Redes Sociales

Agrimaan

@AgrimaanGlobal

Agriculture feeds the world — yet farmers are paid last and carry the risk first. Agrimaan is one trusted platform to change that: fair marketplace, escrow, transparent settlements, farm-to-fork traceability. 🌾 https://t.co/FAzWAt1lxg #AgriTech #Farmers #India

Ahmed PRO

@ahmedgoals23

I keep thinking about agritech pilots that never scale. Abu Dhabi's $2B Global Water Platform is deploying capital ahead of December. Academic hubs should connect directly to procurement and field deployment. https://t.co/1sYB2rrYAf

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Agalya SV

Great insights on Cordyceps militaris cultivation and the importance of precision in production. Thank you for sharing your experience and knowledge. Let's grow together! 🚀🍄🌱 #CordycepsMilitaris #MushroomCultivation #Mycology #Biotechnology #FunctionalMushrooms #AgriTech #Innovation

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Mahesh Kadam

🚨 The Global Medicinal & Aromatic Plants (MAPs) MAPs sector from Extraction to Regeneration. Demand for natural wellness and botanical ingredients is exploding. But behind the scenes, the supply chain is fracturing: wild habitats are vanishing, climate change is unpredictably altering plant chemistry, and the indigenous stewards and farmers at the root of this bio-economy are still seeing pennies on the dollar. Business as usual is no longer an option. If we don't radically rethink how we cultivate, process, and value MAPs, we will literally harvest this industry into extinction. A critical blueprint to transition the MAPs sector from extraction to regeneration. Here are the 3 non-negotiable moves we must make right now:  1. TECHNOLOGY: Stop guessing, start predicting. We must deploy AI-driven multi-omics and "Digital Twins" for precision agriculture. We need to predict phytochemical yields based on micro-climates, not just hope for the best.  2. INNOVATION: Save the wild, scale the molecules. For threatened species, we must pivot to cellular agriculture and synthetic biology. Grow the active ingredients in bioreactors, and let the wild ecosystems heal. Combine this with next-gen green extraction to eliminate toxic solvents. 3. ECONOMICS: Price in the truth, pay the stewards. Implement True Cost Accounting to expose the hidden ecological debts of MAP production. Use smart contracts to operationalize the Nagoya Protocol, ensuring indigenous communities automatically get their fair share of the profits. The seeds of a regenerative, multi-billion-dollar bio-economy are in our hands, but the window to act is rapidly closing. 👇 Read the full critical blueprint in the article below. 💬 Which of these three pillars (Tech, Innovation, or Economics) do you think is the most urgent bottleneck in the MAPs sector today? Views are personal #MAPs #Bioeconomy #AgriTech #Sustainability #Innovation #Phytomedicine #RegenerativeAgriculture #SupplyChain #Biotech #EconomicResearch

Rima Sen

With proper protection strategies, growers can prevent systemic yield losses of 20% to 40%. #AnnotationWorld #Artificialintellegence #AI #MachineLearning #ML #Annotation #DataAnnotation #ComputerVision #PrecisionAgriculture #SmartFarming #AgriTech #ImageAnnotation #AISolutions #CropProtection #PestDetection #DeepLearning #AgriculturalInnovation #AIForAgriculture

