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  • Global Industry Forecast and Investment Research Insights SRIlinkedin
    Based on Recent Analysis, the Agricultural Machinery ECU Market is Expected to Grow at a Healthy CAGR of 7.5% from 2026 to 2033 https://lnkd.in/ehf3MbZB #AgriculturalMachineryECU #SmartFarming #PrecisionAgriculture #FarmTech #AgriculturalAutomation #AgricultureIndustry #FarmEquipment #ElectronicsInFarming #AgriculturalInnovation #FarmMachinery #AgriculturalTechnology #AgriTech #FarmAutomation #AgriculturalMarket #ECUforFarmers #ModernFarming #AgriculturalSolutions #FarmEquipmentMarket #AgriElectronics #FarmingEfficiency
    8 Octubre 2026
  • MR PRO KnowledgePulselinkedin
    Based on Recent Analysis, the IoT Based Smart Greenhouse Market is Expected to Grow at a Healthy CAGR of 15% from 2026 to 2033 https://lnkd.in/eVyCzQ8K #IoTGreenhouse #SmartFarming #Agritech #PrecisionAgriculture #GreenhouseAutomation #IoTTechnology #AgriculturalInnovation #SustainableFarming #CropManagement #FarmTech #IoTSolutions #AgricultureIndustry #GreenhouseMonitoring #FarmAutomation #SmartAgriculture #EnvironmentalControl #AgriTechSolutions #FutureFarming #TechInAgriculture #SustainableDevelopment
    7 Octubre 2026
  • About Switzerlandlinkedin
    Solar power meets agriculture in Lovatens, Switzerland. ☀️🫐 The country’s largest agrivoltaic installation helps protect organic blueberry crops while generating enough renewable electricity for nearly 1,000 households. 📹 © Insolight
    6 Octubre 2026
  • Alissa Phanlinkedin
    🌍 GLOBAL FERTILIZER MARKET REPORT | 28 SEPTEMBER 2026 The global fertilizer market continues to show mixed regional trends as we move toward October. This week’s report covers the latest developments across Urea, DAP & MAP, including regional market movements, supply availability, demand trends and key factors shaping the market. Key topics covered: •⁠ ⁠India’s latest major Urea tender •⁠ ⁠China’s export availability and market activity •⁠ ⁠October Urea supply outlook •⁠ ⁠South Asian DAP demand •⁠ ⁠Southeast Asian market conditions •⁠ ⁠Brazil MAP market •⁠ ⁠Key logistics and supply-side developments 📌 Stay updated with the latest fertilizer market movements and key developments for October. 📩 For the full market report or current fertilizer requirements, feel free to contact us. #FertilizerMarket #VGF #MarketReport #Urea #DAP #MAP #FertilizerTrade #GlobalFertilizer #FertilizerIndustry #Agriculture #FertilizerExport #MarketUpdate #VGFERT #Vietgro
    28 Septiembre 2026
  • Patrick Hasajlinkedin
    🌍 Le marché mondial des poires fraîches 🍐 Le commerce des fruits et légumes ne se limite pas à ce que l'on voit sur les étals. Derrière chaque poire, il y a une production mondiale, des flux d'importation et d'exportation, des pays leaders et des opportunités à saisir. Analyse qui résume les données clés du marché mondial des poires fraîches : production, commerce international, principaux acteurs et focus sur la France. 📊 À retenir : - La Chine domine largement la production mondiale. - L'Europe reste un acteur majeur du commerce des poires. - La France est un importateur net, avec des fournisseurs principalement européens. #HasajPatrick #Retail #FruitsEtLégumes #Poires #CommerceInternational #Rungis #Primeur #AnalyseMarché
    28 Septiembre 2026

