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Genomines Bandeau

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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 October 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 October 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 October 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 September 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 September 2026
👤

Tushar Garg

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🌱 Our IP-II Project — AgriVision AI Happy to share our IP-II group project, AgriVision AI, an IoT and AI/ML based solution focused on smart agriculture. The idea behind the project was to collect farm-related data and turn it into useful insights that can help with better crop and field management decisions. As part of the project, we built a working hardware prototype using sensors to collect parameters such as: 🌱 Soil moisture 🧪 NPK ⚗️ Soil pH 🌡️ Temperature & humidity We then connected the data with our software system, CropAdvisor, which provides different insights and recommendations including: 🌾 Crop recommendations 💧 Irrigation advice 🧪 Fertilizer recommendations 🌦️ Weather insights 🛰️ Remote sensing insights ⚠️ Risk & disease alerts 📈 Mandi price trends For the prototype, location data was taken from the laptop and used along with the other inputs for the system. One of the most interesting parts of this project was getting to work with both hardware and software and understanding how sensor data can be connected with AI/ML-based decision making. Building the prototype also taught us that real-world projects involve a lot more testing and troubleshooting than just writing code. From sensor connections to data communication and integration, every part had its own challenges. Overall, completing AgriVision AI as a team was a great learning experience and gave us hands-on exposure to IoT, AI/ML, sensors and real-world system development. Team: Tany • Vanshika • Tishika 🚀 Glad to have completed this project together! #AgriTech #IoT #AI #MachineLearning #SmartAgriculture #SmartFarming #EmbeddedSystems #CSE #StudentProject #IPII

12 September 2026 à 16h29

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Vacancy Bridge

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📢 Big data for agriculture | free online course by Wageningen University 🎓🌍 🔗 Apply Here: 👉 https://lnkd.in/dQDXH2TR Explore the Big Data for Agriculture online course from Wageningen University & Research and discover how data can support smarter, more sustainable food and farming systems. 🧾 Course details 📍 Location: Online / Worldwide 🔖 Type: Free Online Course 💰 Cost: Free 🎓 Ideal For: Students, Researchers, Agriculture Professionals, Data Enthusiasts & Lifelong Learners 🌱 Explore topics such as: 📊 Big Data in Agriculture 🌾 Data-Driven Farming Solutions 💡 Agricultural Innovation 💻 Digital Transformation in Food Systems ♻️ Sustainable Agriculture Technologies 📈 Data Applications for Decision-Making ✨ Why take this course? ✅ Learn how data can improve agricultural decision-making ✅ Develop knowledge of digital agriculture ✅ Explore technology-driven farming solutions ✅ Understand applications of big data in food systems ✅ Build skills relevant to agriculture and sustainability 🚀 Strengthen your knowledge of AgriTech, data science, food security and sustainable agriculture while learning online from anywhere. #WageningenUniversity #FreeOnlineCourses #BigData #Agriculture #AgriTech #DigitalAgriculture #FoodSecurity #SustainableAgriculture #DataScience #OnlineLearning #AgriculturalInnovation #VacancyBridge

12 September 2026 à 16h27

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Chiranjib Konwar

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🌾 What If Every Traditional Digging Hoe Could Become an Earning Tool? In many Indian villages, the digging hoe is a familiar household agricultural tool, used for preparing soil, planting and everyday farm work. I am exploring a different idea: 🚜 Replace the traditional digging hoe with a SMART DIGGING HOE connected to my AI project, Google Boopbop. The concept could turn a simple agricultural tool into a connected platform for creating economic opportunities. 💡 How could it work? 🔹 Motion sensors could record agricultural activity. 🔹 Location technology could help verify where work is performed. 🔹 Google Boopbop AI could process the activity data. 🔹 Verified agricultural or plantation work could potentially qualify for payments from participating programmes. 🔹 With appropriate financial partnerships and farmer consent, payments could be transferred digitally. 🔹 Multilingual AI voice chat could provide farmers with information and assistance. 🔹 Farmers could connect with students and share generations of agricultural knowledge. 🔹 Plantation projects could create opportunities around trees, fruits, vegetables and flowers. 🤖 Reverse Generative AI Google Boopbop could go beyond answering questions. It could ask farmers questions, understand their skills and experience, and help connect them with students, organisations and potential opportunities. 🌱 My vision is simple: Don't just make AI smarter. Make the tools used by rural communities smarter—and create new possibilities for earning, learning and connecting. The Smart Digging Hoe is currently a concept that would require engineering, field testing, farmer feedback, verification systems and sustainable business partnerships. But I believe a traditional agricultural tool could become much more than a tool. It could become a gateway to the digital agricultural economy. #GoogleBoopbop #SmartDiggingHoe #Agriculture #AgriTech #ArtificialIntelligence #Farmers #RuralDevelopment #GreenJobs #Plantation #Innovation #India Bill Gates Neema Mduma, PhD Jensen Huang Naveen Jain Sundar Pichai Google

