Réseaux Sociaux

Gabriel Stoian

Vorbeam zilele trecute cu un partener din afara țării despre produsele pentru agricultură care vin din #India și #China la niște prețuri „de nu îți vine să crezi”. Discuția mergea într-o direcție destul de clară: că noi, în #Europa, nu vom mai putea concura niciodată cu astfel de prețuri. L-am ascultat atent. Apoi i-am pus două întrebări simple: 1️⃣ De ce crezi că Profeco Agriculture vinde produse organice în India? 2️⃣ Crezi că acele produse foarte ieftine pot fi vândute în propriile lor piețe, acolo unde calitatea solului și siguranța alimentară devin priorități? A urmat un moment de liniște. Pentru că realitatea este aceasta: nu totul este despre #preț. Europa are standarde ridicate, iar #agricultura viitorului nu va fi definită doar de costul pe tonă, ci de sănătatea solului, calitatea alimentelor și sustenabilitatea producției. India, o țară cu o populație uriașă și cu presiune majoră asupra resurselor agricole, a înțeles un lucru esențial: 👉 dacă nu investești în regenerarea solului, nu vei putea hrăni populația pe termen lung. De aceea, investițiile în refacerea #fertilității solului devin strategice. În același timp, produsele foarte ieftine ajung de multe ori pe piețele unde prețul este primul criteriu, nu sănătatea #solului sau #sustenabilitatea. Noi credem altceva. Credem că performanța agricolă reală începe cu solul. Și că fermierii care gândesc pe termen lung înțeleg că randamentul durabil nu se construiește cu soluții ieftine pe termen scurt. Așa că, uneori, merită să ne punem o întrebare simplă: Ce costă mai mult pe termen lung: un produs mai ieftin sau un sol degradat? www.profeco.ro #agriculture #soilhealth #sustainablefarming #agritech #Profeco #agriculturefuture FOTO: DreamsTime / Samrat35

The Rocket Media

An Indian Startup just changed the way weeding was done in the farmlands! Harvested Robotics is pioneering accessible precision agriculture in India. The 2023 Hyderabad startup’s Rakshak AI laser weeder mounts on ordinary tractors like Swaraj, using deep learning and cameras for 90% accurate weed detection before zapping threats with 5mm precision lasers, thus eliminating chemicals and soil disturbance. Incubated at Mahindra University and backed by Anand Mahindra after a $580K seed round, it confronts core realities: herbicide overuse, labour scarcity, and sustainability pressures in a sector employing 46% of the population. This frugal innovation could slash weeding costs, boost yields, and democratise deep tech for smallholders, signalling India’s rising edge in eco-friendly agritech. A smart, impactful leap forward.

Priyanshu Rajput

KhetiCharcha – Day 40/90 🌱 Building an AgriTech Startup Without Venture Capital. In the startup ecosystem, many founders believe funding equals success. But agriculture works differently. Some of the most sustainable agribusinesses are built without venture capital, focusing instead on real value creation and steady growth. Here’s how an AgriTech startup can grow without VC funding 👇 1️⃣ Solve a Real Farmer Problem: Technology alone doesn’t build a startup. Start with problems like: • Low farm profitability. • Market access issues. • Post-harvest losses. • Inefficient supply chains. If you solve a real pain point, customers will pay for the solution. 2️⃣ Build Revenue From Day One: Instead of chasing funding, focus on building a revenue-generating model early. Even small cash flows validate your idea and help sustain operations. 3️⃣ Leverage Existing Ecosystems: Agriculture already has strong networks: 🚜 Farmer Producer Organizations (FPOs). 🚜 Agri retailers. 🚜 Mandis. 🚜 Farmer communities. Smart startups integrate into these systems instead of rebuilding them. 4️⃣ Start Small and Scale Gradually Agriculture is highly local and relationship-driven. Start with: • One crop. • One village. • One region. Then expand after proving your model. 5️⃣ Build Trust in the Field: In agriculture, trust is more valuable than capital. Farmers adopt solutions from people who understand their challenges and work alongside them. 💡 The Real Insight In AgriTech, patient growth often beats aggressive scaling. The strongest startups are built close to the field, close to farmers, and close to real problems. Do you think AgriTech startups should prioritize profitability over funding? Let’s discuss 👇 #KhetiCharcha #AgriTech #Agribusiness #AgriStartups #IndianAgriculture #StartupIndia #AgriEntrepreneurship #FarmInnovation #RuralInnovation 🌾

Abhishek Kulkarni

One thing working in agri-biotech constantly reminds me: Innovation only matters if it reaches the farm. It’s easy to get excited about breakthroughs in: - Labs - Greenhouses - Pilot trials But the real test is much simpler: Does it work reliably for a farmer who cannot afford uncertainty? Agriculture has very little tolerance for inconsistency. A single bad season can change livelihoods. That reality forces a different kind of thinking in this space - one that blends: - Scientific rigor - Practical reliability - Deep respect for end users Maybe that’s what makes agriculture such a unique innovation domain. It keeps you grounded. Every advancement here carries a quiet responsibility — to make science not just smarter, but dependable. . . . . . #Agritech #AgriBiotech #AgInnovation #SustainableAgriculture #FarmerFirst

