field showing critical crop health and irrigation Regular cloud cover monitoring for weather impact and requires crop health & irrigation attention Irrigation Management Customized irrigation schedule with specific timing Water quantity recommendations ranging from 0-20 mm based on: Daily evapotranspiration rates Rainfall predictions Soil moisture conditions Expected Yield 8500 kg/acre Harvest Period January 2025 Economic Benefits Target Yield: 16031 kg Resource Optimization: Assists in efficient use of water, fertilizers, and pesticides, reducing waste and lowering costs Prevention of Crop Loss: Early detection of diseases, pests, and water stress prevents significant crop loss, safeguarding potential revenue Sunil’s cucumber farm transformed with the Personalized Farm Advisory report. Real-time satellite monitoring, precise irrigation schedules, and tailored fertilizer recommendations helped him address critical crop health, pests, and diseases effectively. By combining traditional practices with Farmonaut’s Jeevn AI, Sunil optimized resources, boosted yields, and embraced sustainable farming. His journey reflects the potential of innovative solutions to reshape Indian agriculture for a brighter, more sustainable future. Pests, Diseases and Weed Management Tailored organic and chemical solutions to address challenges effectively and promote sustainable agriculture. Pest Control Thrips Neem Oil Spinosad Whiteflies Yellow sticky traps Imidacloprid Disease Prevention Powdery mildew Sulfer Spray Azoxystrobin Downy mildew Copper fungicide Mancozeb Weed Control Amaranthus viridis: Hand Weeding Pendimethalin Cyperus rotundus: Mulching Glyphosate Fertilizer Management Nitrogen : Urea : 10 kg/acre Phosphorus : DAP : 3 kg/acre Potassium : Potash : 5 kg/acre Sulfur : NPK 19-19-19: 2 kg/acre Zinc : NPK 19-19-19 : 0.2 kg/acre   Frequency of application – every 07 days

Farmer’s Profile   Kudala Sangama   3.191 acres   Sugarcane Challenges faced Limited ability to detect & address crop stress Inefficient irrigation causing water wastage & crop stress Delayed response to infestations and outbreaks Improper fertilizer application reducing crop productivity Digital solution Implementation Real time crop scheduling Optimized irrigation plans Proactive Pest & Disease Alerts Precision Nutrient Management Crop Health Assessment 99.9% of the field showing critical crop health & irrigation Regular cloud cover monitoring for weather impact & cloud health attention Irrigation Management Customized irrigation schedule with specific timing Water quantity recommendations ranging from 20-30 mm based on: Daily evapotranspiration rates Rainfall predictions Soil moisture conditions Expected Yield 37500 kg/acre Harvest Period February 2025 Economic Benefits Target Yield: 119662 kg Sustainable Resource Management: Optimize the use of fertilizers, water, and pesticides, reducing costs while preserving the environment Boosted Productivity: Precision farming techniques increase crop yield and quality, maximizing profitability Basavaraj’s sugarcane farming underwent a transformation with Farmonaut’s Jeevn AI. Leveraging real-time satellite imagery to track crop health, precise irrigation schedules tailored to weather data, and customized fertilizer recommendations based on soil composition, he achieved remarkable results. Enhanced yields, reduced resource wastage, and sustainable practices became his new norm. Pest and disease alerts empowered him to act swiftly, protecting his crops and ensuring high-quality produce. Combining age-old farming techniques with advanced AI tools, Ramesh’s story is a testament to the promise of smart farming for a sustainable agricultural future Pests, Diseases and Weed Management Tailored organic and chemical solutions to address challenges effectively and promote sustainable agriculture. Pest Control Early Shoot Borer : Neem oil Chlorantraniliprole Sugarcane Woolly Aphid: Verticillium lecanii Imidacloprid Disease Prevention Red rot: Trichoderma viride Propiconazole Smut: Hot water treatment Carbendazim Weed Control Cynodon dactylon: Mulching Glyphosate Cyperus rotundus: Solarization Halosulfuron-methyl Fertilizer Management Nitrogen : Urea : 15 kg/acre Phosphorus : DAP : 5 kg/acre Potassium : MOP : 20 kg/acre Sulfur : Gypsum : 2 kg/acre Zinc : Zinc sulphate : – 0.25 kg/acre Frequency of application – every 30 days

