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  • Patrick Muriithilinkedin
    Nvidia just bought Hugging Face for $12.9 billion. Here's why smallholder farmers should care. The AI quietly transforming African agriculture, crop disease detection from a phone photo, yield prediction from satellite imagery, credit scoring for farmers with no bank statements, mostly runs on open-source models. Models a small team can download, fine-tune on local crops and local data, and deploy without a Silicon Valley budget. Hugging Face was the front door to all of that. Now the world's biggest chipmaker owns it. Maybe nothing changes. Nvidia profits when more people build. But agriculture in emerging markets has learned this lesson before with seeds and fertilizer: when the inputs get consolidated, the smallest players pay the price. For those of us building AI for smallholder finance, the takeaway is clear: Fine-tune and own your models. A crop-yield model trained on Ethiopian teff or Kenyan maize is an asset no acquisition can take from you. The real moat was never the base model, it's the local data and the trust of the farmers behind it. The next decade of agricultural AI in Africa shouldn't depend on decisions made in a boardroom in Santa Clara. #AgriTech #AI #FinancialInclusion #Smallholders #Africa #AgriFinance
    4 Septiembre 2026
  • Serge Zakalinkedin
    [GRAPHIQUE 1] L’été 2026 est, de loin, le + chaud jamais observé en France, devançant 2003 de 0,8°C. Seulement 5 jours sous les normales, contre 86 au-dessus. Il laisse derrière lui une agriculture en lambeaux et des écosystèmes à l’agonie. Le froid durable sous les normes n'existe clairement plus depuis 5 ans en France. Avec +3.8°C en juin, +3.7°C en juillet et +3.3°C en août, jamais la France n'avait enchainé de telles anomalies. Et la chaleur fera son reto ur dès le début du mois de septembre, de façon durable, notamment dans le sud de la France… L’été météorologique s’achève, mais nous sommes loin d’être tirés d’affaire. -------------------------------------------------------------------------------- [GRAPHIQUE 2, CARTE 3 et CARTE 4] En termes d’intensité, la sécheresse de 2026 (courbe noir du graphique) est clairement la plus intense jamais observée en France à l’échelle nationale. À l’échelle régionale, le constat est tout aussi exceptionnel : du Poitou jusqu’à l’Alsace, une vaste partie du pays connaît la sécheresse la plus intense jamais enregistrée (rouge sur la carte). Le retour des pluies ces dix derniers jours a permis de limiter un peu la casse. Mais le répit pourrait être de courte durée : avec le retour de la chaleur début septembre, la sécheresse pourrait de nouveau atteindre des niveaux records pour cette période de l’année (sous 2022 et 1976). En terme de sévérité (intensité * durée), on ne peut pas encore se prononcer, la sécheresse 2026 étant encore loin d'être terminée.
    31 Agosto 2026
  • Serge Zakalinkedin
    Je pense que l’on peut désormais affirmer que la France traverse la plus grandes catastrophe agricole nationale depuis 1945. Sans aide publique, 30 000 à 35 000 exploitations pourraient se retrouver en situation de faillite, soit près de 10 % des exploitations agricoles françaises. C’est monstrueux. Le constat devient donc difficile à éviter : notre modèle agricole n’est pas suffisamment préparé au changement climatique qui arrive. C’est aussi le résultat d’un échec politique collectif : les gouvernements successifs n’ont pas suffisamment pris la mesure de l’ampleur des bouleversements que le changement climatique impose déjà, et imposera demain, à notre agriculture. Voici 3 propositions nationales pour adapter notre agriculture au changement climatique.
    29 Agosto 2026
  • Serge Zakalinkedin
    La fin de la sécheresse (météorologique) a été marquée par le début de la saison des orages méditerranéens offrant un spectacle grandiose durant l'intégralité de la nuit passée. Quelques centaines de photos entre l'Hortus (ici à droite) et le Pic Saint Loup (ici sortant du nuage à gauche), dont de nombreux coups de foudre ramifiés ! Il va me falloir des semaines pour tout traiter !
    20 Agosto 2026
  • Dr. Serge Zaka (Dr. Zarge)x
    Après 70 jours à la suite au-dessus des normes, des milliers de records battus, 5 canicules, 3 vagues de chaleur, demain, c'est enfin fini. Cette fin août se finira avec des températures normales pour la saison. Si la pluie (ENFIN!) fait sont retour sur les côtes de la Manche et https://t.co/57sdYoy1Tn
    18 Agosto 2026

