Bloom AgritechEl medio de las cadenas y
las tecnologías vegetales
IndustriasActoresEl laboratorioAnálisisEcos del mundo
🇫🇷Français🇬🇧English🇪🇸Español
🇫🇷Français🇬🇧English🇪🇸Español
Bloom AgritechAcerca deCondiciones de usoPolítica de privacidadCookies

Suscríbase al boletín

Últimos números

Contáctenos

Publicidad y anunciantesSociosRedes Sociales

© 2026 Bloom Agritech. Todos los derechos reservados.

Genomines Bandeau

Redes Sociales

PSI

5713–5728 de 38299 — página 358/2394

Anterior1…357358359…2394Siguiente

Destacados

  • 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

ビリテク君

@belieftechMAN

x

「農業×IT」って エンジニアには縁がない話に聞こえるかもしれない。 でも2026年のスマート農業市場は 約208億ドル規模で年11%成長してる。 農業×AIに絞っても 年30%成長の市場になってる。 「田舎でITの仕事はない」という時代は もう終わってると思う。 スレッドで話すね👇 #スマート農業 #AgriTech

27 Julio 2026 à 03h05

Ver en X →

Delilah Ramos

@AmayahAnnalise

x

Sup people Name's one ambitious software craftsman dedicated to AgriTech Let's ship together 📊 Hpicsvr019g7knl

27 Julio 2026 à 02h44

Ver en X →

Madeline Grace

@borninbelfast

x

Welcome community This is one openAlways shippingsource AI engineer obsessed with AgriTech See my work below 🛠️ Bdpkgeowl7fx23t

27 Julio 2026 à 02h44

Ver en X →

Michelle Lewis

@andreitapedi28

x

Howdy people I am one versatile AI engineer experimenting with AgriTech Check out my projects 💡 Yg0qmvulwxf3btj

27 Julio 2026 à 02h44

Ver en X →

Jocelyn Dee

@Sentimento5

x

Ahoy devs Meet the growthSee my work belowminded developer pushing the boundaries of AgriTech Code with me 🕹️ Dydk296v84fh3o1

27 Julio 2026 à 02h42

Ver en X →

MAYANI

linkedin

🌾”The Southeast Asian Regional Center for Graduate Study and Research in Agriculture (SEARCA) is inspiring a new generation of “climate detectives” through its Youth in Agri Talk Show, which aims to build climate awareness and interest in agriculture among young learners across Southeast Asia. 🇵🇭Headlining the episode was Mr. Ochie San Juan, Chief Farmer and Co-Founder of MAYANI, an agri-tech startup that connects farmers to markets. Stepping in as the show’s “Chief Detective,” San Juan helped young viewers investigate the causes and impacts of climate change, as well as practical solutions for climate-smart agriculture. To highlight climate-smart practices, the show featured a game segment called “Identify the Clue,” which presented practical tools and technologies that farmers can use to cope with a changing climate. These included: 💧Drip irrigation systems that deliver water directly to plant roots and minimize wastage; 🍂Composting practices that nourish soils and help retain moisture; and 🌱Climate-resilient seeds bred to withstand extreme heat, dry spells, and floods.” ⏩️https://lnkd.in/gtSnVwWB 🤝Join the AgriKLIMA movement at www.mayani.ph/AgriKLIMA #Partnerships #Mayani #SEARCA #AgriTech #Impact #ESG #SmallholderResilience #ClimateSmartAgriculture

27 Julio 2026 à 02h30

Ver en LinkedIn →

Pankaj Rathod

linkedin

80% of agritech startups in India target farmers. Less than 20% survive beyond 3 years. Why? From what I see on the ground in Vidarbha: ❌ Designed by engineers, not farmers The UI assumes smartphone literacy that does not exist. ❌ Priced wrong ₹500/year sounds cheap to a founder in Bangalore. It sounds expensive to a farmer earning ₹20,000 in a bad season. ❌ Trust not established Farmers do not give data to apps they do not trust. Trust takes years. Apps expect it in days. ❌ No local support When the app has a problem, who do they call? No answer = uninstall. ❌ Wrong problem solved Most apps solve what founders think is the problem. Not what the farmer actually loses sleep over. I am not saying agritech is wrong. I am saying agritech needs more people who know how farmers actually think. I do this work. Let us talk.