Farmer’s Profile Fatehpur 1.940 acres Rice Challenges faced Variations in soil composition reduced crop uniformity and productivity Brown planthopper infestations caused damage before being identified Flood irrigation led to nutrient loss and water wastage Labor-intensive weeding increased expenses and reduced efficiency Digital solution Implementation Balanced Nutrient Application Proactive Pest & Disease Alerts Weed Control Strategies Optimized Irrigation Management Crop Health Assessment 74% of the field shows good crop health & irrigation 17.2% requiring critical crop health irrigation attention Regular cloud cover monitoring for weather impact & cloud health attention Irrigation Management Customized irrigation schedule with specific timing Water quantity recommendations ranging from 25-30 mm based on: Daily evapotranspiration rates Rainfall predictions Soil moisture conditions Expected Yield 2000 kg/acre Harvest Period Late October 2024 Economic Benefits Target Yield: 4268 kg Sustainable Practices: Eco-friendly pest and nutrient management minimized environmental impact. Resilience Building: Timely interventions mitigated risks from pests, diseases, and weeds, securing consistent productivity.   Located next to Lal Singh’s fields, this 1.94-acre rice farm faced challenges in optimizing resources and combating pests. With Farmonaut’s Jeevn AI, the farmer adopted AI-driven crop health monitoring, precise fertilizer recommendations, and flood irrigation scheduling. Proactive pest and weed alerts safeguarded the yield, resulting in sustainable practices and improved crop productivity. The farmer’s success showcases how smart farming tools can overcome traditional challenges and unlock the full potential of agriculture. Pests, Diseases and Weed Management Tailored organic and chemical solutions to address challenges effectively and promote sustainable agriculture. Pest Control Brown planthopper Neem Oil Imadochloprid Yellow stem borer Trichogramma cards Cartap hydrochloride Disease Prevention Bacterial leaf blight Pseudomonas fluroscens Streptocycline Rice blast Trichoderma virdie Tricyclazole Weed Control Echinochloa crus-galli Manual Weeding Bispyribas sodium Cyperus difformis Mulching Ethoxysulfuron Fertilizer Management   Nitrogen : Urea : 5 kg/acre Phosphorus : DAP : 1.5 kg/acre Potassium : MOP : 2.5 kg/acre Sulfur : Gypsum: 1 kg/acre Zinc : Zinc Sulfate : 0.2 kg/acre Frequency of application – every 07 days

Farmer’s Profile   Panajanahalli   0.317 acres   Areca Nut Challenges faced Over-irrigation or the use of saline water Imbalanced Soil Nutrient Management Pest-Induced Soil Degradation Waterlogging and Poor Drainage Digital solution Implementation Satellite-based crop monitoring Weather-integrated planning Soil Composition analysis Precision agriculture recommendations Crop Health Assessment 42.5% of the field showing good crop health 34.2% of the filed requires irrigation attention 23.3% of the field showing critical crop health Irrigation Management Customized irrigation schedule with specific timing Water quantity recommendations ranging from 3-15 mm based on: Daily evapotranspiration rates Rainfall predictions Soil moisture conditions Expected Yield 900 kg/acre Harvest Period January 2025 Economic Benefits Target Yield: 285.30 kg Resource Optimization: Assists in efficient use of water, fertilizers, and pesticides, reducing waste and lowering costs Prevention of Crop Loss: Early detection of diseases, pests, and water stress prevents significant crop loss, safeguarding potential revenue Manumohan’s areca nut farming underwent a remarkable transformation with the assistance of Farmonaut’s Jeevn AI. Utilizing real-time satellite data to monitor crop health, the system provided precise irrigation schedules aligned with weather conditions and customized fertilizer recommendations based on soil composition. This innovative approach not only boosted his yields but also reduced resource wastage and fostered sustainable farming practices. Advanced pest and disease alerts empowered him to take timely actions, safeguarding his crops and improving their quality. By seamlessly integrating traditional farming knowledge with modern technology, Manumohan’s journey showcases a more efficient, resilient, and sustainable future for areca nut farming in India. Pests, Diseases and Weed Management Tailored organic and chemical solutions to address challenges effectively and promote sustainable agriculture. Pest Control Red Plam Weevil: Neem oil Imidacloprid Spindle Bug: Tobacco decoction Dimethoate Disease Prevention Koleroga (Fruit Rot): Bordeaux mixture Mancozeb Yellow Leaf Disease: Trichoderma Harzianum Metalaxyl Weed Control Cyperus rotundus: Mulching Glyphosate Cynodon dactylon: Hand weeding Fluazifop-p-butyl Fertilizer Management Nitrogen: Urea: 5 kg/acre Phosphorus: Single Super Phosphate: 2 kg/acre Potassium: Potash: 2.5 kg/acre Sulfur: Gypsum: 1 kg/acre Zinc : Zinc sulfate: 0.15 kg/acre Frequency of application – Every 30 days