Judith Modjoc

@JudithGlory

x

Chaku Foods offers guaranteed prices and uses drone/satellite mapping to manage climate risk, creating opportunities even with market fluctuations. Their vision: Ghanaian mangoes on shelves at stores like Trader Joe's. #AgriTech #Ghana #SustainableFarming https://t.co/4s4qEzPf6z

13 Julio 2026 à 06h28

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Divine (Onuigbo) Isaac

@Flow_X_System

x

The future of agriculture is smart. 🌱💧 Flow_X is engineering smarter irrigation for better harvests and a more sustainable future. Open to partnerships, innovation, and collaboration. #FlowX #AgriTech #SmartIrrigation #Africa #Innovation https://t.co/WqPPDr6WOW

13 Julio 2026 à 06h09

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ChargeBot Naija | Solar & Power Solutions

@ChargeBotNaija

x

Check out this article: Powering Nigeria's Agritech Revolution: How Solar Technology Fuels the Next Generation of Agripreneurs https://t.co/N1tPimytzj https://t.co/GULKsXS9uT

13 Julio 2026 à 06h01

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Divine (Onuigbo) Isaac

@Flow_X_System

x

Every drop counts. Every harvest matters. 🌱💧 At Flow_X, we're helping cocoa farmers grow smarter with precision irrigation and sustainable technology. The future of agriculture starts in the field #FlowX #SmartIrrigation #AgriTech #Cocoa #PrecisionAgriculture #Africa #worldbank https://t.co/kDD4wQrKw8

13 Julio 2026 à 05h47

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Arnab Mondal

linkedin

India doesn't need more AgriTech apps. It needs AgriTech that farmers actually use. Every year, new technologies enter agriculture: AI. Satellite imagery. IoT sensors. Drones. Predictive analytics. Yet one question remains: If the technology is so good, why isn't adoption higher? The answer isn't a lack of innovation. It's a lack of accessibility. Technology fails when it is: ❌ Too complicated ❌ Too expensive ❌ Too disconnected from daily farming decisions Farmers don't wake up asking for machine learning models. They ask: 🌧️ Will it rain tomorrow? 💧 Should I irrigate today? 🌱 Is my crop healthy? 📈 Am I getting a fair price? Technology succeeds when it answers those questions quickly and clearly. That's the philosophy behind Kishanseva. Not technology for the sake of technology. Technology that helps farmers make better decisions. The future of agriculture won't be built by replacing farmers' experience. It will be built by combining that experience with better information. That's the future we're trying to build. What do you think is the biggest barrier preventing technology adoption in agriculture today? I'd genuinely love to hear perspectives from farmers, researchers, founders, and people working in the sector. #Agriculture #AgriTech #Founder #Innovation #DigitalAgriculture #AI #RemoteSensing #GIS #Startup #Kishanseva

13 Julio 2026 à 05h30

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Paul Mathew

linkedin

Seedless Evolution or Agricultural Evolution? The Questions We Should Be Asking The infographic is intentionally provocative. It is not a prediction. It is not doomsday thinking. It is a scenario designed to ask a simple question. What happens if technology advances faster than governance? Seedless fruits are already commonplace. AI is transforming plant breeding. Precision agriculture, synthetic biology, vertical farming, cultured foods, automation and hyper efficient supply chains are reshaping how food is produced. These innovations have enormous potential. They can reduce waste, improve nutrition, strengthen food security and help address climate change. At the same time, every technological evolution changes the Civilisational Operational Model. It changes who owns critical infrastructure, who controls supply chains, where value is created and how dependent societies become on a handful of systems. That raises a few important questions. • How much of our future food system should remain open, local and resilient? • Should nations preserve seed sovereignty as a strategic national asset? • How do we ensure biodiversity is not quietly replaced by standardisation? • What happens if AI begins optimising food production purely for efficiency rather than resilience? • Should governments develop long term Food AI policies alongside AI governance frameworks? • Do we need a Citizen Food Charter that protects access to natural food, seed diversity, transparency and consumer choice for future generations? For founders, investors and incubators, there is another lesson. Every breakthrough should be reviewed not only for commercial viability, but also for its long term societal impact. Governance should not become an afterthought once a technology reaches scale. Funding technologies that strengthen resilience, biodiversity, decentralisation and food sovereignty may prove just as important as funding the next disruptive innovation. The future of agriculture is not simply about growing more food. It is about deciding what kind of civilisation we are building, who benefits from it, and what freedoms we choose to preserve. The time to ask these questions is before the future arrives, not after it has already become the default. #SeedlessEvolution #FutureOfFood #FoodSecurity #Agriculture #AI #AgriTech #SyntheticBiology #FoodPolicy #AIGovernance #SeedSovereignty #FoodSovereignty #StrategicForesight #ResponsibleInnovation #CivilisationalOperationalModel #SystemsThinking ps: some of the content may seem speculative, however the below questions are not uet beeing addressed at the #WEF. - How much concentration of food production is acceptable? - Should countries establish Seed Sovereignty policies? - Should AI become part of national food security legislation? - How much dependence on patented biology is healthy? - What rights should citizens retain regarding natural food and seed diversity?