Himarshitha Katakam

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🌱 AgriSense AI – Smart & Sustainable Farming System 🤖📊 Excited to share our PGDM Design Thinking project, AgriSense AI, an AI + IoT + Business Analytics solution designed to support smarter and more sustainable tomato farming. 🍅 The Problem farmers face challenges such as: • Late detection of crop diseases • Uncertainty in irrigation decisions • Unpredictable rainfall and humidity • Soil pH and nutrient-related issues • Lack of simple, integrated farm-level decision support 💡 Our Solution – AgriSense AI We developed a prototype decision-support system that brings together: 🌱 Soil & environmental sensor data 💧 Soil moisture and irrigation monitoring 🌦️ Weather and rainfall conditions 🦠 Disease-risk analysis 📊 Crop stress & sustainability indicators 🤖 AI/ML-based insights 🚨 Farmer-friendly alerts and recommendations The prototype follows the workflow: Sensors → Data Collection → AI/ML Analysis → Risk Score → Streamlit Dashboard → Sustainable Recommendation 🖥️ Technology Stack • Python • Streamlit • Pandas & NumPy • Machine Learning • Data Analytics & Visualization • IoT concept using ESP32 and sensors 👩‍🏫 Faculty In-Charge: Ms. K Lakshmi Revathi 🏫 School of Innovation and Management This project helped us understand how Design Thinking + AI + IoT + Business Analytics can be combined to address real-world agricultural challenges. 🔗 Live App: https://lnkd.in/dYrqRkFs 💻 GitHub: https://lnkd.in/dGXJq2zn A special thanks to Revathi Ma'am for her guidance and support throughout the project. 🙏 #AgriSenseAI #ArtificialIntelligence #MachineLearning #IoT #BusinessAnalytics #Streamlit #Python #SmartAgriculture #SustainableAgriculture #TomatoFarming #AgriTech #DesignThinking #PGDM #SOIM #Innovation

23 Septiembre 2026 à 06h27

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Anshuma Roy

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𝗧𝗵𝗲 𝗨𝗹𝘁𝗶𝗺𝗮𝘁𝗲 𝗙𝗿𝗲𝗲 𝗣𝗗𝗙 𝗚𝘂𝗶𝗱𝗲 𝘁𝗼 𝗦𝗲𝗲𝗱 𝗧𝗿𝗲𝗮𝘁𝗺𝗲𝗻𝘁 𝗠𝗮𝘁𝗲𝗿𝗶𝗮𝗹𝘀 📌 𝗗𝗼𝘄𝗻𝗹𝗼𝗮𝗱 𝗙𝗿𝗲𝗲 𝗣𝗗𝗙𝘀 𝗮𝘁: https://lnkd.in/dtnvXdSq (𝗖𝗼𝗿𝗽𝗼𝗿𝗮𝘁𝗲 𝗠𝗮𝗶𝗹 𝗜𝗗 𝗳𝗼𝗿 𝗤𝘂𝗶𝗰𝗸 𝗥𝗲𝘀𝗽𝗼𝗻𝘀𝗲) Seed treatment materials are gaining importance across modern agriculture as farmers and growers seek effective #solutions to protect seeds, improve germination, and support healthy crop establishment. From biological and chemical treatments to advanced coating and formulation materials, seed treatment technologies are helping enhance seed quality, protection, and early-stage plant performance. Advances in agricultural inputs, formulation technologies, biological solutions, and seed treatment systems are supporting the development of innovative seed treatment materials. Manufacturers are focusing on solutions that provide effective seed protection, uniform application, improved handling, compatibility with modern planting systems, and support for sustainable crop production. 📊 𝗪𝗵𝘆 𝗦𝗲𝗲𝗱 𝗧𝗿𝗲𝗮𝘁𝗺𝗲𝗻𝘁 𝗠𝗮𝘁𝗲𝗿𝗶𝗮𝗹𝘀 𝗮𝗿𝗲 𝗚𝗮𝗶𝗻𝗶𝗻𝗴 𝗠𝗼𝗺𝗲𝗻𝘁𝘂𝗺 • Growing focus on protecting seeds from soil- and seed-borne pathogens • Rising demand for improved germination and early crop establishment • Increasing adoption of advanced seed treatment technologies • Growing need for efficient delivery of active ingredients and biological solutions • Rising interest in biological, microbial, and environmentally conscious seed treatments • Increasing emphasis on improving seed performance and crop productivity • Growing adoption of treated seeds across commercial farming and crop production 📌 𝗞𝗲𝘆 𝗔𝗽𝗽𝗹𝗶𝗰𝗮𝘁𝗶𝗼𝗻𝘀 𝗼𝗳 𝗦𝗲𝗲𝗱 𝗧𝗿𝗲𝗮𝘁𝗺𝗲𝗻𝘁 𝗠𝗮𝘁𝗲𝗿𝗶𝗮𝗹𝘀 • Cereals & Grains • Oilseeds • Pulses & Legumes • Fruits & Vegetables • Commercial Crops • Horticultural Crops • Forage & Turf Seeds • Field Crops 𝙆𝙚𝙮 𝙋𝙡𝙖𝙮𝙚𝙧𝙨 𝙞𝙣 𝙎𝙚𝙚𝙙 𝙏𝙧𝙚𝙖𝙩𝙢𝙚𝙣𝙩 𝙈𝙖𝙩𝙚𝙧𝙞𝙖𝙡𝙨 𝙈𝙖𝙧𝙠𝙚𝙩 Bayer AG Syngenta BASF Corteva Agriscience UPL Limited Nufarm FMC Corporation Sumitomo Chemical Croda International Clariant #SeedTreatmentMaterials #SeedTreatment #Agriculture #AgTech #AgriculturalInnovation #SeedTechnology #CropProtection #CropNutrition #PrecisionAgriculture #AgriculturalInputs #SustainableAgriculture #Farming #CropProduction #AgriTech #FarmInnovation #PlantHealth #SeedCoating #AgricultureMarket #AgriTrends