Farmer’s Profile   Alabur, India   4.066 acres   Pomegranate Challenges faced Determining Climate Variability Managing fertilizer applications efficiently Protecting crops from pests and diseases Achieving optimal yield targets Digital solution Implementation Satellite-based crop monitoring Weather-integrated planning Soil Composition analysis Precision agriculture recommendations Crop Health Assessment 1.2% requiring Crop health attention 20.3% requiring Irrigation attention 78.5% requiring Critical attention Regular cloud cover monitoring for weather impact Irrigation Management Customized irrigation schedule with specific timing Water quantity recommendations ranging from 15-30 mm based on: Daily evapotranspiration rates Rainfall predictions Soil moisture conditions Expected Yield 4000 kg/acre Harvest Period December 2024 Economic Benefits Target Yield: 16264.00 kg Resource Optimization: Assists in efficient use of water, fertilizers, and pesticides, reducing waste and lowering costs Prevention of Crop Loss: Early detection of diseases, pests, and water stress prevents significant crop loss, safeguarding potential revenue In the heart of Karnataka’s Alabur district, Revana, a resilient pomegranate farmer, epitomizes the enduring spirit of Indian agriculture. Battling the relentless challenges of climate change and water scarcity, he has discovered a lifeline in Farmonaut’s Personalized Farm Advisory report. This revolutionary tool combines age-old farming wisdom with cutting-edge technology, empowering farmers like Revana to make data-driven irrigation decisions, optimize resources, and achieve remarkable crop yields. As such innovations take root across rural India, a quiet revolution is underway—where tradition and technology unite to overcome climate challenges, foster sustainable farming practices, and secure a prosperous future for future generations. Pests, Diseases and Weed Management Tailored organic and chemical solutions to address challenges effectively and promote sustainable agriculture. Pest Control Fruit Borer: Neem oil spray Spinosad Thrips : Garlic-chili spray Imidacloprid Disease Prevention Bacterial blight: Copper oxychloride Streptomycin sulfate Anthracnose: Trichoderma viride Mancozeb Weed Control Parthenium Hysterophorus: Mulching Glyphosate Cynodon Dactylon: Hand weeding Pendimethalin Fertilizer Management Nitrogen : Urea : 80 kg/acre Phosphorus : Diammonium phosphate : 22 kg/acre Potassium : Potassium Sulphate : 25 kg/acre Sulfur : Gypsum : 15 kg/acre Zinc : Zinc sulphate : 5 kg/acre Frequency of application – every 30 days

Farmer’s Profile   Malavalli, Karnataka, India   0.292 acres   Sugarcane Challenges faced Determining precise irrigation timing and quantity Managing fertilizer applications efficiently Protecting crops from pests and diseases Achieving optimal yield targets Digital solution Implementation Satellite-based crop monitoring Weather-integrated planning Soil Composition analysis Precision agriculture recommendations Crop Health Assessment 01.9% of the field showing good crop health 13.7% requiring critical attention 84.5% requiring irrigation attention Regular cloud cover monitoring for weather impact Irrigation Management Customized irrigation schedule with specific timing Water quantity recommendations ranging from 10-30 mm based on: Daily evapotranspiration rates Rainfall predictions Soil moisture conditions Expected Yield 35000 kg/acre Harvest Period January 2025 Economic Benefits Target Yield: 10220.00 kg Resource Optimization: Assists in efficient use of water, fertilizers, and pesticides, reducing waste and lowering costs Prevention of Crop Loss: Early detection of diseases, pests, and water stress prevents significant crop loss, safeguarding potential revenue Somesh, a determined sugarcane farmer from Karnataka’s Malavalli district, embodies the resilient spirit of Indian agriculture. Grappling with the critical challenges of water scarcity and the crop’s vulnerability to diseases, he has discovered a game-changing solution in Farmonaut’s