27 Julio 2026 à 02h16

Ver en LinkedIn →

Ronald van Loon

@Ronald_vanLoon

x

Laser Weeding Revolution: Carbon #Robotics and NVIDIA Redefine Chemical-Free Farming by @kimmonismus #AgriTech #TechForGood #Innovation #Tech #Technology https://t.co/GyElAbPQ0x

27 Julio 2026 à 01h37

Ver en X →

Vivian Bailey

@vemca_

x

Ahoy coders They call me your versatile data wrangler on a mission to build AgriTech Stay curious 🪐 Jxp2m3sv0nobyw5

27 Julio 2026 à 01h26

Ver en X →

Agriculture & Environmental Monitoring | Computer Vision | Visual Grab

linkedin

🌱 Every Agricultural Revolution Starts as a Research Problem. Agriculture is no longer driven by experience alone—it's increasingly powered by Computer Vision and AI. Some capabilities are already transforming farms today. Others are rapidly maturing. And the biggest opportunities still lie in research. 🟢 Production Ready ✅ Crop Detection ✅ Fruit Counting ✅ Plant Classification ✅ Farm Equipment Monitoring ✅ Irrigation Monitoring 🟡 Advanced Solutions 🔍 Leaf Disease Analysis 🌿 Weed vs. Crop Segmentation 🚁 Multi-Temporal Crop Monitoring 🌍 Environmental Change Detection 🐄 Livestock Activity Understanding 🔴 Next Research Frontier 🧠 Fine-Grained Crop Health Diagnosis 🦗 Rare Pest & Disease Recognition 🌦️ Agricultural Context Understanding 🤖 Autonomous Farm Reasoning 🌍 Universal AI Across Every Farm, Crop & Climate The future of agriculture isn't just about automating existing tasks. It's about building AI that can: 🌱 Predict crop health before visible symptoms. 💧 Optimize irrigation using multimodal data. 🐛 Detect emerging pests with minimal training data. 🌎 Adapt across regions, seasons, and crop varieties. 🚜 Help farmers make better decisions every day. Today's research becomes tomorrow's farming standard. The organizations investing in Computer Vision research today will lead the next generation of precision agriculture, sustainability, and food security. At Visual Grab, we help organizations transform Computer Vision research into production-ready AI solutions—from feasibility studies and proof of concept to enterprise deployment. Our expertise includes: ✅ Computer Vision ✅ Precision Agriculture AI ✅ Drone & Satellite Analytics ✅ Vision-Language Models (VLMs) ✅ Object Detection & Segmentation ✅ Environmental Monitoring ✅ Edge AI ✅ Multimodal AI ✅ Research-to-Production AI Development 💬 If you could solve one challenge in Agriculture AI, what would it be? I'd love to hear your thoughts. If you're building an Agritech product or exploring Computer Vision for agriculture or environmental monitoring, let's connect and discuss how AI can create measurable business value. #ComputerVision #AgricultureAI #PrecisionAgriculture #Agritech #SmartFarming #EnvironmentalMonitoring #DroneAI #SatelliteImagery #ArtificialIntelligence #MachineLearning #VisionAI #Sustainability #FoodSecurity #GenerativeAI #VisualGrab

26 Julio 2026 à 21h28

Ver en LinkedIn →

WSTAR TECHNOLOGIES

linkedin

If you’ve been following the WSTAR journey, you know we’ve always been obsessed with building practical tech. Now, we’re taking it to the next level. 🚀 Over the last few months, our team of developers and engineers has been quietly bridging the gap between advanced scientific research and scalable, market-ready technology. We are moving beyond standalone projects and engineering robust solutions that optimize operations across multiple industries. As we update our page and expand our operations, here is a look at what we are currently building and shipping at WSTAR Technologies: 💡 AI & Healthcare: We are engineering specialized AI systems, including—our telemedicine agent driven by state-machine orchestration—to make healthcare access smarter and faster. 🌱 Agritech & Autonomous Hardware: We are testing sustainable, smart hardware integrations like PlantIQ, an automated agricultural management system powered by dual-microcontroller logic. ⚙️ Enterprise Automation: We are actively designing custom digital archiving and automation pipelines to help businesses streamline their corporate workflows. 📚 Educational Technology: We are continuing to empower university science students with Ace-Acad, our offline-first, intelligent academic study platform. We don’t just research the future of technology—we engineer it. Take a look at our newly updated LinkedIn page to see our full technical scope. If you are looking for custom engineering solutions or want to talk tech, our DMs are always open. Let’s build something impactful. 👇 #Engineering #SoftwareDevelopment #DeepTech #ArtificialIntelligence #HealthTech #Agritech #EdTech #TechUpdate #WSTARTechnologies

