Redes Sociales

Gilberto Velasco Castro

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

Pure Organic Farming Inputs POFI

@PurePofi

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

usmanismail

@usmanismaiojgc

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

Akhilesh V S

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

Afraem Ahsan

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.

Aspagrow A

🌾 How does Germany maintain high farm revenues with such a short growing season? Unlike tropical regions with year-round harvests, Germany faces a relatively short growing window and harsh winter months. Yet, it consistently ranks among the top agricultural producers in Europe. How do German farmers maximize profits when time and weather are working against them? The secret lies in high-yield efficiency, smart technology, and value addition. 💡 4 Key Drivers Behind Germany’s High Agricultural Revenue: 🔬 Precision Farming & AgTech: Because the growing window is short, every day counts. High-tech machinery, GPS-guided field operations, and AI-driven soil sensors allow German farmers to execute planting and harvesting with near-perfect timing and minimal resource waste. 🍓 Controlled Environment Agriculture (CEA): To extend the production window, greening technology and high-tech glasshouses are widely utilized. This allows high-value crops (like berries, tomatoes, and greens) to be grown efficiently even when outdoor conditions are unfavorable. 🧀 Focus on Value-Added Processing: Rather than selling raw, low-margin produce, German agriculture heavily integrates downstream processing. A significant portion of farm output is converted into dairy, meat, specialized grains, and organic processed foods, which command far higher market margins. ⚡ On-Farm Renewable Energy (Biogas): German farms don't just produce food; they produce energy. By utilizing farm waste, manure, and energy crops in biogas plants, farmers generate electricity and heat, creating a steady, year-round secondary income stream that offsets winter downtime. 🔑 The Takeaway for Global Agri-Tech: Efficiency and value creation beat climate limitations. When land and sunlight are limited, technology, automation, and smart business models step in to bridge the gap. 👇 What are your thoughts? How can emerging agricultural markets adopt these efficiency models to boost farmer incomes? Let’s discuss in the comments! #Agribusiness #SmartFarming #AgricultureTech #GermanAgriculture #PrecisionFarming #Biogas #AgriTech #Aspagrow

Sydney Taylor

@natalietats1

Yo community This is an aspiring AI engineer automating AgriTech Currently shipping ☕ Uk4j8xqbc7a0zvl

Hannah Rose

@paola_co0luga

Howdy world Introducing the communityOpen for freelancedriven problem solver engineering AgriTech Never stop building 💥 Wzei9ufx6srwc4y

Piper Reed

@Felipes48256408

Ahoy techies Meet a passionate digital creator crafting AgriTech Star my projects 📱 Wrtk70e8xiw4u9f

Abdelmouiz ROUKAS

Sortie pédagogique – ITCMI Staoueli avec l'ENSA (2024-2025) Visite de terrain à l'Institut Technique des Cultures Maraîchères et Industrielles (ITCMI) de Staoueli, dans le cadre de notre formation à l'École Nationale Supérieure Agronomique. Au programme : découverte des cultures sous serre (concombre, fraisier), des systèmes de conduite et de tuteurage, ainsi que des équipements techniques utilisés pour la régulation climatique en abris Field Trip – ITCMI Staoueli with ENSA Field visit to the Technical Institute for Market Garden and Industrial Crops (ITCMI) in Staoueli, as part of our training at the National Higher School of Agronomy (ENSA). On the agenda: exploring greenhouse crops (cucumber, strawberry), training and staking systems, and technical equipment used for climate regulation in greenhouses

TechDailyPost

@TechDailyPost

[AgriTech] Corteva Agriscience building Resilience for South African Grain farmers via @TechDailyPost #AgriBusiness #GrainFarmers https://t.co/vksdTG8Ddt

sanjida akter

Every learning experience becomes more meaningful when it is recognized. I'm delighted to share that I was awarded 2nd Prize in the Agent X AI Prompting Competition in Bangladesh, organized by NetCom Learning Bangladesh, powered by Microsoft, in collaboration with AI CERTs™. The Agent X program provided hands-on training in Microsoft 365 Copilot, AI Prompt Engineering, and AI Agent Creation, encouraging participants to develop practical AI solutions for real-world challenges. As part of this journey, I designed "PhytoCure", an AI-powered plant disease assistant that helps farmers, gardeners, and agricultural students identify plant diseases and receive simple, practical management recommendations in both Bangla and English. Receiving this award from our Honorable Vice-Chancellor, Professor Dr. Md. Abdul Latif sir, made the achievement even more memorable. I am sincerely grateful to the organizers, mentors, and everyone who supported me throughout this journey. This recognition inspires me to continue combining Artificial Intelligence with Plant Pathology to create innovative solutions for sustainable agriculture. #Achievement #SecondPrize #AgentX #ArtificialIntelligence #PromptEngineering #AIAgents #Microsoft #NetComLearning #PlantPathology #AgriTech #Innovation #SherEBanglaAgriculturalUniversity #ContinuousLearning