Personalized Farm Advisory report. This innovative tool seamlessly blends traditional farming wisdom with advanced technology, empowering farmers like Somesh to make precise irrigation decisions, manage crop health effectively, and optimize resources for improved yields. As such transformative solutions gain momentum, a quiet revolution is unfolding—where tradition meets technology to ensure sustainable farming, thriving crops, and a brighter future for rural communities. Pests, Diseases and Weed Management Tailored organic and chemical solutions to address challenges effectively and promote sustainable agriculture. Pest Control Early shoot borer: Neem oil Chlorantraniliprole Internode Borer : Trichogramma chilonis Fipronil Disease Prevention Ret rot: Trichoderma viride Propiconazole Smut: Hot water treatment Carbendazim Weed Control Cyperus rotundus : Mulching Halosulfuron-methyl Cynodon dactylon : Deep plowing Glyphosate Fertilizer Management Nitrogen : Urea : 100 kg/acre Phosphorus : DAP : 40 kg/acre Potassium : Potash : 112 kg/acre Sulfur : Gypsum : 20 kg/acre Zinc : Zinc sulphate : 2.5 kg/acre Frequency of application – every 7 days

Farmer’s Profile   Tumakuru, Karnataka, India   2.780 acres   Areca Nut Challenges faced Determining precise irrigation timing and quantity Managing fertilizer applications efficiently Protecting crops from pests and diseases Achieving optimal yield targets Digital solution Implementation Satellite-based crop monitoring Weather-integrated planning Soil Composition analysis Precision agriculture recommendations Crop Health Assessment 47.1% of the field showing good crop health 40.0% requiring critical attention 12.0% requiring irrigation attention 00.9% requiring crop health attention Regular cloud cover monitoring for weather impact Irrigation Management Customized irrigation schedule with specific timing Water quantity recommendations ranging from 10-30 mm based on: Daily evapotranspiration rates Rainfall predictions Soil moisture conditions Expected Yield 1000 kg/acre Harvest Period January 2025 Economic Benefits Target Yield: 2780.00 kg Resource Optimization: Assists in efficient use of water, fertilizers, and pesticides, reducing waste and lowering costs Prevention of Crop Loss: Early detection of diseases, pests, and water stress prevents significant crop loss, safeguarding potential revenue In Karnataka’s Tumakuru district, Nagabhushana, a resilient areca nut farmer, exemplifies the unwavering spirit of Indian agriculture. Confronting the dual challenges of water scarcity and crop vulnerability to fungal diseases—a persistent threat to areca nut cultivation—he has found a transformative solution in Farmonaut’s Personalized Farm Advisory report. This innovative tool, blending traditional farming wisdom with cutting-edge technology, empowers farmers like Nagabhushana to make informed irrigation decisions, combat crop diseases, and optimize their resources for better yields. As such advancements continue to empower rural communities, a quiet revolution is unfolding—where tradition meets technology to ensure sustainable farming practices, healthier crops, and a promising future for farmers and their families. Pests, Diseases and Weed Management Tailored organic and chemical solutions to address challenges effectively and promote sustainable agriculture. Pest Control Mites(Oligonychus Coffeae): Neem oil Dicofol Stem borer (Neoplocaederus ferrugineus) : Beauveria bassiana Chlorpyrifos Disease Prevention Fruit rot/ Koleroga: Bordeaux mixture Metalaxyl Yellow leaf Disease: Neem Cake Tetracycline Weed Control Barnyard Grass: Mulching Glyphosate Digtaria sanguinalis : Hand weeding Pendimethalin Fertilizer Management Nitrogen : Urea : 100 kg/acre Phosphorus : NPK (15-15-15) : 25 kg/acre Potassium : Potash : 150 kg/acre Sulfur : Magnesium sulfate : 20 kg/acre Zinc : Zinc sulphate : 5 kg/acre Frequency of application – every 30 days