13 Julio 2026 à 05h29

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Sageerahmed Akhtar

linkedin

🚜 The Biggest Myth in Agri-Tech: "Farmers Will Pay for AI Subscriptions" After spending the last few months working directly with sugarcane farmers on the ground in Karnataka through the CropEye initiative, one thing has become increasingly clear: The future of AI in agriculture is not about selling subscriptions to individual farmers. Most Indian farmers, especially small and medium landholders, make technology adoption decisions based on one fundamental question: "Will this give me a measurable increase in yield, income, or reduce my risk?" The reality is that expecting a farmer to purchase a standalone AI subscription for crop monitoring, disease prediction, or advisory services may not be the most scalable model. Instead, the future of agricultural technology adoption in India lies in ecosystem-driven implementation, where: ✅ Government departments enable digital agriculture programs ✅ Sugar mills support precision farming initiatives for their farmer networks ✅ FPOs adopt technology collectively ✅ Insurance companies leverage satellite and AI-based risk assessment ✅ Agribusinesses integrate AI advisory into their service offerings ✅ Agri-tech companies provide actionable insights rather than just software Working alongside farmers has reinforced an important lesson: Technology doesn't succeed in agriculture because it's innovative. It succeeds because it solves a real problem at the right cost and through the right ecosystem. The most promising model for Indian agriculture appears to be: Satellite Data + AI Analytics + Agronomy Expertise + Institutional Support + Farmer Trust As precision agriculture continues to evolve, collaboration between farmers, government bodies, Agri industries, and agri-tech companies will determine how effectively technology can create measurable impact at scale. What are your thoughts? Will the future of Agri-AI in India be driven by individual subscriptions or institutional ecosystems? #AgriTech #PrecisionAgriculture #DigitalAgriculture #ArtificialIntelligence #RemoteSensing #SatelliteAnalytics #Sugarcane #Agriculture #ClimateSmartAgriculture #FarmerFirst #CropEye #PlanetEye #InnovationInAgriculture #AgriInnovation

13 Julio 2026 à 05h27

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Nello il Pannello

linkedin

Le finestre che producono energia. Non è #fantascienza. È una #tecnologia che esiste già.   Si chiama #BIPV: Building Integrated PhotoVoltaics. #Fotovoltaico integrato nell'edificio: non sopra, dentro.   Dove funziona? Facciate vetrate: pannelli semitrasparenti su palazzi e uffici. A #Milano e #Roma esistono già edifici con facciate che producono energia. La trasparenza si può regolare: dal 10% al 40%, a seconda del progetto.   #Pensiline e #pergole: fotovoltaico che fa anche ombra. Non occupa tetto, protegge dal sole, produce energia. Installazioni in aumento su #parcheggi, #terrazze, aree commerciali.   Serre agricole: pannelli che filtrano la luce invece di bloccarla. Le piante crescono sotto. I pannelli producono sopra. Alcune colture crescono meglio con luce diffusa: pomodori, fragole, lattuga.   Il BIPV su vetro costa ancora 3-5 volte il fotovoltaico tradizionale. Ma la curva di costo sta scendendo, come scese il silicio negli anni 2010. Le previsioni più attendibili: parità di costo con il tradizionale entro 2030-2035.   Tra 10 anni, ogni edificio nuovo potrebbe produrre energia senza aggiungere nulla al tetto e senza cambiare l'estetica. Il fotovoltaico invisibile.   Cambierebbe qualcosa per te sapere che la finestra produce energia?   #BIPV #fotovoltaico #innovazione #NelloIlPannello

