Redes Sociales

Nasar Issa

@NascarIssa

Hot take. The least competitive SaaS market right now isn't AI. It's farm software. AgriTech competition score: 2/10 AI and ML competition score: 8/10 Everyone's building AI wrappers. Nobody's building for farmers selling direct to restaurants. https://t.co/wqYOk0DzI7

Andres Vilariño 🇪🇦

@andresvilarino

Making tough mountain agriculture easier and safer. Lynx M20 robots provide smart last-mile crop transport. via @DeepRobotics_CN #AgriTech RT! https://t.co/UxlGrf7X2z

DEMM Engineering & Manufacturing

The 2026 KiwiNet Awards finalists turning world-class research into global impact From breakthrough health technologies and smarter food production to clean-tech, agritech and space innovation, the 18 finalists in the 2026 KiwiNet Research Commercialisation Awards showcase the very best of Aotearoa New Zealand's science-led innovation. Representing universities, Crown Research Institutes, research organisations and innovative companies, the finalists are transforming world-class research into solutions creating new ventures, emerging industries, and lasting economic and societal benefit. https://lnkd.in/eU3C36gA

Synergîles Pôle d'Innovation de la Guadeloupe

[EKO TALKS] 🎬 Biomasse énergétique : Une transition dans la transition Vidéo intégrale disponible ici 👉 https://lnkd.in/e_8Emjgs Pour patienter avant l'édition 2026 des Rencontres EKO-INNOVATION, retrouvez l'intervention de Nicolas de Fontenay - Directeur de la zone Antilles Guyane - Albioma aux Rencontres EKO-INNOVATION 2025 organisées par SYNERGÎLES les 15 & 16 Octobre 2025. 🌳 En Guadeloupe, Albioma s'est engagé dans une transition énergétique en convertissant progressivement ses centrales thermiques vers la biomasse. Cette transformation vise à remplacer les énergies fossiles, notamment le charbon, par des combustibles renouvelables comme la biomasse, afin de réduire les émissions de gaz à effet de serre. La conversion des installations constitue ainsi une étape importante pour accompagner la Guadeloupe dans son objectif de développement d’une production d’électricité plus durable, tout en contribuant à renforcer l’autonomie énergétique du territoire. En 2026, cette centrale a achevé sa conversion au 100 % biomasse, mettant fin à l’utilisation du charbon. 🏭 Implantée en Guadeloupe depuis 1998, Albioma exploite notamment la centrale thermique du Moule, d’une puissance installée de 102 MW, qui représente environ 30 % de la production d’électricité de l’île. Elle utilise principalement de la bagasse issue de la canne à sucre, ainsi que d’autres ressources locales comme le bois forestier et le bois d’élagage, complétées par des granulés de bois certifiés. #Biomasse #Economiecirculaire #Guadeloupe #Energie #Transition #Ecologie

Mariano Larrazabal

@agrobialar

The company’s soil monitoring technology and carbon credit program will be introduced to the region with the help of local partners. The post Estonian AgTech Company eAgronom Expands to C... @GlobalAgTech #Agtech #Agritech  https://t.co/1GmWuBgKwH

IEEE Transactions on Agrifood Electronics

The next paper from our most recent issue is: Autonomous Deployment of Low-Capacity Drones as an Alternative to Large Agricultural Spraying Systems: An Energy Analysis Perspective By E. C. d. Santos; J. L. A. Rocha Small, low-capacity autonomous drones are compared against large agricultural spraying systems from an energy-use perspective, examining whether swarms of smaller drones could be a viable alternative. Read the full paper: https://lnkd.in/eckmgkPX Found this useful for your own work? Please consider citing it -- every citation helps support the researchers behind it. #AgriTech #AgriFoodElectronics #IEEE #Agriculture

Mohamed Mohamed zaky Gaboub

BTF Financial Strategy: Part 8 — Feed Cost Optimization via Sprouted Barley] 🌾🐄 ​In livestock and animal farming, feed costs typically represent up to 60-70% of total operational expenditure. In the Black Tiger Farm operational model, we neutralize this major cost risk through in-house Hydroponic Sprouted Barley Production. ​By growing high-nutrient sprouted barley directly on the farm, BTF drastically reduces reliance on expensive commercial feeds while boosting livestock health and productivity. ​💡 Key Financial & Operational Mechanics: ​Massive Cost Reduction: In-house barley sprouting reduces raw feed purchasing costs significantly, directly lowering daily farm OpEx. ​Superior Feed Conversion: Sprouted barley offers high digestibility and protein content, accelerating growth cycles for livestock and dairy cattle. ​Water & Space Efficiency: Hydroponic fodder requires minimal water and space while producing fresh green feed 365 days a year regardless of season. ​📌 Financial Impact: Saving up to 50%+ on livestock feed directly inflates net operational profit, securing higher dividend yield potential for all 106 crypto-share holders. ​📩 Want to examine our full feed-cost optimization model in the Whitepaper? Comment "BARLEY" below or send us a DM to secure Whitelist access! ​#BlackTigerFarm #Agritech #SproutedBarley #CostOptimization #RWA #RealWorldAssets #SustainableFarming #CryptoInvestment