Farmer’s Profile   Tulunan, Phillipines   6.284 acres   Banana Challenges faced Determining precise irrigation timing and quantity Managing fertilizer applications efficiently Protecting crops from pests and diseases Achieving optimal yield targets Digital solution Implementation Satellite-based crop monitoring Weather-integrated planning Soil Composition analysis Precision agriculture recommendations Crop Health Assessment 01.4% of the field showing good crop health 23.8% requiring crop health attention 74.8% requiring critical attention Regular cloud cover monitoring for weather impact Irrigation Management Customized irrigation schedule with specific timing Water quantity recommendations ranging from 0-10 mm based on: Daily evapotranspiration rates Rainfall predictions Soil moisture conditions Expected Yield 10000 kg/acre Harvest Period April 2024 Economic Benefits Target Yield: 221530.00 kg Resource Optimization: Assists in efficient use of water, fertilizers, and pesticides, reducing waste and lowering costs Prevention of Crop Loss: Early detection of diseases, pests, and water stress prevents significant crop loss, safeguarding potential revenue In Tulunan, Philippines, Pareno Farm, a determined banana grower, exemplifies the resilience of modern agriculture amidst mounting challenges. Facing the pressing issue of soil degradation—a critical hurdle for banana cultivation—Pareno Farm has found hope and transformation through Farmonaut’s Personalized Farm Advisory report. This innovative tool seamlessly blends traditional farming knowledge with advanced technology, enabling farmers to restore soil health, optimize resource use, and significantly enhance crop yields. As tools like these gain traction, they are driving a quiet revolution in rural communities, where technology meets tradition to address environmental challenges, promote sustainable farming, and cultivate a brighter, more resilient future for farmers and their families. Pests, Diseases and Weed Management Tailored organic and chemical solutions to address challenges effectively and promote sustainable agriculture. Pest Control Banana Thrips: Neem oil Imidacloprid Banana Weevil: Pheromone traps Fipronil Disease Prevention Black Sigatoka: Copper Fungicides Propiconazole Fusarium Wilt: Trichoderma spp. Carbendazim Weed Control Cyperus Rotundus: Mulching Glyphosate Eleusine Indica: Hand weeding Fluazifop-p-butyl Fertilizer Management Nitrogen : Urea : 100 kg/acre Phosphorus : NPK (14-14-14) : 30 kg/acre Potassium : Potassium Chloride : 200 kg/acre Sulfur : NPK (14-14-14) : 20 kg/acre Zinc : NPK (14-14-14) : 1.12 kg/acre Frequency of application – every 7 days

Farmer’s Profile   Masuchiwadi, Maharashtra   9.951 acres   Banana Challenges faced Soil fertility and degradation issues Imbalanced Soil Nutrient Management Protecting crops from pests and diseases Climate Change and Weather Extremes Digital solution Implementation Satellite-based crop monitoring Weather-integrated planning Soil Composition analysis Precision agriculture recommendations Crop Health Assessment 03.3% of the field showing good crop health 04.6% of the field requires crop health attention 07.3% of the filed requires irrigation attention 84.7% of the field showing critical crop health impact Irrigation Management Customized irrigation schedule with specific timing Water quantity recommendations ranging from 15-30 mm based on: Daily evapotranspiration rates Rainfall predictions Soil moisture conditions Expected Yield 15000 kg/acre Harvest Period December 2024 Economic Benefits Target Yield: 149265.0 kg Resource Optimization: Assists in efficient use of water, fertilizers, and pesticides, reducing waste costs and Predicting Climate change Prevention of Crop Loss: Early detection of diseases, pests, and water stress prevents significant crop loss, safeguarding potential revenue Narayan’s banana farming was transformed with Farmonaut’s Jeevn AI. By leveraging real-time satellite data to monitor crop health, the system provided precise irrigation schedules aligned with weather patterns and customized fertilizer recommendations based on soil composition. This approach not only boosted his yields but also minimized resource wastage and supported sustainable practices. Advanced pest and disease alerts enabled Narayan to take timely actions, protecting his crops and improving their quality. Through the seamless integration of traditional farming knowledge with cutting-edge technology, Narayan’s success embodies a more efficient, resilient, and sustainable future for Indian banana farming. Pests, Diseases and Weed Management Tailored organic and chemical solutions to address challenges effectively and promote sustainable agriculture. Pest Control Banana weevil: Neem cake Carbofuran Fruit flies: Pheromone traps Malathion Disease Prevention Black Sigatoka: Copper oxychloride Propiconazole Panama disease: Trichoderma Carbendazim Weed Control Cynodon dactylon: Mulching Glyphosate Cyperus rotundus: Solarization Halosulfuron-methyl Fertilizer Management Nitrogen: Urea: 5 kg/acre Phosphorus: NPK 14:14:14: 3 kg/acre Potassium: Potash: 5 kg/acre Sulfur: NPK 14:14:14: 2 kg/acre Zinc : Micronutrient mixture: 0.2 kg/acre Frequency of application – Every 14 days