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Philippe Mauguin

Préserver des milliers de variétés de fruits et légumes aujourd'hui, c'est se donner les moyens de nourrir durablement les générations de demain. C'est tout le sens des travaux de recherche que nous avons présentés ce vendredi sur le centre INRAE Ae Provence-Alpes-Côte d'Azur à Avignon, à Stéphane Layani et une délégation du Marché International de Rungis SEMMARIS acteurs clés des filières fruits et légumes. Cette journée sur le terrain, depuis les serres du domaine Saint-Maurice jusqu’aux parcelles expérimentales du domaine des Garrigues, nous a permis de faire découvrir à nos visiteurs la richesse des activités conduites par les équipes de l’unité Génétique et amélioration des fruits et légumes. Tomates, melons, piments, aubergines, pêchers, abricotiers ou amandiers : derrière cette diversité se cache un patrimoine génétique exceptionnel, patiemment collecté, conservé et caractérisé pour être mis à la disposition de la recherche et de la sélection variétale. Les centres de ressources biologiques d’INRAE sont de véritables réservoirs de solutions pour l’avenir. Ils permettent d’identifier les caractères utiles pour créer des variétés plus résistantes aux maladies et aux ravageurs, mieux adaptées aux sécheresses, aux fortes températures, tout en réduisant le recours aux pesticides et aux engrais chimiques et en préservant la ressource en eau. Les exemples qui nous ont été présentés l’illustrent concrètement : résistance naturelle du melon aux pucerons, abricotiers résistants au virus de la sharka, sélection de plantes plus robustes et résilientes, prise en compte des pollinisateurs ou encore amélioration de la qualité des fruits et légumes. Cette visite a également rappelé toute l’importance des partenariats entre recherche publique, recherche technique avec le CTIFL, sélectionneurs, producteurs, distributeurs et acteurs des marchés. C’est en rapprochant les connaissances scientifiques des réalités des filières et des attentes des consommateurs que nous accélérerons les transitions agricoles et alimentaires. Merci aux équipes INRAE mobilisées, à Frédéric Carlin et aux scientifiques du GAFL et de l’unité A2M, INRAE Département BAP, ainsi qu’à Stéphane Layani et à l’ensemble de la délégation de la SEMMARIS pour la richesse des échanges. #Innovation #Agriculture #ChangementClimatique #SEMMARIS Ministère de l'Agriculture et de la Souveraineté alimentaire Ministère de l'Enseignement supérieur, de la Recherche et de l'Espace

Maison NASSOY LE BARON

@MaisonNLB

🚀 Cannabis et espace: cultiver une plante complexe hors de la Terre ? Imaginer du cannabis dans l’espace, ce n’est pas seulement imaginer une fleur devant un hublot. C’est imaginer une plante ancienne dans l’un des environnements les plus exigeants que l’humain puisse créer. https://t.co/vWKe7qCVFf

Sujeet Sachan(Patel)🇮🇳🚩

@sujeetsachan27

💧 Every drop tells a story. Israeli lysimeter technology helps farmers use water smarter, improving irrigation efficiency and crop health. 🌱🥭 #AgriCooperation #SmartFarming #WaterEfficiency #AgriTech #EveryDropCounts https://t.co/6dWeLOQDSI

Herbert Tagwireyi

@tagwireyih

🚨 $DMTR Dimitra is one of the few web3 projects folks have seen making real impact: 📈Innovative AgriTech solutions 📈Supports sustainable farming 📈Improves local farmers productivity/yields 📈Increases revenue across the Agri-pipeline #EUDR & ESG compliance @dimitratech $BTC https://t.co/vbfIWmeYMu

Consai Agro & Energy OS

@consai45357

🚀 The CONSAI Agro & Energy OS Early Access Community is now live! Connect with farmers, buyers, suppliers, investors & industry leaders shaping the future of agriculture and energy. 🌐 https://t.co/ae0KVdBSmS #AgriTech #RenewableEnergy #CONSAI #EarlyAccess #Innovation https://t.co/HIEhPsO6Tb

DesiKheti

🌾📡 Precision farming is transforming agriculture, one field at a time! 🌍✨ By leveraging cutting-edge technology like GPS, IoT, and data analytics, farmers can optimize resource use, boost productivity, and minimize environmental impact. From variable rate fertilization to real-time crop monitoring, precision farming ensures smarter decisions and healthier yields. Let’s embrace innovation to nurture both the land and the future! 🌱🚜💻 #PrecisionFarming #SmartAgriculture #SustainableFarming #AgriTech #FarmersInnovation 🌟🌿

