Redes Sociales

Mariano Larrazabal

@agrobialar

Technology is often touted as the savior of much of the world’s current challenges, and agriculture is no […] The post How We Can Empower the Next Generation of Ag Leaders and Workers Thr... @GlobalAgTech #Agtech #Agritech  https://t.co/RVITrI3vD7

Savindu Thathsara

One plan before you plant a single seed In my last post I talked about the problem: Farmers often decide crops with incomplete information. So what is FarmSense AI? It is a simple idea with a serious goal. Help a farmer see a plan before planting: What crop fits the soil When to sow When selling may make more sense And one more thing many tools miss: Is everyone nearby planting the same crop? Because if a whole district grows the same thing, prices can crash at harvest time. FarmSense AI brings a few signals into one place: soil suitability weather fit price outlook demand / local oversupply awareness I am building it as my final-year Computing project at Northumbria University. Stack in plain words: a web app farmers can open on a phone an API that runs the logic a database that stores farms and plans machine learning models behind the ranking It is still a student project. It is not magic. It will not replace a farmer’s judgment. But it tries to replace guesswork with a clearer first answer. #Agritech #AI #StudentProject #ProductThinking #Northumbria

Dilip Pungliya

Eight voices. Eight perspectives. One clear message: Indian agriculture possesses immense potential; what it needs is stronger connectivity. By uniting farmers, scientists, FPOs, input dealers, traders, processors, and consumers, we can unlock new possibilities. The key lies in enhancing our connections through improved information, trust, technology, and market access. In our final article of the Voices From The Chain series, we will bring together these insights and explore how fostering a connected agricultural ecosystem can pave the way for a sustainable and prosperous future for India's food system. #VoicesFromTheChain #IndianAgriculture #AgriTech #FoodSystems #FoodSecurity #Impakt Ai4Agri AI and AgriTech Innovation Center (AIAIC) Ministry of Agriculture & Farmers Welfare, Government of India Ministry of Food and Agriculture ICAR- Indian Council of Agricultural Research Agricultural Research Council EU Agriculture and Food vinayak kashid Prashant Bodake Professor Bhagwan Jogi Dr. Amit Ashokrao Deogirikar Shivendra Pratap Rathore HARSHITA TYAGI Srinivas H. santosh sawardekar AgroFresh Arpit Mohapatra Om Prakash, Agriculture Expert WeatherCast Solutions Private Limited Saurabh Srivastava Avinash Salunke Anvay. Bhole Scanit Technologies, Inc. Shivaji Amale Vinayak Shedekar VISUAL ORGANIC AGROTECH PRIVATE LIMITED Akash Andhale Jagdish Chander Raina Surendra Rodge Umang Buddhdev Satsense Solutions Shivendra Pratap Rathore FAST Agritech Wing Commander Amarjit Singh Bindra Amit Raje Zahid Gawandi Gyanendra Shukla Dr Raghvendra Sandhikar Atul Panchal Dr. Prakash Mali

Kelvin Ndungu

What Can “Mambo No. 5” Teach Us About Agriculture? 🎶🌱 One, two, three, four, five… 🎺 If you grew up in the 90s or early 2000s, chances are you remember Lou Bega’s “Mambo No. 5 (A Little Bit of…)”. But here is the fascinating part: the song wasn't completely new. The original “Mambo No. 5” was composed by Cuban musician Dámaso Pérez Prado in 1949. Decades later, Lou Bega took that foundation, added a completely new generation of sound and lyrics, and turned it into a worldwide hit. That is a powerful lesson in innovation. Sometimes you don't have to reinvent everything. You have to take something that already works and make it work better for the next generation. That is part of what we are building at Global Agricultural Solutions. Africa already has farmers. Africa already has agricultural knowledge. Africa already has machinery and technologies. The challenge is connecting farmers to the right machinery, technology and solutions in a way that is affordable, accessible and practical. At Global Agricultural Solutions, we are working to make agrimachinery available to farmers—from walking tractors and planters to processing equipment, irrigation solutions and other technologies designed to improve agricultural productivity and reduce post-harvest losses. Just like Mambo No. 5 brought an old musical foundation to a new generation, we want to help bring agricultural technology closer to a new generation of African farmers. Old wisdom + new technology + accessibility = transformation. And maybe that's the real “Mambo No. 5” lesson: Don't just preserve what works. Make it move. Make it accessible. Make it reach more people. 🌍🚜 🎥 Follow Global Agricultural Solutions on YouTube: https://lnkd.in/dvxCSu_5 #GlobalAgriculturalSolutions #Agriculture #Agritech #FarmMechanization #AfricanAgriculture #Innovation #Farmers #Agrimachinery #FoodSecurity #MamboNo5 YCombinator Coach Sequoia Capital Benchmark Khosla Ventures Greylock Partners Lightspeed Kelvin Ndungu