Farmer’s Profile   Shene, Maharashtra   4,257 acres   Banana Challenges faced Soil fertility and degradation issues Imbalanced Soil Nutrient Management Protecting crops from pests and diseases Climate Change and Weather Extremes Digital solution Implementation Satellite-based Crop Monitoring Weather-integrated planning Soil Composition analysis Precision agriculture recommendations Crop Health Assessment 11.6% of the field showing good crop health 00.6% of the field requires crop health attention 13.5% of the filed requires irrigation attention 74.3% of the field showing critical crop health Irrigation Management Customized irrigation schedule with specific timing Water quantity recommendations ranging from 10-25 mm based on: Daily evapotranspiration rates Rainfall predictions Soil moisture conditions Expected Yield 18000 kg/acre Harvest Period January 2025 Economic Benefits Target Yield: 76626.0 kg Resource Optimization: Assists in efficient use of water, fertilizers, and pesticides, reducing waste costs and Predicting Climate change Prevention of Crop Loss: Early detection of diseases, pests, and water stress prevents significant crop loss, safeguarding potential revenue Kishan’s banana farming underwent a remarkable transformation with the help of Farmonaut’s Jeevn AI. Utilizing real-time satellite data to monitor crop health, the system offered precise irrigation schedules tailored to weather conditions and personalized fertilizer recommendations based on soil composition. This innovative approach not only enhanced his yields but also reduced resource wastage and promoted sustainable farming practices. Advanced pest and disease alerts empowered Kishan to take proactive measures, safeguarding his crops and improving their overall quality. By seamlessly blending traditional farming wisdom with advanced technology, Kishan’s journey showcases a more efficient, resilient, and sustainable future for banana farming in India. Pests, Diseases and Weed Management Tailored organic and chemical solutions to address challenges effectively and promote sustainable agriculture. Pest Control Banana weevil: Neem cake Carbofuran Fruit flies: Pheromone traps Malathion Disease Prevention Black Sigatoka: Copper oxychloride Propiconazole Panama disease: Trichoderma Carbendazim Weed Control Cynodon dactylon: Mulching Glyphosate Cyperus rotundus: Solarization Halosulfuron-methyl Fertilizer Management Nitrogen: Urea: 5 kg/acre Phosphorus: Single Super Phosphate: 4 kg/acre Potassium: Potash: 5 kg/acre Sulfur: Gypsum: 2 kg/acre Zinc : Zinc sulfate: 0.2 kg/acre Frequency of application – Every 30 days

Farmer’s Profile   Maharashtra   8.046 acres   Banana Challenges faced Soil fertility and degradation issues Imbalanced Soil Nutrient Management Protecting crops from pests and diseases Climate Change and Weather Extremes Digital solution Implementation Satellite-based Crop Monitoring Weather-integrated planning Soil Composition analysis Precision agriculture recommendations Crop Health Assessment 94% of the field showing good crop health 00.6% of the field requires crop health attention 00.6% of the filed requires irrigation attention 04.8% of the field showing critical crop health Irrigation Management Customized irrigation schedule with specific timing Water quantity recommendations ranging from 10-25 mm based on: Daily evapotranspiration rates Rainfall predictions Soil moisture conditions Expected Yield 22000 kg/acre Harvest Period January 2025 Expected Economic Benefits Target Yield: 177012.0 kg Resource Optimization: Assists in efficient use of water, fertilizers, and pesticides, reducing waste costs and Predicting Climate change Prevention of Crop Loss: Early detection of diseases, pests, and water stress prevents significant crop loss, safeguarding potential revenue Jagdeesh’s banana farming experienced a significant transformation with the support of Farmonaut’s Jeevn AI. By leveraging real-time satellite data to monitor crop health, the system provided accurate irrigation schedules synchronized with weather patterns and tailored fertilizer recommendations based on soil composition. This cutting-edge approach not only improved his yields but also minimized resource wastage and encouraged sustainable agricultural practices. Advanced