23 Septiembre 2026 à 06h25

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Ansharah Mobeen

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Your NDVI map is pretty. Your farmer still doesn't know what to do with it. 🌾 At NCAI - NEDUET, Smart City Lab, Dr. Muhammad Khurram asked me a simple question: "The farmer sees NDVI 0.42 today. Now what?" Daily NDVI is useful: it shows how the crop is doing right now and flags sudden stress early. But it doesn't answer the farmer's bigger question: "Which parts of my field need attention every season, and where am I wasting inputs?" So we built something for that. The problem: Farmers spray the whole field the same way. The healthy parts get the same fertilizer and water as the struggling ones. That's wasted money and a heavier load on the soil. Our approach: One day of NDVI can be misleading, because clouds, late sowing, or one bad week can skew it. Five years of NDVI is much harder to fool. For any field, the system analyses 5 years of satellite data and maps: 🔴 Zones that have been weak year after year 🌵 Zones that have stayed consistently healthy What that means on the ground: 💧 Water only where it's needed 🌱 Less fertilizer wasted on zones that are already healthy 🎯 Attention focused on long-term problem areas Built with: Google Earth Engine · Sentinel-2 · Python ✅ Ground validation done. 🚀 More features coming soon. Screen recording below 👇 Want to see your own field's weak and healthy zones? Send us your field location, and we'll run the 5-year analysis for you. 📍 #PrecisionAgriculture #AgriTech #RemoteSensing #NDVI #GoogleEarthEngine #NCAI #SmartCityLab #Pakistan

23 Septiembre 2026 à 05h31

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👤

Sanjay Khatri

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🌾 The farmer should not run behind the ecosystem. The ecosystem should reach the farmer. That's the idea behind SCPL ERP. One farmer. One digital record. One connected system. 🌱 Know your real cost of production 🚜 Reduce machinery expense 📦 Buy inputs smarter, together 🛡️ Build insurance-ready evidence 🏦 Become credit-ready 📊 Know your Crop P&L 📈 Reach better, wider markets SCPL ERP — From records to decisions. From decisions to prosperity. Stronger Farmers. Stronger Villages. Stronger India. 🌐 www.sharecroppers.in #SCPLERP #FarmerFirst #DigitalAgriculture #Agritech #SwayampurnaGaon #SmartFarming #RuralIndia #FarmerEmpowerment