12 September 2026 à 16h21

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Sher-e-Kashmir University of Agricultural Sciences and Technology of Kashmir (SKUAST-K)

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𝗚𝗿𝗲𝗮𝘁 𝗡𝗲𝘄𝘀 𝗳𝗼𝗿 𝗔𝗴𝗿𝗶- 𝗦𝘁𝗮𝗿𝘁𝘂𝗽𝘀 𝗶𝗻 𝗞𝗮𝘀𝗵𝗺𝗶𝗿 𝗩𝗮𝗹𝗹𝗲𝘆 𝘁𝗼 𝗦𝗲𝗰𝘂𝗿𝗲 𝗙𝘂𝗻𝗱𝗶𝗻𝗴 𝗦𝘂𝗽𝗽𝗼𝗿𝘁 𝘂𝗽𝘁𝗼 𝗥𝘀 𝟮 𝗖𝗿𝗼𝗿𝗲 Sher-e-Kashmir University of Agricultural Sciences and Technology of Kashmir (SKUAST-K) is inviting Call for Innovative Start-up Ideas revolutionizing Agriculture and allied sectors in Kashmir Valley under Banner of SKUAST-K Innovation, Incubation & Entrepreneurship Centre (SKIIE Centre) supported by JKCIP (Incubation & Startup) Vertical. Scan QR Code to submit your disruptive Ideas and get a chance to be a stakeholder of Change SKUAST K Startup Ecosystem. https://lnkd.in/dpTYHdbe 𝗛𝗶𝗴𝗵𝗹𝗶𝗴𝗵𝘁𝘀 𝗼𝗳 𝗔𝗚𝗥𝗜-𝗧𝗛𝗢𝗡 𝟯.𝟬 1. Fund Support to each startup Idea:- Rs 5.0 Lakh 2. Incubation Support 3. Lab and Infrastructure Support 4. Mentoring support 5. Product development and Validation 6. Market Connect A great opportunity for innovators, entrepreneurs, and agri-startups in Kashmir to turn their ideas into impactful solutions and build the future of agriculture in the Valley. 🌱 Apply now and take your innovative idea from concept to market with funding, incubation, mentorship, infrastructure, and industry support. #AgriThon3 #SKUASTK #SKIIE #AgriStartups #KashmirStartups #StartupKashmir #Agriculture #AgriTech #Innovation #Entrepreneurship #StartupIndia #JKCIP #Kashmir #AgricultureInnovation #SeedCapital