pest and disease alerts enabled him to act swiftly, protecting his crops and enhancing their quality. Through the seamless integration of traditional farming expertise and modern technology, Jagdeesh’s story highlights a more efficient, resilient, and sustainable future for banana farming in India. Pests, Diseases and Weed Management Tailored organic and chemical solutions to address challenges effectively and promote sustainable agriculture. Pest Control Banana weevil: Neem cake Carbofuran Fruit flies: Pheromone traps Malathion Disease Prevention Black Sigatoka: Copper oxychloride Propiconazole Panama disease: Trichoderma Carbendazim Weed Control Cynodon dactylon: Mulching Glyphosate Cyperus rotundus: Solarization Halosulfuron-methyl Fertilizer Management Nitrogen : Urea : 5 kg/acre Phosphorus : Single superphosphate : 2.5 kg/acre Potassium : Potash : 15 kg/acre Sulfur : Gypsum : 2 kg/acre Zinc : Zinc sulfate: 0.5 kg/acre Frequency of application – every 30 days

Farmer’s Profile   Kolhapur district   4.211 acres   Sugarcane Challenges faced Critical Crop Health with High-Stress Zones Unpredictable Pest and Disease Outbreaks Inefficient Fertilizer Application & Soil Imbalance Inconsistent Water Management & Resource Wastage Digital solution Implementation Satellite-based Crop Monitoring Weather-integrated planning Soil Composition analysis Precision agriculture recommendations Crop Health Assessment 100% of the field showing critical crop health and irrigation Regular cloud cover monitoring for weather impact and requires crop health & irrigation attention Irrigation Management Customized irrigation schedule with specific timing Water quantity recommendations ranging from 0-15 mm based on: Daily evapotranspiration rates Rainfall predictions Soil moisture conditions Expected Yield 55,000 kg/acre Harvest Period December 2025 Economic Benefits Target Yield: 231605 kg High Yield Potential: Aiming for an impressive yield of sugarcane, leveraging tailored insights to maximize productivity Sustainable Farming Practices: Encouraging furrow irrigation, precise nutrient application, & eco-friendly pest control methods to ensure environmental sustainability Shekhar’s 4.211-acre sugarcane farm transformed with Farmonaut’s Jeevn AI. Real-time satellite insights revealed critical zones, while weather-specific irrigation schedules and precise fertilizer recommendations optimized his resources. Timely pest alerts helped him tackle sugarcane pyrilla and red rot, saving his crops and improving their quality. The result? A record-breaking yield of 55,000 kg/acre, achieved with reduced wastage and sustainable practices. By blending tradition with cutting-edge technology, Shekhar set a new standard for sustainable and innovative farming in India, inspiring farmers in his community to embrace the future of agriculture. Pests, Diseases and Weed Management Tailored organic and chemical solutions to address challenges effectively and promote sustainable agriculture. Pest Control Sugarcane pyrilla: Release of parasitoids like Epiricania melanoleuca Spray Malathion 50 EC @ 2ml/L Sugarcane Top borer: Release of Trichogramma chilonis @ 50,000/ha/week Spray Chlorantraniliprole 18.5 SC @ 0.4 ml/L Disease Prevention Red rot: Use of disease-free setts for planting Dip setts in Carbendazim 50 WP @ 0.1% for 15 minutes before planting Smut: Hot water treatment of setts at 50°C for 2 hours Spray Propiconazole 25 EC @ 1 ml/L Weed Control Johnsons grass: Mulching with crop residues Apply Metribuzin 70 WP @ 1.0 kg/ha as pre-emergence Nutsedge: Deep ploughing in summer Apply 2,4-D Sodium Salt 80 WP @ 2.0 kg/ha as post-emergence Fertilizer Management Nitrogen : Urea : 50 kg/acre Phosphorus : Single superphosphate : 25 kg/acre Potassium : Potash : 25 kg/acre Sulfur : Gypsum : 15 kg/acre Frequency of application – every 30 days