23 Septiembre 2026 à 05h30

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Anuja Agarwal

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Six Questions Every AgriTech Board Should Be Asking I Issue #3 We often talk about AgriTech innovation in terms of technology. AI. Drones. IoT. Satellites. Robotics. Biotechnology. But technology is only one part of the equation. If we want AgriTech businesses to create lasting value, the more important questions may be the ones we don't ask often enough. 1. Do we understand the farmer's real problem? Farmers don't necessarily buy technology because it is technically superior. They buy time, income, productivity, convenience and reduced risk. The question isn't just “What does our technology do?” It is “What meaningful difference does it make to the farmer's life or livelihood?” 2. Can we quantify the economic value? A better yield is useful. Reduced input costs are useful. But can the farmer actually see the improvement in their bottom line? If the economic benefit cannot be demonstrated, adoption becomes much harder. 3. Does the market understand the problem being solved? Some agricultural problems are significant but largely invisible to the customer. Sometimes the challenge isn't creating the solution. It's creating awareness of the problem first. 4. Are we competing in an existing market or creating a new one? The strongest AgriTech businesses may not simply compete on price or features. They may redefine the value proposition altogether - from selling a product to selling productivity, resilience, sustainability or better outcomes. 5. Can our governance keep pace with our growth? Rapid growth can create enormous pressure on systems, controls and decision-making. The lesson from cases such as eFishery is important - innovation and growth cannot substitute for accountability, transparency and strong internal controls. Governance cannot be something we build after we scale. 6. Is the infrastructure actually ready for deployment? A technology can work perfectly in a controlled environment and still struggle in the field. Connectivity, devices, affordability, digital literacy, logistics and local support can determine whether innovation reaches the farmer. The last mile can be as important as the technology itself. These six questions point to something fundamental - AgriTech success is not simply about building better technology. It is about understanding farmers, economics, markets, infrastructure, risk and governance and how they interact. #AgriTech #AgTech #Agriculture #Governance #Investment #BoardEffectiveness #FarmerCentricInnovation

23 Septiembre 2026 à 04h30

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Ares Arturo Molina Franco

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Hoy tuve el honor de impartir la conferencia "De un Hackathon al mundo real: Construyendo tu propia Startup Tech" en la 32.ª Semana de Ingeniería del IIT en la UACJ. Aunque las fuertes lluvias nos obligaron a trasladar la sesión a Microsoft Teams, la participación y las preguntas de los estudiantes fueron excepcionales. Durante la charla, abordamos cómo dar el salto de ser consumidores de tecnología a creadores. Compartí la trayectoria de Chúuk Labs JA, mostrando cómo la colaboración multidisciplinaria nos ha permitido llevar proyectos de la teoría a la producción. Hablamos sobre el impacto real del software con herramientas como LabSnap (nuestro LIS clínico) y AgriTech, donde implementamos visión computacional y Fog Computing para optimizar el sector agrícola. Más allá de la tecnología, quise dejarles a mis futuros colegas tres consejos clave para su desarrollo profesional: 1️⃣ Empiecen hoy: La acción imperfecta supera a la planeación perfecta. No necesitan la computadora más potente para escribir su primer código. 2️⃣ Construyan en equipo: Las mentes que piensan distinto son el mayor activo de cualquier proyecto. 3️⃣ Resuelvan problemas locales: La innovación verdadera ataca los dolores de nuestra propia comunidad. Un agradecimiento especial al Dr. Josué Domínguez por facilitar el espacio, y a todos los que se conectaron para dialogar sobre el futuro del desarrollo de software. ¡Nos vemos en el próximo proyecto! #Ingeniería #UACJ #StartupTech #ChúukLabsJA #AgriTech #SoftwareArchitecture #EdgeComputing #DesarrolloDeSoftware

23 Septiembre 2026 à 04h27

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Gusii Innovation Week

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Road to GIW 2026: Webinar 1 Recap What does it take to move from an AI idea to a solution that actually works for agriculture? That was at the centre of our first Road to Gusii Innovation Week 2026 webinar, delivered in collaboration with GDG Kisii as part of the build-up to the AgriTech AI Hackathon. The session, AI for Agribusiness: AI Basics, Data Use & UX, took participants beyond simply thinking about AI as ChatGPT. We explored how different AI approaches can respond to practical agribusiness needs, from crop disease detection and yield prediction to demand forecasting, market intelligence and decision support. A key part of the discussion was data: understanding the farm, climate, market, remote-sensing and business data available to innovators, and importantly, assessing its accuracy, relevance, accessibility and appropriate use before building with it. We then connected this to the journey from data to a working model defining the problem, preparing the right data, building and testing a model, and using its outputs to support real decisions. But technology alone is not enough. The session also emphasized designing for the actual user and environment: understanding the problem first, considering realities such as unreliable connectivity and different devices, and continuously testing solutions with users. The key takeaway: start with the problem, understand the user and the data, then determine where AI can create real value. This is only the beginning of the Road to GIW 2026 as we prepare innovators to move from ideas to practical, market-ready solutions. #GusiiInnovationWeek2026 #RoadToGIW2026 #AgriTech #AI #Agribusiness #Innovation #FieLabs #GDGKisii