12 September 2026 à 16h20

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ISSAM BERRHAZI

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FONGICIDES EN SERRICULTURE HYDROPONIQUE : LE PRINCIPE D’UN EXPERT CEA En serre hydroponique, la protection phytosanitaire commence avant l’apparition des symptômes. Le raisonnement professionnel repose sur : Climat → eau → racines → canopée → hygiène → diagnostic → biocontrôle → traitement ciblé → rotation des modes d’action → contrôle d’efficacité. PARAMÈTRES À SURVEILLER Température : 18–28 °C selon culture et stade HR : généralement 60–75 % VPD : souvent 0,8–1,2 kPa selon culture et stade Condensation : éviter le contact prolongé du feuillage avec le point de rosée Irrigation : pilotage selon rayonnement, substrat et demande climatique Drainage : suivi du drain %, pH et EC Canopée : circulation d’air et densité végétale Hygiène : outils, déchets végétaux, surfaces, goutteurs et zones de travail MATIÈRES ACTIVES RECONNUES INTERNATIONALEMENT Botrytis et maladies foliaires : Azoxystrobin — FRAC 11 Pyraclostrobin — FRAC 11 Boscalid — FRAC 7 Fluopyram — FRAC 7 Oïdium et maladies foliaires : Difenoconazole — FRAC 3 Tebuconazole — FRAC 3 Soufre — FRAC M02 Pythium et Phytophthora : Metalaxyl-M / Mefenoxam — FRAC 4 Mandipropamid — FRAC 40 Biocontrôle : Bacillus subtilis Bacillus amyloliquefaciens Trichoderma spp. POINT TECHNIQUE ESSENTIEL Azoxystrobin et pyraclostrobin appartiennent tous deux au FRAC 11. Boscalid et fluopyram appartiennent tous deux au FRAC 7. Changer de matière active ne signifie donc pas nécessairement changer de mode d’action. La stratégie doit être construite selon : Diagnostic → pathogène → matière active → groupe FRAC → dose homologuée → rotation → suivi d’efficacité. Un programme professionnel ne consiste pas à traiter davantage. Il consiste à réduire la pression maladie grâce au pilotage du climat, de l’irrigation, de la nutrition, de l’hygiène et de la protection intégrée. IMPORTANT Toute matière active doit être utilisée uniquement selon les homologations, cultures, doses, DAR et conditions d’utilisation autorisés dans le pays concerné. En CEA, le fongicide est un outil. L’expertise consiste à savoir QUAND, POURQUOI, COMMENT et AVEC QUEL MODE D’ACTION l’utiliser. Issam Berrhazi Consultant International Hydroponie & CEA 15+ ans d’expérience www.hydrofarmexperts.com #Hydroponie #Hydroponics #CEA #Greenhouse #Serre #CropProtection #PlantHealth #IPM #Biocontrol #Fertigation #Phytoprotection #Botrytis #Pythium #Fusarium #Oidium #FRAC #ControlledEnvironmentAgriculture

12 September 2026 à 16h19

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KL University

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Discover the future of Agriculture with B.Sc. (Hons.) Agriculture at KLU, where science meets AgriTech, AI, drones, and smart farming. Build practical knowledge, technology skills, and industry-ready capabilities for careers in Agriculture, AgriTech, agribusiness, and sustainable farming. Choose KLU and get ready to shape the future of smart, technology-driven agriculture. 🎓𝐀𝐝𝐦𝐢𝐬𝐬𝐢𝐨𝐧𝐬 𝐀𝐫𝐞 𝐎𝐩𝐞𝐧 𝐟𝐨𝐫 𝟐𝟎𝟐𝟔-𝟐𝟕 𝐀𝐘 📍 KLUniversity, Vijayawada 🔗 Apply Now: https://lnkd.in/gPjUcHr #KLUniversity #AdmissionsOpen2026 #CampusPlacements #StudyAtKLU #FutureReady #topuniversityinindia #KLU #WeAreFutureReady #AdmissionsAreOpen2026 #Placements #Scholarships #kluniversityofficial #World_ClassEducation #topuniversityinIndia #BScagriculture

12 September 2026 à 15h30

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Nitin Rai

@nitindominic5

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Our research paper titled, “Pedicel-Targeted Strawberry Harvesting via Imitation Learning on a Low-Cost Teleoperated Robotic Arm” has been accepted at the @ieeeiros #Agribotics 2026 Workshop! 📽️ YouTube: https://t.co/R1ZKJlOvmV 🚩 Blog: https://t.co/Nl9XG4MzIb #AgriTech https://t.co/xqksSj0S9V