Daniel Mnyani

There is a question I have been thinking about a lot lately: How do we move Africa from being primarily a consumer of technology to becoming a creator, assembler and owner of it? Tanzania has enormous potential in agriculture, logistics, mining and tourism yet most of the technology needed to transform these sectors is still developed elsewhere and imported as a finished product. At Lumor Technologies, I have been working through what that actually looks like in practice. Recently, I put together a proposal for agricultural drone services — pesticide application, crop monitoring, precision mapping for a government agency here in Tanzania. What struck me wasn't the technology itself. It was everything underneath it: training, maintenance, spare parts, local technical capacity. A drone delivered without that infrastructure is just an imported product with extra steps. That's the bigger opportunity I keep coming back to. Not distribution partnerships, but ones built around technology transfer, local assembly, technical training and eventually manufacturing. What technologies can we bring to Tanzania, localize, and build long-term businesses around? I'm increasingly interested in connecting with entrepreneurs, manufacturers and investors who see Africa's opportunity the same way not just as a market for technology, but as a future owner of it. #Africa #Agritech #DroneTechnology #Tanzania

Jamal N

@GreenFutureJT

Desertification is fundamentally a water infrastructure and agritech problem. COP17 must prioritize deployable solutions and operational water targets. I want land restoration to move from conference pledges to engineered systems. https://t.co/6mJ8X2ekoa

ilyass bjtit

🔎#Désinfection #des #mains 🧴 : permet de limiter la transmission des microbes et des maladies entre les personnes et les plantes. 💡#Code #d’#hygiène 📋 : définit les règles d’hygiène à respecter dans la serre afin de préserver la qualité et la sécurité du produit. Identification de la serre et de la parcelle 🔎 : permet d’assurer la traçabilité de la culture, de la variété, de la date de plantation et du nombre de plants. 💡#Traitement #phytosanitaire 🧪 : permet de suivre les traitements réalisés, les produits utilisés, les dates d’application et de vérifier le respect des délais avant récolte. 💡#Panneau #d’#information ⚠️ : permet de communiquer les consignes importantes aux travailleurs et de garantir le respect des procédures d’hygiène, de sécurité et de qualité. ♻️ #En #résumé : ces éléments jouent un rôle essentiel dans l’hygiène, la traçabilité, la sécurité et l’assurance qualité au niveau de la serre.🌏🌏 #ilyas #bjtit ----technicien production en valorisation de fruits rouges 🫡 #Management #l'#hygiène #Qualité

Alex Batsuev

@batsuev_es

Building an AgriTech Rover: Day 27 🚜 Aluminum work is done 🛠️ The frame is securely attached to the base,and all enclosures are installed. Time to assemble and wire up all internals 🤖 #Robotics #Engineering #Agritech #Hardware #OpenSource https://t.co/o6HPRb81QG

Alex Batsuev

@batsuev_es

Building an AgriTech Rover: Day 27 🚜 Aluminum work is done 🛠️ The frame is securely attached to the base,and all enclosures are installed ✅ Time to assemble and wire up all internals 🤖 #Robotics #Engineering #Agritech #Hardware #OpenSource https://t.co/dk5W3Jk5Qv

Alex Batsuev

@batsuev_es

Building an AgriTech Rover: Day 27 🚜 Aluminum work is done 🛠️ The frame is securely attached to the base, and all enclosures are installed ✅ Time to assemble and wire up all internals 🤖 #Robotics #Engineering #Agritech #Hardware #OpenSource https://t.co/q1q62dlrXv

Tech Naija

@zerotozobo

IFC SME Growth Accelerator Non-dilutive grant for scaling, revenue-generating SMEs in ANY sector (fintech, healthtech, agritech, edtech & more). https://t.co/b82gwLcLbP https://t.co/yyTx3MA8CT

Mona

@YuchengMona

Precision ridging needs reliable machinery. 🚜 Backed by YUCHENG INDUSTRY’s specialized manufacturing since 2008, our ridge-formers deliver consistent field results for global farms. Explore our full range: https://t.co/4LeKqLhEIT #Agriculture #Farming #AgriTech https://t.co/XoAEHtJN5w

Amna Kashaf

What if TRASH is just a RESOURCE in the wrong place? I started digging into food waste data and found this 👇🏻 That flatbread we throw away has 3 other lives. 1. Labs are turning it into compostable packaging. 2. Fish farms are fermenting it into cheap feed. 3. Beauty brands are grinding it into exfoliants. We don't need more food. We need better questions. #FoodScienceEvolved #CircularEconomy #FoodTechPK #WasteToWorth #FoodInnovation #Biotechnology #SustainableFood #ZeroWaste #FoodWasteSolutions #ScienceCommunication #FoodTech #PakistanInnovation #AgriTech #BioplasticRevolution #FutureOfFood #FoodScienceStudent #ExploringAIinFood