13 Julio 2026 à 05h15

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DevJafar

@DevJafar

x

🚁 AISIM: Revolutionizing Traditional Farming with Smart Technology From manual coconut climbing to AI-powered precision harvesting — AISIM is transforming agriculture in Zanzibar. By combining drones with advanced AI, we’re making harvesting #AISIM #AgriTech #ZanzibarInnovation https://t.co/rD5Rl5GjSH

13 Julio 2026 à 05h07

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FarmerKing AI

@Farmerkingai

x

Save water and maximize yields with AI-powered irrigation recommendations from FarmerKing AI. #SmartIrrigation #FarmerKingAI #FarmerKing#WaterManagement #Agriculture #Farmers #AgriTech #AI #SustainableFarming #CropYield #SmartFarm#FarmLife #Innovation #Farming #sanveegroup https://t.co/Ls6lUE8UjB

13 Julio 2026 à 05h05

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Meena p

@Meenap268436

x

Nitrogenous Fertilizer Market Expected to Reach $95.7 Billion by 2034 at 3.9% CAGR | CF Industries, Yara International, Euro Chem Group To Know More : https://t.co/CCWbgvYzA6 #fertilizer #agriculture #cropnutrition #sustainablefarming #agritech

13 Julio 2026 à 04h50

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Philip Green OAM

@AusHCIndia

x

A major boost for 🇦🇺🇮🇳 innovation ties! @unimelb & Tamil Nadu Industrial Development Corporation are partnering to establish a Centre for Emerging Technologies in Tamil Nadu, advancing collaboration in Quantum Computing, AgriTech & future-ready skills. 🚀 https://t.co/l5JQolU8HH https://t.co/IdKQAdesdY

13 Julio 2026 à 04h48

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SANVEE GROUP

@SANVEEGROUP

x

Save water and maximize yields with AI-powered irrigation recommendations from FarmerKing AI. #SmartIrrigation #FarmerKingAI #FarmerKing#WaterManagement #Agriculture #Farmers #AgriTech #AI #SustainableFarming #FarmLife #Farming#sanveegroup#GodMorningMonday#Re_Rating_Stock https://t.co/3vZGwt36cL

13 Julio 2026 à 04h47

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Agri Africa Expo

@AgriAfrica_Ltd

x

Mechanization. Digital agriculture. Climate-smart practices. Showcasing Innovation & Technology is one of AIAE 2026's core objectives — because innovation only matters once it reaches the farm. #AIAE2026 #AgriTech #AfCFTA #sifuna4president https://t.co/SkmkJ6bHqb

13 Julio 2026 à 04h39

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AgriVijay - Empowering Farmers for Tomorrow

@AgrivijayT

x

AgriVijay at #IESW2026! 🚀 Our founders joined India's premier energy transition forum to scale rural green tech. Plus, a wonderful catch-up with the @EarthDayNetwork team following our recent 2026 Stars Award win! 🌍🔋💚 #AgriVijay #ClimateAction #AgriTech https://t.co/q27xEyL49N

13 Julio 2026 à 04h33

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Etherealflights Pvt Ltd

linkedin

🚁 Pest Tracking From The Sky: Smarter Farming Starts with Smarter Monitoring Pest infestations can spread rapidly, causing significant crop damage before they're visible from the ground. With AI-powered drone technology, farmers can detect pest activity early, analyze field conditions in real time, and take targeted action before small problems become major losses. By combining high-resolution aerial monitoring with AI-driven insights, modern agriculture is becoming more precise, sustainable, and profitable. ✅ Early Pest Detection ✅ AI-Powered Crop Analysis ✅ Real-Time Field Alerts ✅ Precision Pest Management ✅ Higher Yields & Better Profitability See it. Know it. Stop it. The future of farming is powered by data, precision, and innovation—helping farmers protect every acre while using resources more efficiently. #AgriTech #PrecisionAgriculture #DroneTechnology #SmartFarming #CropHealth #ArtificialIntelligence #SustainableFarming #DigitalAgriculture #FarmInnovation #Agriculture #AI #FutureOfFarming

13 Julio 2026 à 04h30

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