23 Septiembre 2026 à 04h20

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MAYANI

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🚛🌽Modernizing Philippine agriculture entails resourcing interventions that tackle its most wicked challenges and directing investments where they can create the greatest impact. 🇵🇭MAYANI was honored to contribute to the Philippine Hand-in-Hand National Investment Forum, convened by the Department of Agriculture - Philippines (Official), together with MAFAR-BARMM, FAO, and the Asian Development Bank (ADB), sharing our perspective on digitalization and the modernization of the agri-fishery sector. A key part of that conversation is ensuring that our work reaches the smallholders and communities that need it most, including the Bangsamoro Autonomous Region in Muslim Mindanao (BARMM), where better market access, climate resilience, technology, and investments can become powerful levers for both rural transformation and more resilient agri-value chains. #Mayani #AgriKLIMA #BARMM #PhilippineAgriculture #AgriTech #SmallholderFarmers #RuralDevelopment #DigitalAgriculture #SmallholderResilience #AgriFishery #Impact

23 Septiembre 2026 à 02h30

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UniXperts

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What if a country’s future is not just being built in its cities, but also in its farms? New Zealand offers an interesting example of how a traditional sector like agriculture is being transformed through technology, science and innovation. With a strong food and fibre industry and ambitious export goals, the country is looking at new ways to improve productivity, sustainability and resource efficiency. This article explores how agriculture is evolving through data, automation, agri-tech, environmental science and even space-based technologies such as satellite monitoring. It also looks at how climate change and global food demands are creating new challenges and new opportunities. Click to read the full article and know more about how New Zealand is focusing on the future of agriculture and the career opportunities. #StudyInNewZealand #StudyAbroad #NewZealandEducation #AgricultureCourses #AgriTech #CareerOpportunities #InternationalStudents #Unixperts

23 Septiembre 2026 à 02h30

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FarmScout

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FarmScout has entered the due diligence process with The Idea Company. A farmer rarely loses a crop for lack of effort. They lose it because the answer came late — by the time a disease is visible across the whole field, the cheap window to act has already closed. FarmScout is built for that window. Point your phone at a leaf. The app finds the leaf, names the disease, and tells you what to spray, how much, and when to check again — in English, Telugu and other languages. All of it runs on the phone itself. No internet — because the field doesn't have any. What we're taking into diligence: → Two months in the field — around 200 farmers, 5 agri-input dealers, and a symptom set reviewed with agronomy and data-science experts before a single label was trusted → A leaf detector plus one trained disease model per crop, across 10 crops, running fully offline on an ordinary phone → Models trained on our own field-collected dataset, verified through a four-stage review — collected, not scraped → A row-by-row field map, so the answer is where to act, not just what is wrong Thank you Anantraj Baghel and the team at The Idea Company for engaging with this seriously, and for questions that have already made the product sharper. Now the part that actually counts: real farmers, real fields, real proof. #FarmScout #AgriTech #Telangana #AI #IndianStartups #DueDiligence

23 Septiembre 2026 à 02h25

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Soumen Sircar

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I have been spending time with an agritech company recently that changed how I think about where value in agriculture is heading. The model is not complicated to describe. Using satellite data, soil intelligence, and localised crop analytics, they can tell a farmer exactly what seed variety suits a specific plot, how much water and fertiliser is needed at a micro level, and when to intervene before a problem compounds. A precision dispensing tool delivers inputs at the quantities the data recommends. The result is lower input cost, less waste, and better yield. The economics work for the farmer. The sustainability case is real. But the more interesting shift is not the technology. It is what the technology is selling. Agritech for most of its history has been an input business. Better seeds. Better fertiliser. Better equipment. The value proposition was product quality. The farmer bought a better version of what they were already buying. What is emerging now is different. The value is in the decision, not the input. How much fertiliser, applied where, at what stage of the crop cycle, under what soil conditions, matters more than which fertiliser. A precise recommendation, grounded in satellite and soil data at the plot level, is worth more than a marginally better product applied at the wrong quantity or time. That shift has implications for how agritech companies build their businesses. A product business scales by selling more units. A decision business scales by being trusted with more decisions. Those are different commercial models, different customer relationships, and different competitive positions. The companies building toward the decision model are accumulating something more durable than market share. They are accumulating data, trust, and hyper-local intelligence that compounds over time. A platform that has tracked soil conditions, crop performance, and input outcomes across thousands of plots over multiple seasons has an asset that a new entrant cannot replicate quickly. In India, this is moving faster than most urban observers appreciate. State-level initiatives, farmer producer organisations, and a growing number of well-funded platforms are already operating at this level of localisation. The question now is which models will build farmer trust and data depth required to make those decisions consistently better than the alternative. The analogy I keep returning to is wealth management. For decades, financial advisory was a product distribution business. The shift to evidence-based, dynamic, personalised advice changed the value proposition. Agritech is at an earlier stage of the same transition. The farmers who benefit most will be those whose advisors, human or digital, know their specific land better than any generic input recommendation ever could. That is a different kind of agritech company. And the ones building toward it are worth paying attention to.