Ashish Nigam

High-value crops such as fruits, vegetables, spices, flowers, and plantation crops require precise nutrient management to achieve superior yield, quality, and market value. Fertilizers play a vital role by supplying essential nutrients like nitrogen (N), phosphorus (P), potassium (K), calcium, magnesium, sulfur, and micronutrients that support healthy plant growth, flowering, fruit development, and improved shelf life. Modern farming increasingly relies on water-soluble fertilizers, specialty fertilizers, controlled-release fertilizers, and fertigation systems to deliver nutrients efficiently while minimizing losses. Balanced fertilization enhances crop size, color, taste, and nutritional quality, enabling farmers to meet domestic and export market standards. The integration of soil testing, precision agriculture, AI-based nutrient recommendations, and sensor-driven irrigation further improves fertilizer-use efficiency, reduces production costs, and promotes sustainable farming. As consumer demand for premium-quality produce continues to rise, adopting advanced fertilizer technologies will be essential for maximizing profitability and ensuring long-term soil health. .#GLG #Guidepoint #AlphaSights #ThirdBridge #ColemanResearch #Capvision #Atheneum #NewtonX #Dialectica #proSapient #Tegus #Maven #DeepBench #Arbolus #SilverlightResearch #InexOne #Catalant #Zintro #ClarityFM #ExpertConnect #ExpertFile #AdvisoryCloud #PrimaryInsight #RidgetopResearch #Beroe #Aranca #AcuityKnowledgePartners #Evalueserve #SGAnalytics #MarketsandMarkets #FrostSullivan #GrandViewResearch #MordorIntelligence #FortuneBusinessInsights #IMARCGroup #ResearchAndMarkets #AlliedMarketResearch #GlobalData #Technavio #IDC #Gartner #Forrester #EverestGroup #LEKConsulting #OliverWyman #StrategyAnd #SimonKucher #Kearney #RolandBerger #ArthurDLittle #McKinsey #BCG #Bain #Deloitte #PwC #EY #KPMG#GLG #Guidepoint #AlphaSights #ThirdBridge #ColemanResearch #Capvision #Atheneum #NewtonX #Dialectica #proSapient #Tegus #Maven #DeepBench #Arbolus #SilverlightResearch #InexOne #Catalant #Zintro #ClarityFM #ExpertConnect #ExpertFile #AdvisoryCloud #PrimaryInsight #RidgetopResearch #Beroe #Aranca #AcuityKnowledgePartners #Evalueserve #SGAnalytics #MarketsandMarkets #FrostSullivan #GrandViewResearch #MordorIntelligence #FortuneBusinessInsights #IMARCGroup #ResearchAndMarkets #AlliedMarketResearch #GlobalData #Technavio #IDC #Gartner #Forrester #EverestGroup #LEKConsulting #OliverWyman #StrategyAnd #SimonKucher #Kearney #RolandBerger #ArthurDLittle #McKinsey #BCG #Bain #Deloitte #PwC #EY #KPMG#Agri #AgriBusiness #Agribusiness #AgTech #AgriTech #Farming #Farmers #Hydroponics #HydroponicFarming #VerticalFarming #ControlledEnvironmentAgriculture #PrecisionAgriculture #DigitalAgriculture #SmartFarming #RegenerativeAgriculture #SustainableAgriculture #ClimateSmartAgriculture #CropNutrition #PlantNutrition #Fertilizers #SpecialtyFertilizers #Biofertilizers #Bio

Drones Tech Lab

@Drones_Tech_Lab

Move beyond conventional farming practices. Upgrade your agricultural operations with Drones Tech Lab. . . . Reach out to us today to get started! 📲 Contact: +91 91638 95598 | 87777 93276 #AgriDrone #AgriTech #PrecisionAgriculture https://t.co/fAxlapefWA

MACNMAN

Every growing season begins with better decisions. - How much water should be used today? - Is the soil getting the nutrients it needs? - Has the water tank reached its minimum level? - Is the irrigation pump operating as expected? Traditionally, these questions require someone to be physically present in the field. But as farms become larger and resources become more valuable, manual monitoring is no longer enough. This is where Industrial IoT is transforming agriculture. With MACNMAN's LoRaWAN-powered Smart Agriculture solutions, farms can monitor environmental conditions, automate irrigation systems, and collect real-time field data all through a secure, long-range wireless network. Our ecosystem is designed for modern agriculture: ✅ Real-Time Temperature & Humidity Monitoring ✅ Wireless Water Tank Level Monitoring ✅ Smart Pump & Valve Automation ✅ Local Irrigation Scheduling ✅ Long-Range LoRaWAN Connectivity ✅ Up to 8–10 Years Battery Life ✅ Rugged Industrial-Grade Hardware ✅ Quick Deployment with Minimal Infrastructure The result isn't just better visibility—it delivers measurable value: ✅ Improve Crop Productivity ✅ Optimize Water Usage ✅ Reduce Operational Costs ✅ Make Data-Driven Farming Decisions ✅ Enable Sustainable Agricultural Practices Whether you're managing a greenhouse, open farmland, orchards, or irrigation infrastructure, having the right data at the right time leads to smarter decisions and more efficient operations. At MACNMAN, we're committed to building reliable LoRaWAN solutions that make Precision Agriculture practical, scalable, and accessible for farms of every size. What challenge do you think technology should solve next in agriculture? Share your thoughts in the comments we'd love to hear your perspective. #SmartAgriculture #PrecisionAgriculture #LoRaWAN #IndustrialIoT #IoT #AgriTech #SmartFarming #FarmAutomation #IrrigationAutomation