12 September 2026 à 15h27

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Chiranjib Konwar

linkedin

🌾 Can AI Revolutionise Agriculture and Plantation? My Vision: Google Boopbop Today's world is filled with advanced technology. AI smartphones are becoming available across the globe, but millions of poor farmers in India, Bangladesh, and around the world still work hard in paddy fields using traditional digging hoes to earn their daily meal. I believe it's time to connect agricultural tools with Artificial Intelligence. 🚜 My Personal Project: SMART DIGGING HOE I am conceptualising a Smart Digging Hoe connected to an AI-powered application called Google Boopbop. Imagine a traditional agricultural tool enhanced with: 🌱 Motion sensors to detect agricultural activity. 📍 GPS and smart technology for field verification. 🤖 Multilingual AI voice chat for farmers. 🏦 A business model that could reward farmers for verified agricultural work through linked bank accounts. 🌳 Support for planting trees, cultivating crops, vegetables, and flowers. 🎓 Connecting experienced rural farmers with school, college, and university students across India and the world. 🔄 Reverse Generative AI Google Boopbop will explore an AI model where the application does not only wait for users to ask questions. Instead, the AI could ask farmers and students questions, understand their knowledge and interests, and help create meaningful connections. Imagine a student learning mango plantation from an experienced farmer in Assam. Imagine farmers participating in plantation projects and receiving payments for verified work. Imagine AI connecting rural agricultural experience with global students and business opportunities. 🌍 My Long-Term Vision I want to build an agricultural and social learning ecosystem connecting: 👨‍🌾 Farmers 🎓 Students 🤖 Artificial Intelligence 🌳 Green plantations 🥕 Fruit and vegetable production 💼 Rural employment 🌍 Global communities The Smart Digging Hoe is a concept. The payment system and agricultural verification model will require real-world testing, partnerships, and responsible implementation. But the vision is clear: AI should not only make smartphones smarter. AI should also help make rural livelihoods better. I am looking for AI engineers, agricultural scientists, hardware engineers, students, entrepreneurs, and investors who believe technology can create meaningful opportunities for farmers. Can we bring the power of AI from the smartphone into the paddy field? 🌱 Let's connect technology with agriculture and humanity. #GoogleBoopbop #SmartDiggingHoe #ArtificialIntelligence #AgriTech #Farmers #RuralDevelopment #GreenJobs #Plantation #ReverseGenerativeAI #Innovation #India #Bangladesh #Sustainability Neema Mduma, PhD Bill Gates Google Sundar Pichai

12 September 2026 à 15h22

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Debowale Onafowora- CPEM, FAIE, ASHOKA FELLOW.

@donafowora

x

Unlock incredible pepper yields! Standard methods yield ~23kg/sqm, but advanced tech with heated water and CO2 can hit 40kg/sqm. The key isn't high-tech, it's the *right* tech, adapted to Nigeria's climate. #AgriTech #GreenhouseFarming #Nigeria https://t.co/1RjYu1E98e

12 September 2026 à 15h05

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CommodityToday

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BRICS Trade Push: Can India Make Cross-Border Trade Easier? | PM Modi | UPI | GDP | Piyush Goyal At the BRICS Business Forum in New Delhi, Commerce and Industry Minister Piyush Goyal called for deeper and more resilient trade among BRICS nations, with a focus on greater market access, fewer non-tariff barriers and stronger financial connectivity. The discussion also highlighted the possibility of linking payment systems, increasing the use of local currencies, and using India’s UPI system as an example of digital payment connectivity. BRICS countries are also looking at supply-chain diversification, critical minerals, agri-tech, food security and the proposed BRICS Grain Exchange. For businesses, easier regulations, faster payments and better recognition of professional qualifications could potentially make cross-border trade and services more efficient. So, can India’s push help BRICS evolve into a more integrated and business-friendly trading bloc? Watch the full analysis on Commodity Today English for the latest updates on global trade, commodities, agriculture, energy and the Indian economy. . . YouTube: https://lnkd.in/gv5FmEdt Facebook: https://lnkd.in/gwMwtg7p Instagram: https://lnkd.in/gC2PcJXj LinkedIn: https://lnkd.in/ggDE4qJG Twitter/X: https://x.com/CommodityT_ . . #brics #brics2026 #bricstrade #bricssummit #indiabrics #globaltrade #internationaltrade #crossbordertrade #piyushgoyal #tradebarriers #marketaccess #nonTariffbarriers #localcurrencies #upi #digitalpayments #supplychains #criticalminerals #bricsgrainexchange #agritech #foodsecurity #globaleconomy #commoditymarket #india #emergingmarkets #commoditytodayenglish