23 Septiembre 2026 à 02h21

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Catalyst BC

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Microclimates, humidity spikes, and inefficient HVACD systems don't just affect plant health—they drain your bottom line every single day. In commercial cannabis cultivation, "close enough" environmental control isn't enough to survive tightening margins. True efficiency comes from mastering Controlled Environment Agriculture (CEA)—engineering closed-loop environments that automatically respond to crop needs in real time. At Catalyst BC, our CEA specialists help operators design, build, and optimize precision grow environments that maximize yield, cannabinoid expression, and resource efficiency. Here is how we help commercial cultivators level up: 🌡️ Integrated HVACD & Load Calculations - Eliminating microclimates and managing latent heat load efficiently. 💡 Lighting & DLI Optimization - Fine-tuning daily light integral and spectrums for peak energy efficiency. 💧 Precision Fertigation & Substrate Monitoring - Closed-loop irrigation and nutrient schedules that reduce waste and runoff. 📊 Sensor-to-Decision Architecture - Real-time sensor networks that transform raw climate data into proactive automated controls. 🌱 Microclimate Zoning & Contamination Control - Compartmentalizing spaces to safeguard biosecurity and prevent crop loss. Whether you're engineering a new state-of-the-art facility from the ground up or retrofitting an existing grow room to slash OPEX, we combine architectural insight, vertical farming mastery, and automation engineering to ensure every harvest succeeds. Ready to turn environmental control into your primary competitive advantage? Learn more about our Cannabis CEA Services: https://zurl.co/ZgwcA #ControlledEnvironmentAgriculture #CEAg #CannabisCultivation #FacilityDesign #VerticalFarming #Agritech #CannabisBusiness #OperationalOptimization

22 Septiembre 2026 à 21h21

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Opiyo Martin

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SOLAR-POWERED AUTOMATED AZOLLA CULTIVATION & FEED PROCESSING SYSTEM PROJECT. Available at Mash Parks Industries An innovative agricultural engineering prototype integrating: ✅ Automated Azolla cultivation ☀️ Solar-powered operation 🤖 Smart monitoring and control 🔥 Solar drying ⚙️ Grinding and feed processing 🐔 Feed mixing and pellet formation 🔬 we provide: • Prototype development and demonstration • Research paper available • STEM education and training support • Innovation and research collaboration • Agricultural engineering solutions Suitable for: Researchers, STEM institutions, innovators, inventors, schools, universities, and agricultural enterprises. 📩 Contact Mash Parks Industries 📧 mparksindustries@gmail.com Watsup/call📞 +254 140 967 715 our catalogue https://lnkd.in/drE5bFRa Engineering Innovation. Sustainable Solutions. #MashParksIndustries #AgriTech #AgriculturalInnovation #STEM #Research #Automation #Azolla #SustainableAgriculture #EngineeringInnovation

22 Septiembre 2026 à 21h18

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Maryam Fayyad

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I’m happy to share that I’ve successfully completed the 2026 Summer InnovEgypt program! 🎓 Over 6 days and 45 intensive training hours, I had the opportunity to learn more about innovation, entrepreneurship, and turning problems into real solutions. One of the highlights of the program was working with my team on AgriAI Rover, an agricultural support system that combines an AI-powered platform with a future AI-enabled field rover. Our idea aims to help farmers detect unusual crop problems early through images and field observations, while connecting them with trusted agricultural engineers who can verify AI-generated suggestions and provide professional guidance. What I especially liked about the project was that we didn't want AI to replace the agricultural expert or take the decision away from the farmer. Instead, AI helps collect and analyze information, while the expert provides validation and the farmer remains in control. I’m grateful for this experience, my teammates, and everyone who contributed to making these 6 days a valuable learning journey. Thank you InnovEgypt Program & TIEC for the opportunity! and thanks for my team and the Amazing instructor Dallia Taha #InnovEgypt #InnovEgyptS2026 #TIEC #Innovation #Entrepreneurship #AgriTech #AI