26 Julio 2026 à 21h09

Ver en LinkedIn →

Gilberto Velasco Castro

linkedin

Two months ago, I started an exciting new chapter as a Knowledge Transfer Partnership (KTP) Associate at Harper Adams University, working in collaboration with SANDFIELDS FARMS LIMITED (G's Group). The goal of this project is ambitious: to develop the world's first fully automated spring onion processing line by combining Digital Twin technology, advanced simulation, robotics, and industrial automation. It's an incredible opportunity to bridge academic research with real-world industrial challenges. In just two months, I've had the chance to learn and work with technologies I had never imagined using on a daily basis. From developing Digital Twin models and multiphysics simulations to exploring DEM, CFD, automation systems, control strategies, and robotics integration, every day has brought new technical challenges and valuable learning experiences. Beyond the technical side, this role has taught me the importance of problem-solving, collaboration between industry and academia, and approaching engineering challenges with creativity and perseverance. I'm incredibly grateful to Harper Adams University, Sandfields Farms, my supervisors (Marcelo Precoppe, Sam Wane), and everyone involved in the project for the opportunity and support. I'm looking forward to what the next months will bring as we continue pushing the boundaries of agricultural automation. #KTP #DigitalTwin #Automation #Robotics #Engineering #Simulation #Innovation #Agritech #ANSYS #CareerGrowth

26 Julio 2026 à 20h47

Ver en LinkedIn →

Pure Organic Farming Inputs POFI

@PurePofi

x

From Polish fields to African farms, the future of farming is organic and digital! Poland plans to increase organic farmland by 300,000 hectares over the next five years.... #Organic #Farming #BlockchainAgriculture #organicfarming #AgriTech #FarmTok #AfricanFarmers. https://t.co/TyqvdiUz7S

26 Julio 2026 à 20h19

Ver en X →

usmanismail

@usmanismaiojgc

x

#GreenhouseFarming #CucumberFarm #ModernAgriculture #GrowWithNature #FarmLife #FreshProduce #SustainableFarming #AgriTech https://t.co/22I8ta7Jfg

26 Julio 2026 à 19h25

Ver en X →

Akhilesh V S

linkedin

One of the things I enjoy most about engineering is exploring how existing technologies can be combined to solve practical problems. The fourth article in my Beyond the Blueprint series is about one such project-Design and Analysis of a Mango Harvesting Robotic Mechanism Attached to a Drone. The idea was simple: instead of using drones only for surveying or spraying, could they also assist in harvesting? That question led to exploring the design of a lightweight robotic mechanism that could be integrated with a drone while considering challenges such as weight, structural strength, stability, and the safe handling of fruit. The article isn't just about the final design. It's about the engineering decisions that shaped it-from CAD modelling and structural analysis to material selection and simulation. If you're interested in robotics, UAVs, or engineering design, I hope you find it an interesting read. I'd be happy to hear your thoughts and feedback. #BeyondTheBlueprint #MechanicalEngineering #Robotics #UAV #DroneTechnology #PrecisionAgriculture #AgriTech #EngineeringDesign #Innovation

26 Julio 2026 à 19h25

Ver en LinkedIn →

Afraem Ahsan

linkedin

Carbon Robotics' LaserWeeder G2 in Agriculture The most underrated AI revolution isn't happening in chatbots. It's happening in farm fields. The LaserWeeder G2 is now operating across 7 countries using lasers to eliminate weeds without a single drop of chemical herbicide. Think about what that actually solves: → Reduces dependency on harmful chemical pesticides → Cuts long-term soil and environmental damage → Scales precision farming to a level manual labor never could We talk a lot about AI in software, coding, and content. But some of the most meaningful AI applications are quietly transforming physical industries like agriculture industries that feed billions of people. This is what "AI for good" actually looks like in practice — not a slogan, but a machine doing real, measurable work in real fields. AgriTech is proving innovation isn't just for software anymore.

26 Julio 2026 à 19h19

Ver en LinkedIn →