12 September 2026 à 14h31

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Karthik K

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What if the future of farming doesn’t use more chemicals… but more AI? 🌱🤖 We’re now seeing AI-powered machines identify weeds in real time and precisely eliminate them using lasers. Here’s what makes it fascinating: 🔹 AI vision identifies crops vs. weeds 🔹 Real-time processing decides which plants to target 🔹 Precision lasers eliminate the weeds 🔹 No blanket herbicide spraying 🔹 Minimal soil disturbance 🔹 Data collected from farms can continuously improve AI models Companies like Carbon Robotics are already combining computer vision, NVIDIA GPUs and high-powered lasers to automate weed control. NVIDIA reports that Carbon Robotics’ systems have eliminated billions of weeds without herbicides. NVIDIA This is more than a cool robot. It shows where AI + Robotics + Agriculture are heading: AI doesn’t always need to replace people. Sometimes, it can replace wasteful processes. From software intelligence to physical-world automation, AI is moving beyond screens and into the fields. The future of agriculture may be autonomous, precise and chemical-free. 🌱⚡ What do you think — will AI-powered farming become mainstream in the next 5–10 years? #ArtificialIntelligence #AI #AgriTech #Robotics #NVIDIA #Agriculture #FutureOfFarming #ComputerVision #DeepTech #Automation #SustainableAgriculture #Innovation #Technology #AIinAgriculture

12 September 2026 à 14h30

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Avo Logistics East Africa Limited

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An orchard can look uniform from the road and behave very differently up close. That is where some of the newer agricultural technology becomes interesting. Researchers are combining drone imagery, LiDAR, environmental information and machine learning to assess avocado trees individually, including characteristics linked to nitrogen status, yield and post-harvest fruit quality. The implication is bigger than another piece of farm technology. It means growers can increasingly move away from treating an entire orchard as though every tree received the same weather, produced the same crop and needed the same intervention. The farm of the future may have fewer blanket decisions and more decisions made from what the trees are actually showing. The farmer still holds the knowledge. The technology simply gives that knowledge more eyes. Source: Grozdov et al. (2026), “UAV-based monitoring of nitrogen use efficiency, yield, and postharvest fruit quality in avocado orchards.” #Avocado #AgriTech #AIinAgriculture #AvocadoFarming #KenyaAgriculture #SmartFarming #AvocadoOil

12 September 2026 à 14h28

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HIBA EJRHILI

linkedin

🎓 Une belle étape dans mon parcours ! C’est avec fierté et reconnaissance que je partage la soutenance de mon projet de fin d’études, réalisé au CNESTEN dans le cadre de mon Master Informatique et Électronique des Systèmes Embarqués à la Faculté des Sciences de Rabat. Mon projet porte sur le développement d’un système de navigation autonome pour un robot mobile destiné à l’inspection des plantes dans une serre agricole. De la simulation sous CoppeliaSim aux essais sur un prototype à base de Raspberry Pi, ce travail m’a permis de renforcer mes compétences en robotique, en vision par ordinateur et en systèmes embarqués. Une expérience riche en apprentissages, où chaque difficulté rencontrée a été une occasion de comprendre, d’ajuster et de progresser. Je tiens à remercier chaleureusement mes encadrants au CNESTEN, Lhachmi ELBADRI et Aziz BENAHMED, pour leur accompagnement, leurs conseils et leur disponibilité tout au long de ce projet. J’adresse également mes sincères remerciements à mon encadrant interne, Younès RAOUI, pour son suivi et ses orientations. Je remercie les membres du jury, Bouazza JABRI et Issam ELAFI, pour le temps consacré à l’évaluation de mon travail et pour les échanges lors de la soutenance. Merci également à l’équipe du CNESTEN pour son accueil, ainsi qu’à mon collègue de stage, Youssef RAOUI, pour les échanges enrichissants et les moments partagés au cours de cette expérience. Enfin, un merci tout particulier à ma famille et à mes proches pour leur soutien et leurs encouragements tout au long de ce parcours. Cette étape renforce mon envie de poursuivre dans la robotique et les systèmes embarqués, avec la curiosité d’apprendre davantage et de relever de nouveaux défis. #Soutenance #PFE #CNESTEN #Robotique #SystemesEmbarques #VisionParOrdinateur #RaspberryPi