Jmk Jaspe Mosini

@mosini11714

Être ingénieur ou scientifique ne signifie pas tout savoir. La formation nous donne la science et les outils d’analyse, tandis que l’exploitant agricole possède une richesse inestimable : l’expérience du terrain, souvent acquise au fil de plusieurs années de pratique. #AgriTech

robo dronetech

@RDronetech

🚁 How Drones Enhance the Importance of Organic Farming in Modern Agriculture Drones are transforming organic farming with precision crop monitoring, multispectral imaging, targeted pest management. https://t.co/I0IO9Pn47e #agritech #drone @djiglobal @SketchUp https://t.co/XqsLJnt0Xt

FORUM INTERNATIONAL DU DEVELOPEMENT DURABLE

#FIDD 2026 - Axe 5/7 : Innovation, Digitalisation & Solutions Durables Le FIDD 2026 est structuré autour de 7 axes thématiques couvrant les grands enjeux de la transition durable pour les acteurs publics, privés et institutionnels d'Afrique. Cinquième axe au programme : #Innovation, #Digitalisation & Solutions Durables, avec un objectif central : mettre la technologie et la créativité au service de la transition. Au cœur des débats : - Startups vertes, green tech et innovation pour le développement durable en Afrique ; - Intelligence artificielle, big data et IoT au service de l'efficacité énergétique et de la gestion des ressources ; - Digitalisation des processus industriels et agricoles pour réduire les impacts environnementaux ; - Énergies renouvelables, stockage de l'énergie et smart grids : état de l'art et opportunités d'investissement ; - Agritech, fintech verte et solutions numériques pour une économie inclusive et durable ; - Valorisation de la recherche et transfert de technologies durables vers le secteur privé. 📅 13 – 14 octobre 2026 📍 CGECI – Le Patronat Ivoirien, Plateau, Abidjan 🌐 www.forumfidd.com | contact@forumfidd.com #FIDD2026 #Innovation #Digitalisation #GreenTech #SolutionsDurables #DéveloppementDurable #AfriqueDeLOuest #TransitionDurable #Agritech Aminata BAMBA | Dr Aboubacar S. KANTE | Michael Tra Bi | Mohamed Cissouma | Nabou Fall | AFD - Agence Française de Développement | West African Alliance | African Development Bank Group | ENA - Ecole Nationale d'Administration | Texas A&M University | KAUST (King Abdullah University of Science and Technology) | Société Générale Côte d'Ivoire | Green Future Africa | PACJACI | The Pan-African Climate Justice Alliance (PACJA) | PACJA South Africa | Club Du Développement Durable De Côte d'Ivoire | PNUD en Côte d'Ivoire | OIT | BNDA Mali | Banque Malienne de Solidarité-BMS SA

Nigerian Youth Academy

@OfficialNiya_Ng

Meet Florence Sydney, Founder & CEO of Ahiaoma Technologies Ltd., and a beneficiary of the NiYA Startup 2.0 programme. Ahiaoma is building a digital marketplace that connects verified farmers and traders with households, retailers, restaurants, hotels, and other bulk buyers, https://t.co/m8pJ7TLATp