Prathamesh Kedar

Digital Agriculture Market worth $38.74 billion by 2033 Access My Report @: https://lnkd.in/dNjSScKV Significant Market Growth: The #DigitalAgricultureMarket is valued at USD 13.82 billion in 2026 and is projected to reach USD 38.74 billion by 2033, growing at a CAGR of 15.9% during the forecast period, driven by precision farming and smart agriculture investments. Primary Growth Drivers: Rising food demand, climate-smart farming, government support for precision agriculture, labor shortages, and increasing adoption of connected farm equipment continue to accelerate market expansion across developed and emerging economies. Technological Advancements: AI-powered analytics, IoT sensors, drones, satellite imaging, GPS-guided machinery, robotics, cloud platforms, and predictive analytics are improving crop productivity, resource efficiency, and farm decision-making. Shift in Consumer/Industry Preference: Farmers and #agribusinesses are increasingly adopting data-driven farming, automation, and sustainable agricultural practices to improve yields, reduce operational costs, and optimize water and fertilizer usage. Leading Segment Analysis: Precision farming remains the dominant segment with over 36% market share, while farm #management software is projected to be the fastest-growing segment, expanding at a CAGR of approximately 17.8% through 2033. End-User Analysis: Large commercial farms account for the largest revenue share due to higher technology investments, while small and medium farms are witnessing rapid adoption through affordable cloud-based digital agriculture solutions. Regional Analysis: #NorthAmerica leads the market through advanced technology adoption and strong agritech investment, while Asia-Pacific is expected to register the fastest growth owing to digital transformation, government initiatives, and expanding agricultural modernization. Competitive Landscape: Companies are focusing on AI innovation, cloud-based platforms, strategic partnerships, acquisitions, digital ecosystem expansion, and #smartfarming solutions to strengthen their global market position. Leading Key Players John Deere Bayer Crop Science Maghreb Syngenta Trimble Construction AGCO Corporation Corteva Agriscience Topcon Positioning Systems Hexagon's Agriculture Solutions Kubota Corporation Raven Industries Yara International IBM Oracle Saputo Inc. Farmers Edge Inc. Climate X Taranis How do you see AI and precision farming reshaping the future of global agriculture over the next decade? Download the full market report today to explore detailed forecasts, competitive intelligence, and emerging growth opportunities.

akram Khelifa mahdjoubi

🌱 Proud to present LeadFarm at USTO-MB On July 9, 2026, I had the opportunity to present LeadFarm during the visit of the ministerial commission to USTO-MB, as part of the “One University Degree – One Startup/Micro-enterprise” initiative. LeadFarm is an intelligent agricultural traceability solution designed to connect every agricultural product to its complete journey—from the field to the final consumer. The project combines: IoT-based field data collection Artificial intelligence for decision support Crop and disease monitoring Agricultural mapping Secure cloud data Analytics and dashboards QR-code product traceability Mobile access for farmers and consumers Our objective is simple: make agriculture more connected, transparent, intelligent, secure, and sustainable. Presenting the prototype, platform, and vision behind LeadFarm was an important moment for me. It was not only an opportunity to showcase the technical work, but also to demonstrate how artificial intelligence and digital technologies can solve real challenges in the agricultural sector. I would like to sincerely thank the USTO-MB Incubator, the Centre for Entrepreneurship Development, my supervising professor, the organizers, and everyone who contributed to making this presentation possible. This experience strengthened my motivation to continue developing LeadFarm and transform it into a real solution with measurable impact for farmers, agricultural businesses, institutions, and consumers. A project does not become valuable only because it is innovative. It becomes valuable when it solves a real problem. This is another step forward—but the journey is only beginning. 🚀🌿 #LeadFarm #Agritech #ArtificialIntelligence #SmartAgriculture #AgriculturalTraceability #IoT #Innovation #Startup #Entrepreneurship #USTOMB #Algeria #DigitalAgriculture #SustainableAgriculture #AIEngineer

SYSTINFO

Nous venons de supprimer la dernière barrière d'accès à notre assistant IA (Notre SystinfoBot.) 🌍 Depuis son lancement SYSTINFOBOT, SYSTINFO IA Assistant accompagne étudiants, agriculteurs et entrepreneurs burkinabè sur Telegram. Mais un constat s'imposait : tout le monde n'a pas Telegram, surtout dans les contextes où l'on travaille depuis un ordinateur partagé, un cybercafé ou un poste de bureau. Aujourd'hui, l'assistant est accessible sur simple navigateur : systinfo.org/chat Ce que ça change concrètement : ✅ Inscription en 30 secondes (email + code) — le compte suit l'utilisateur sur tous ses appareils ✅ 50 questions gratuites pour découvrir ✅ Parcours guidés : agriculture 🌾, orientation & études 🎓, prompt engineering ✍️, synthèses scientifiques sourcées 📚 ✅ Réponses en langues plusieurs langues nationales africaine : mooré, dioula, bambara, fulfuldé... Notre conviction : l'IA ne sera un levier de développement que si elle est accessible dans nos langues, avec nos moyens de paiement, sur nos équipements. C'est ce que nous construisons depuis le Burkina Faso, Ouagadougou. 🇧🇫 👉 Essayez : https://systinfo.org/chat - vos retours nous sont précieux. #IntelligenceArtificielle #BurkinaFaso #AfriqueDeLOuest #EdTech #AgriTech #InnovationLocale #IA

Rajveer Choudhary

Agriculture doesn't have an information problem. It has a trust problem Every day millions of farmers receive advice from different sources Some advice is useful Some is confusing Some reaches too late The result is simple A small mistake in the field can cost an entire season This is the reason behind building BKK Agritech Not to become another agriculture company But to build a system where the right information reaches the right farmer at the right time. We are still at the beginning of this journey There is a lot to build There is a lot to improve And there is a lot to learn But every meaningful organization starts with one decision: To solve a real problem That is exactly what we are trying to do. #Agriculture #AgriTech #Farmers #Startup #BuildingInPublic #BKKAgritech