12 September 2026 à 14h11

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Palak Tyagi

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🚀 SIH 2026 (Smart India Hackathon 2026) – Internal Hackathon | Jaipur National University Excited to share our Internal SIH 2026 idea submission developed as part of the Smart India Hackathon at Jaipur National University. 🌾 Project: Smart Procure 👥 Team: Stark Mind 💡 Problem Statement ID: 26032 – Smart Automation Our solution focuses on addressing key challenges faced by farmers during agricultural procurement, such as long queues, uncertain procurement schedules, price uncertainty, fragmented information, registration difficulties, and delayed payment visibility. 🔹 Our proposed solution includes: • AI-based smart mandi/centre recommendation using price, distance and queue information • Digital token and real-time queue tracking • Multilingual and offline-first support • Integration of e-NAM, Agmarknet and state MSP information • Aadhaar/Jan-Aadhaar based KYC • MSP procurement and payment status alerts • Price trends and analytics 🛠️ Technology Stack: Python, FastAPI, React, MySQL, AWS/Azure, Maps API, Android and REST APIs. This project gave us an opportunity to explore how AI, automation and digital technology can contribute to making agricultural procurement more accessible, transparent and efficient for farmers. Grateful to Jaipur National University for providing us with the platform and opportunity to participate in the SIH internal hackathon and work on a real-world problem. Looking forward to learning, building and improving this idea further! 🚀 #SmartIndiaHackathon #SIH2026 #JaipurNationalUniversity #Hackathon #AgriTech #SmartAutomation #AI #Technology #Innovation #Farmers #DigitalIndia #TeamStarkMind #StudentInnovation

12 September 2026 à 13h27

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Abdullah Al Mahmud

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Plenty’s Vertical-Farming Reset: The Technology Worked. The Economics Had to Catch Up. Four million pounds of strawberries. Less than 40,000 square feet. Thirty-foot growing towers. Those were the design targets Plenty announced for its Richmond, Virginia, farm-not independently reported production results (Plenty, 2024). The vision was powerful: premium berries grown year-round, close to consumers, with tightly controlled conditions. Nine months later, the financial reset began. Plenty filed voluntary Chapter 11 petitions on 23 March 2025 and announced a $20.7 million debtor-in-possession financing commitment (Plenty, 2025a). The court confirmed its reorganization plan on 15 May; the plan became effective on 29 May (U.S. Bankruptcy Court/Stretto, 2025). The core question was never only: Can the farm grow food? It was: Can every kilogram produce durable cash flow after every cost? Vertical farms must absorb lighting, heating, ventilation, cooling, skilled labour, automation, maintenance, packaging, distribution, depreciation, and financing. A 2024 Frontiers in Science viewpoint identifies crop productivity and electricity for lighting and HVAC as central to economic viability (Wheeler, 2024). Unlike software, adding capacity usually means financing another physical facility. Yield per square meter is an engineering metric. Contribution margin per kilogram is a business metric. After emerging from Chapter 11, Plenty said it would focus on premium strawberries, expand growing capacity at Richmond, and pursue sales of its vertical-strawberry farming technology to new locations (Plenty, 2025b). That may improve the revenue mix. But premium positioning does not remove the need to prove utilization, energy intensity, crop quality, pricing, and capital payback. Three lessons for agritech leaders: 1. Prove one facility first. Scale only after repeatable unit economics are visible. 2. Stress-test the downside. Model energy prices, downtime, crop loss, utilization, and selling-price volatility. 3. Separate claims from evidence. Designed capacity is not realized output, and output is not profit. Plenty’s restructuring does not prove that vertical farming has failed. It proves a more useful point: sustainable agriculture also requires sustainable economics. Which metric should agritech founders prove before scaling-contribution margin, utilization, energy efficiency, or cash payback? #AgriTech #VerticalFarming #UnitEconomics #ControlledEnvironmentAgriculture #FoodTech #StartupLessons #SustainableAgriculture #ClimateTech

12 September 2026 à 13h27

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Iris Reed

@muzymarlana

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Ahoy world They call me one problemOpen to new opportunitiessolving AI engineer obsessed with AgriTech Check out my projects 🎯 Koa61bf5xr38gpq

12 September 2026 à 13h20

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