Luigi Mezzalira

A Bassano del Grappa sto recuperando un vigneto di Merlot di 50 anni rimasto abbandonato. Ma oltre alle forbici da potatura, tra i filari oggi ho portato una GoPro Hero 13 e un laptop. La vera sfida? Non volevo un sistema cloud costoso o dipendente dalla rete. Volevo sperimentare la Computer Vision pura sul campo (Edge AI), elaborando tutto in locale, a passo d’uomo. 🛠️ La pipeline "da battaglia" che ho testato: Video a 1.5m dalle viti: Ripresa della fascia chioma su entrambi i lati (A+B) lungo 12 filari. Cluster Detection & Calibrazione: Algoritmo geometrico per stimare il peso in grammi basato sul FOV della lente. Deduplica Spaziale A+B: Fusione dei dati per non contare lo stesso grappolo da entrambi i lati. I primi dati reali (Filari 3–12): L'algoritmo ha stimato circa 66 kg totali. L'intervallo di errore è ampio (±70%) perché ho usato un placeholder basato su spazio colore HSV, che impazzisce con le ombre e le foglie. Ma il punto è proprio questo: non cercavo una pesa da cantina, cercavo il proof of concept. Volevo una mappa visiva della variabilità per capire quali vecchie viti hanno energia e quali stanno ancora soffrendo l'abbandono. La parte divertente inizia adesso: Ora si passa dall'HSV a un modello di Object Detection etichettato custom (YOLO). Lo addestrerò a casa e poi lo comprimerò in INT8/ONNX per farlo girare in campo a bassa latenza su hardware leggero. L'Agritech non deve per forza nascere nei laboratori delle multinazionali. A volte bastano una cam, qualche riga di codice scritta bene e la voglia di sporcarsi le scarpe di fango per far rinascere un pezzo di storia. #Agritech #ComputerVision #EdgeAI #EmbeddedAI #Viticoltura #Merlot #GoPro #BassanoDelGrappa

Lakshya Malviya

What if India agricultural waste can become the packaging of tomorrow? We always talk about plastic pollution as a big environment problem. But I wanted to look at it from a different angle. Can entrepreneurship actually turn waste into a big opportunity? While doing some research on sustainable packaging in India I found some amazing examples of deep tech startups. 🌿 Bambrew is making sustainable packaging using bamboo, wood pulp and agro waste. 🍄 Dharaksha Ecosolutions is taking even more interesting approach. They use agriculture waste and mycelium based biology to make alternative of normal thermocol packaging. What makes this interesting is not just the technology. It is the core idea. A problem that looks like waste to one industry is becoming raw material for another! India generate so much biomass waste and companies are searching for alternative to plastic. The real opportunity is sitting right in between. But can these material actually scale? Can business adopt them even if initial cost is high? I wrote about all this in my latest article "Beyond Plastic: How Indian Startups are Using Agro Waste to Change Packaging" as a part of the E-Cell, IIT Bombay article challenge. Do you think bio packaging can realistically replace plastic and thermocol completely? Let me know your perspective in comments! 👇 #NEC2026 #IITBombay #Entrepreneurship #Startups #Sustainability #Innovation #IndianStartups #AgriTech #ClimateTech #CircularEconomy #Packaging