Richsoil

India's agritech market is heading to $28 billion by 2030. 🌾 That's not a distant projection anymore. It's already happening. AI-led agritech is growing at a 44% CAGR nearly double that of the broader agritech market scaling from $900 million in 2025 to $5.6 billion by 2030. But here's what's most interesting about where the money is going. Market linkage is emerging as the largest agritech value pool with post-harvest infrastructure, logistics, and buyer access expected to contribute nearly 45% of agritech value by 2030. Not seeds. Not drones. Not crop advisories. The market. The transaction. The moment a farmer sells what they've grown. That's where nearly half the value of India's entire agritech opportunity lies. And yet it remains the least transparent, least data-driven, and most exploitable part of the agricultural value chain. Agritech is moving from scattered pilots to system-level infrastructure, less about digitising farming, and more about rebuilding agriculture as an integrated economic system. At Richsoil that's exactly what we're building, starting with the most critical transaction in agriculture. The one where a farmer's entire season gets priced. 💚 Source: Inc42 & StarAgri Indian Agritech Market Landscape Report, July 2026 #AgriTech #AIinAgriculture #FarmersFirst #Richsoil #SupplyChain #FoodTech

Kumesha Rashmi

🚀 CinnamonVision: Automated Grading & Quality Estimation of Ceylon Cinnamon Quills 🌿 I'm excited to share one of the projects completed as part of the Image Processing and Computer Vision module at the University of Ruhuna. This project gave our team the opportunity to apply computer vision, image processing, feature engineering, and machine learning techniques to solve a real-world problem in Sri Lanka's cinnamon industry. 🌱 The Problem Ceylon cinnamon is mainly graded through manual inspection, which can be subjective, time-consuming, and inconsistent. This may affect grading accuracy and fairness for farmers and exporters. Many existing systems rely solely on deep learning models that provide only the final predicted class with limited insight into why a decision was made. 💡 Our Solution – CinnamonVision Our approach focuses on explainable Computer Vision by measuring the physical quality characteristics defined in Sri Lankan cinnamon grading standards. 🔍 Our System Pipeline ✔ Image Acquisition & Preprocessing ✔ Image Segmentation (Otsu Thresholding & Canny Edge Detection) ✔ Geometric Feature Extraction ✔ HSV Color Analysis ✔ Texture Analysis using GLCM & LBP ✔ Feature Engineering & Normalization ✔ Machine Learning Classification (SVM & KNN) ✔ Performance Evaluation using Accuracy, Precision, Recall, F1-Score & Cross Validation Unlike many end-to-end classification models, our system extracts measurable quality features before classification, making the grading process more transparent and explainable. 🛠 Technologies Used Python • OpenCV • Scikit-learn • NumPy • Pandas• Computer Vision • Image Processing • Feature Engineering • Machine Learning 📂 GitHub : https://lnkd.in/g3wv9fP7 📂 Dataset: https://lnkd.in/gBEn37B4 👨‍💻 Team Members Uresha Rasanjali Sachini Disanayaka Kaveesha Wijegurusinghe #ComputerVision #ImageProcessing #MachineLearning #OpenCV #Python #FeatureEngineering #ArtificialIntelligence #UniversityOfRuhuna #ComputerEngineering #Research #AgriTech #CeylonCinnamon