Farmer’s Profile Sangli 0.947 acres Sugarcane Challenges faced Uneven Crop Health Across Sugarcane Fields Inefficient Water Management and Over-Irrigation Persistent Pest and Disease Outbreaks Inaccurate Fertilizer Applications Affecting Crop Yield Digital solution Implementation AI-Driven Satellite Crop Monitoring Dynamic Irrigation Scheduling Proactive Pest & Disease Alerts Precision Nutrient Management Crop Health Assessment 65.8% of the field showing good crop health 17.5% requiring irrigation attention Regular cloud cover monitoring for weather impact & cloud health attention Irrigation Management Customized irrigation schedule with specific timing Water quantity recommendations ranging from 0-10 mm based on: Daily evapotranspiration rates Rainfall predictions Soil moisture conditions Expected Yield 40,000 kg/acre Harvest Period December 2025 Economic Benefits Target Yield: 37880 kg Environmental Impact Reduction: Farmonaut’s data-driven solutions minimize overuse of resources, reducing the environmental footprint Cost Savings: Efficient resource management, including fertilizers, pesticides, and water, reduces farming expenses while maintaining high-quality yield Sudhir’s sugarcane farming was revolutionized with Farmonaut’s Jeevn AI. Using real-time satellite data to monitor crop health, precise irrigation schedules tailored to weather conditions, and customized fertilizer recommendations based on soil composition, he significantly boosted yields, reduced wastage, and adopted sustainable practices. Advanced pest and disease alerts enabled timely interventions, safeguarding his crops from damage and enhancing their quality. By seamlessly blending traditional farming wisdom with cutting-edge technology, Sudhir’s success represents a brighter, more efficient, and sustainable future for Indian agriculture. Pests, Diseases and Weed Management Tailored organic and chemical solutions to address challenges effectively and promote sustainable agriculture. Pest Control Sugarcane woolly aphid: Release ladybird beetles Apply Thiamethoxam Top borer: Use trichrogramma chilonis egg parasitoids Apply Chlorantraniliprole Disease Prevention Red rot: Use disease free setts for planting Treat setts with carbendaziam Smut: Remove & destroy infected plants Soak setts in Treadimeton solution Weed Control Johnsons grass: Mulching Apply metribuzin Nutsedge: Manual removing Apply Halosulfuron-methyl Fertilizer Management Nitrogen : Urea : 30 kg/acre Phosphorus : DAP : 10 kg/acre Potassium : MOP : 10 kg/acre Sulfur : Gypsum : 5 kg/acre Zinc : Zinc sulphate : – 0.5 kg/acre Frequency of application- every 30 days

Farmer’s Profile Muhari, Madhya Pradesh 6.284 acres Paddy Challenges faced Determining precise irrigation timing and quantity Managing fertilizer applications efficiently Protecting crops from pests and diseases Achieving optimal yield targets Digital solution Implementation Satellite-based crop monitoring Weather-integrated planning Soil Composition analysis Precision agriculture recommendations Crop Health Assessment 32.8% of the field showing good crop health 45.0% requiring critical attention Regular cloud cover monitoring for weather impact Irrigation Management Customized irrigation schedule with specific timing Water quantity recommendations ranging from 40-60 mm based on: Daily evapotranspiration rates Rainfall predictions Soil moisture conditions Expected Yield 2800 kg/acre Harvest Period November 2024 Economic Benefits Target Yield: 17595.20 kg Resource Optimization: Assists in efficient use of water, fertilizers, and pesticides, reducing waste and lowering costs Prevention of Crop Loss: Early detection of diseases, pests, and water stress prevents significant crop loss, safeguarding potential revenue Jitendra’s journey with the Personalized Farm Advisory report represents a pivotal moment in Indian agriculture. By blending traditional farming wisdom with cutting-edge technology, this tool empowered him to make informed decisions, optimize his resources, and pave the way for a more sustainable future. As more farmers like Muhari embrace such innovative solutions, the landscape of agriculture in rural India is poised to undergo a profound transformation-one that promises better yields, reduced environmental impact, and a renewed sense of hope for the generations to come. Pests, Diseases and Weed Management Tailored organic and chemical solutions to address challenges effectively and promote sustainable agriculture. Pest Control Rice Water Weevil: Crop Rotation Thiamethoxam Seed Treatment Fall Armyworm: Pheromone Traps Spinosad Application Disease Prevention Rice Blast: Resistant Varieties Azoxystrobin Bacterial Panicle Blight: Balanced Fertilizer Copper-Based Bactericides Weed Control Barnyard Grass: Hand Weeding Propanil application Red Rice: Crop Rotation Imazethapyr application Fertilizer Management Nitrogen: Urea : 60 kg/acre Phosphorus : Triple superphosphate : 40 kg/acre Potassium : Potassium chloride : 50 kg/acre Sulfur : Ammonium sulphate : 15 kg/acre Zinc : Zinc sulphate : 5 kg/acre Frequency of application – every 14 days