Dr NIJIL K

🌱 North Node’s First Research Project: Building a Resilient Food–Feed Ecosystem What if the future of food security isn’t about producing more—but using what we already produce much better? I’m excited to position this as the first research project of North Node: Food ➡️Feed ➡️Pet Nutrition ➡️Circularity ➡️Resilience Today, human food production, livestock feed, pet nutrition and food-waste management largely operate as separate systems. I believe there is an opportunity to connect them intelligently—without compromising quality, safety or nutritional standards. The research will explore a model where safe agricultural and food-processing co-products can be: Human food → highest-value use ⬇️ Safe by-products → feed ingredients ⬇️ Species-specific processing → livestock / poultry / aquaculture / pet nutrition ⬇️ Organic residues → compost / bioenergy ⬇️ Back to agriculture ⬇️ The bigger opportunity is resilience. During floods, droughts, crop failures, pandemics or supply-chain disruptions, the same infrastructure could potentially function as an emergency food and animal-feed network—helping reduce dependency on long supply chains while minimizing material wastage.🌱 The research questions are simple, but important: 🌱• Can shared processing infrastructure reduce production costs? 🌱Can food-processing by-products be safely converted into high-value feed ingredients? 🌱Can we reduce transportation, storage and disposal costs? 🌱Can a digital platform match available biological resources with their safest, highest-value destination? 🌱Can the model become an emergency-response network for both human and animal nutrition? This is not a proposal to turn “waste” into food or feed without controls. Safety, traceability, contamination testing, nutritional analysis and species-specific standards would be fundamental to the model. 🪼Now I’m looking for collaborators. I would love to connect with: Food scientists | Veterinarians | Animal nutritionists | Agronomists | Food-processing companies | Feed manufacturers | Pet-food companies | Researchers | Supply-chain experts | Sustainability professionals | Agri-tech founders | Investors# If you are working at the intersection of food, agriculture, animal health, nutrition, circular economy or climate resilience, I would genuinely like to hear your perspective. North Node is starting with a research question—not a finished answer. If we can bring the right minds together, perhaps we can build a system where less is wasted, production becomes more efficient, and food security becomes more resilient. Interested in collaborating, researching or investing in this direction? Let’s connect. #NorthNode #FoodSecurity #AnimalNutrition #PetNutrition #CircularEconomy #AgriTech #FoodTech #Sustainability #ClimateResilience #VeterinaryInnovation #ResearchAndDevelopment #FutureOfFood #Innovation

Agritech Digest

"The future of agriculture belongs to businesses solving problems across the value chain." — Gbenga Aladejebi While cultivation is the starting point, the most significant growth opportunities in agriculture lie beyond the farm. The industry requires practical solutions to post-harvest challenges—whether that means improving cold-chain storage infrastructure, streamlining transport logistics, or optimizing the processing of raw materials. To scale agribusiness in Africa, we must bridge these missing links. The most successful founders are not just growing crops; they are building systems that solve specific supply chain bottlenecks. Listen to this excerpt to hear Gbenga explain where these untapped opportunities are hiding. listen to the full episode via https://lnkd.in/eXuYEmYT? #AgritechFoundersDiary #AgriculturalValueChains #Agribusiness #SupplyChainSolutions #FutureOfAgriculture #AfriRica #Agripreneur