22 Septiembre 2026 à 21h12

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hanane oulhadj

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🌱 Détection adaptative des maladies des plantes par Vision Foundation Models La détection des maladies végétales par vision artificielle repose encore largement sur des modèles de Deep Learning entraînés sur des jeux de données spécifiques. Mais que se passe-t-il lorsque le modèle est confronté à une nouvelle culture, une nouvelle variété, des conditions environnementales différentes ou une maladie absente des données d’apprentissage ? C’est là qu’émerge une question de recherche importante : 🔬 Comment développer des modèles de vision capables de transférer leurs connaissances et de s’adapter à de nouveaux contextes agricoles avec seulement quelques données annotées ? 🧠 Le rôle des Vision Foundation Models Les Vision Foundation Models (VFMs), pré-entraînés sur de vastes collections d’images, apprennent des représentations visuelles générales qui peuvent ensuite être adaptées à des tâches spécialisées. Dans le domaine agricole, ils offrent une piste intéressante pour réduire la dépendance aux jeux de données fortement annotés. 🔬 Pipeline de recherche 📷 Acquisition des images végétales ↓ 🔎 Vision Foundation Model ↓ 🧩 Extraction des représentations visuelles ↓ 🔄 Adaptation au domaine agricole ↓ 🎯 Détection / classification des maladies ↓ 💡 Interprétabilité et aide à la décision 🚀 Axes de recherche Plusieurs approches peuvent être explorées : • Transfer Learning → exploiter les connaissances acquises lors du pré-entraînement ; • Few-Shot Learning → apprendre à partir d’un nombre limité d’exemples annotés ; • Domain Adaptation → réduire le décalage entre les données d’entraînement et les environnements réels ; • Fine-Tuning et adaptation légère → spécialiser efficacement le modèle au contexte agricole ; • Explainable AI (XAI) → comprendre les régions et caractéristiques visuelles à l’origine des prédictions. 🌾 Vers une vision agricole plus adaptable L’enjeu scientifique ne consiste donc plus uniquement à obtenir une bonne performance sur un jeu de données donné, mais à étudier la capacité de généralisation, de transfert et d’adaptation des modèles de fondation dans des environnements agricoles variés. À terme, cette approche pourrait contribuer au développement de systèmes de vision agricole plus robustes, généralisables et interprétables, capables d’accompagner la surveillance et le diagnostic des maladies végétales dans des conditions réelles. 🧠 Vision Foundation Models + Few-Shot Learning + Domain Adaptation + XAI ➡️ Vers une vision agricole intelligente, robuste et adaptable. #VisionFoundationModels #ComputerVision #DeepLearning #ArtificialIntelligence #FewShotLearning #DomainAdaptation #ExplainableAI #PlantDiseaseDetection #PrecisionAgriculture #SmartAgriculture #AgriTech #Research #PhD

22 Septiembre 2026 à 21h04

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muskan Kumari

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🚀 Turning a real-world problem into a solution. Proud to have led Team Quantum Crew at the Smart India Hackathon 2026 Internal Round, SIRTE Bhopal. 🌱 Problem Statement: Strengthening Market Linkages and Price Discovery for Farmers We worked on an idea aimed at helping farmers make smarter selling decisions by connecting them with the right markets and buyers, while considering price, demand and transportation costs. From problem research → ideation → prototype → presentation, the journey challenged us to think, build and collaborate better. As a team leader, I’m taking away more than just a hackathon experience — better teamwork, stronger problem-solving, and a lot of learning. Build. Learn. Improve. Repeat. 🚀 #SmartIndiaHackathon #SIH2026 #QuantumCrew #AgriTech #Innovation #Leadership #Teamwork #Hackathon

22 Septiembre 2026 à 19h29

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