ISSAM BERRHAZI

🌫️ BRUMISATION EN SERRE HIGH-TECH HYDROPONIQUE : PILOTER LE MICROCLIMAT AVEC PRÉCISION Dans une serre hydroponique moderne, la brumisation ne consiste pas simplement à augmenter l’humidité. C’est un véritable outil de régulation du microclimat, lorsqu’il est correctement dimensionné et piloté. 🔬 PRINCIPE La pulvérisation de fines gouttelettes permet, par évaporation, d’évacuer une partie de la chaleur et de maîtriser les conditions autour du couvert végétal. Le pilotage doit intégrer : • Température 🌡️ • Humidité relative 💧 • Rayonnement ☀️ • Température foliaire 🍃 • VPD • Stade et densité de la culture 📊 EXEMPLE DE PILOTAGE À titre indicatif, pour une serre en période chaude : 🌡️ Air : 30–34 °C 💧 HR : 60–75 % 🍃 Température foliaire : surveillée en continu 🎯 VPD : maintien dans une plage adaptée à la culture 💦 Pression de brumisation : souvent 40–70 bar pour un système haute pression 💧 Gouttelettes : généralement de l’ordre de quelques dizaines de microns, selon les buses et l’application. ⚠️ Ces valeurs sont des ordres de grandeur techniques, et non des consignes universelles. Le dimensionnement doit être adapté au climat, à la culture, au stade végétatif et à la conception de la serre. 🎯 LE VPD : UN PARAMÈTRE CLÉ Une humidité élevée n’est pas automatiquement bénéfique. Une brumisation excessive peut favoriser la condensation, perturber la transpiration et augmenter les risques sanitaires. L’objectif est donc de maintenir un microclimat stable et adapté à la culture, en coordination avec la ventilation, les écrans, le chauffage et l’irrigation. ⚙️ EXEMPLE D’ARCHITECTURE TECHNIQUE Capteurs → automate climatique → électrovannes → pompe haute pression → réseau de buses → contrôle du microclimat. Sur une installation de 1 000 m², le débit total des buses doit être calculé à partir du nombre de buses, de leur débit unitaire, de la pression de fonctionnement et du besoin réel d’évaporation. ➡️ Le dimensionnement ne se fait donc pas simplement en fonction de la surface. 💧 QUALITÉ DE L’EAU Une filtration adaptée est indispensable pour limiter : • Colmatage des buses • Dépôts minéraux • Perte de pression • Maintenance excessive • Baisse des performances 🚀 NOS SERVICES Nous intervenons sur : 🔹 Étude & dimensionnement de la brumisation 🔹 Calcul hydraulique et choix des buses 🔹 Filtration & traitement de l’eau 🔹 Automatisation et contrôle climatique 🔹 Intégration avec irrigation et ventilation 🔹 Mise en service & optimisation 🌱 NOTRE APPROCHE Concevoir un système où l’eau, l’air, l’énergie et le climat sont pilotés ensemble pour créer les meilleures conditions possibles pour la plante. Serre intelligente = climat maîtrisé + données + précision + efficacité. 🌐 Découvrez nos solutions et services : www.hydrofarmexperts.com #SerreHighTech #Hydroponie #Brumisation #VPD #SmartGreenhouse #AgricultureDePrecision #AgTech #ClimateControl #GreenhouseTechnology #Irrigation #HydroponicFarming

Abdennasser El-wali

📌 Stade Floraison / Nouaison chez la Framboise : L'étape clé qui conditionne votre rendement ! En culture sous serre, la phase de floraison et de nouaison exige une vigilance agronomique de tous les instants. C'est à ce moment précis que se jouent le calibre, la fermeté et l'uniformité de la future récolte. 💡 3 leviers techniques indispensables à ce stade : • Pollinisation optimisée : L'activité des bourdons (Bombus terrestris) est essentielle pour garantir un taux de nouaison élevé et éviter la déformation des fruits. • Nutrition ciblée : Ajustement fin de la fertigation avec un accent particulier sur le Potassium (K) pour le grossissement, ainsi que le Calcium (Ca) et le Bore (B) pour la structure cellulaire. • Gestion du microclimat : Maintien d'une aération fluide pour réguler l'hygrométrie sous la serre, réduisant ainsi les risques de Botrytis cinerea sur les pièces florales. La maîtrise des détails techniques sur le terrain est le seul moyen de transformer le potentiel végétatif en haute rentabilité commerciale. 💬 Aux professionnels de la filière : Quelles sont vos priorités de gestion du climat sous serre durant les pics de floraison ? #Agronomie #Framboise #FruitsRouges #Berries #Hydroponie #AgricultureHorsSol #ConseilAgricole #Berkane #AgTech

Rashitha Jeewantha

Green Price 🌱 Farmers often make important decisions without having access to real-time market information. This can lead to low profits, oversupply, and unnecessary food waste. That’s why I developed Green Price; a smart platform that provides real-time market prices, supply updates, and price trend predictions to help farmers make better decisions. By connecting farmers with better market information, our goal is simple: increase farmers’ profits, reduce waste, and build a smarter and more sustainable agricultural sector. 🌱📊 Better Information. Better Decisions. Better Future. #GreenPrice #AgriTech #SmartAgriculture #Innovation #Entrepreneurship #Farmers #SustainableAgriculture #Technology #BusinessIdea

Will Holden CMILT

American University of Kurdistan, Duhok Kurdistan Iraq. I was honoured to be a VIP guest at today's CAPAi PitchFest final. While the Agritech team won 1st prize the rest of the teams were seriously impressive 👏 Bravo all.