Oumar Fanny CISSE

Un client. Une machine standard. Six mois. Résultat : immobilisation coûteuse, pièces introuvables, rendement en chute. C'est exactement pour ça qu'Ivorytech Engineering existe. Quand les contraintes terrain dépassent ce qu'un catalogue peut offrir, on repart de zéro : diagnostic sur place, conception CAO 3D, fabrication, assemblage, tests, mise en service. Chaque machine qu'on livre est directement exploitable. Pas un prototype. Pas un compromis. Le prochain projet est en cours. Suivez-nous pour voir comment il prend forme. #MachinismeAgricole #AgriTech #Ingénierie #BureauDEtudes #AutomatisationAgricole

Kaveri University

What Makes a University Truly Future-Ready? This question often comes up when distinguished academics visit a young institution. Recently, we had the privilege of welcoming *Harminder Singh Sidhu*, Former Dean of the College of Agricultural Engineering & Technology at Punjab Agricultural University, to Kaveri University and LK Singh, Associate Manager, ICRISAT During their visit, Dr. Sidhu explored several of our facilities — laboratories, smart classrooms, Digital Farming unit, the Drone Academy, the Tractor Technology Centre, Integrated Research Centre, and our agricultural research fields. What followed were insightful conversations with faculty and academic leaders on the future of agricultural engineering, mechanization, and technology-enabled farming. His reflections were encouraging. Dr. Sidhu appreciated: • The forward-looking vision guiding the university • The modern academic and AgriTech research infrastructure being developed • The strong industry–academia linkages that are shaping innovation and skill development Most importantly, he recognized the efforts being made to build a future-ready ecosystem for AgriTech education and research. He also acknowledged the visionary leadership of G. V. Bhaskar Rao, Honourable Chancellor, and Dr V. Praveen Rao, Vice Chancellor, whose commitment to advancing agricultural innovation continues to inspire the university’s journey. Visits like these remind us that universities evolve through dialogue, shared wisdom, and collaboration across generations of scholars. We thank Dr. Sidhu for his time, insights, and encouragement as we continue to build a new-generation AgriTech university focused on innovation, translational research, and real-world impact. #KaveriUniversity #AgriTech #FutureOfAgriculture #AgriculturalEngineering #InnovationInAgriculture #DigitalAgriculture #IndustryAcademia #HigherEducationLeadership #ResearchAndInnovation #NextGenAgriculture #FutureReadyEducation #AcademicCollaboration #DigitalAgricultureMission #StartupsIndia #PAU #ICAR #MoA&FW #AIinAgriculture #ViksitBharat2047 #StartUpIndia #BScAgriTech

AgroSpectrum

Join us in welcoming Dr. V. K. Kharche, Vice-Chancellor, Mahatma Phule Krishi Vidyapeeth, Rahuri, at AgroSpectrum Technovate 2026. His expertise in agricultural research and education will add valuable perspectives to conversations on innovation and sustainable farming. 📅 12–13 March 2026 📍 CIDCO Exhibition & Convention Centre, Navi Mumbai Save Your Complimentary Seat Now - https://lnkd.in/gsQH3Jim AgroSpectrum MMA Spectrum Foundation UPL Biotechnology Industry Research Assistance Council (BIRAC) Jitendra Kumar MIDC TAFE - Tractors and Farm Equipment Limited Maha Agro AgMatrix Ravi Boratkar Milind Kokje Manasee Kurlekar Vibha B. Kusum - Dipak Chavan Ankit Kankar Dipti Barve Poonam Bhosale Mandar Mohan More Rohit Sonwane #AgroSpectrumTechnovate #AgriTech #AgriInnovation #FutureOfFarming #AgricultureLeadership #AgriIndustry

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Adesoji Ojune

Planting a high-value crop is often the easiest part of the agricultural journey. The real "blood, sweat, and tears" in Nigerian agribusiness start the moment the harvest leaves the soil. Every day, millions of Naira in potential profit literally rot by the roadside. We see young, passionate farm owners struggling to transport perishable produce in non-refrigerated vehicles, only to have industrial offtakers reject half the load due to spoilage. These farmers are "hard planting," but they are failing to realize that moving food from the farm to the urban consumer is not a distribution headache—it is a specialized, billion-dollar digital architecture. The classic mistake is trying to be both the master producer and the master distributor. In 2026, the complexity of the food supply chain demands that we stop treating logistics as a post-harvest afterthought. A farm that relies on unverified drivers and "hope-based" delivery in 2026 is a fragile farm. The true value lies in Operational Continuity—the seamless integration of your production schedule with real-time market demand. This is why we are seeing the rise of the Agri-Ecommerce and Digital Supply Chain Manager. 1. Management of Agri-Ecommerce Platforms The "Digital Farm Gate" isn't a social media post; it is a structured ordering platform. A specialist in this role analyzes purchasing patterns from urban retailers and food processors. They ensure B2B customers don't just see a picture of tomatoes, but real-time data on predicted harvest volumes and delivery slots. They turn your field into a searchable, bankable inventory. 2. Optimizing the Cold Chain For perishable crops, the "Invisible Tax" of poor infrastructure is high. A dedicated manager ensures the Cold Chain Redundancy is active. They monitor internal temperature sensor logs in real-time and verify that third-party logistics providers are meeting global standards. They prevent catastrophic loss before the truck even leaves the gate. 3. Digital Farm-to-Market Delivery Using automated fleet management software, these specialists optimize delivery routes and provide B2B clients with precise, real-time tracking. When a processing plant knows exactly when your raw material will arrive, you become more than a farmer—you become a trusted supply partner. By shifting from manual distribution to a digital supply network, you reclaim your primary mandate: Strategic Growth. Reduced Waste: Smart logistics transforms a 30% post-harvest loss into a managed 2% variable. This is a direct increase in your profit-per-hectare without planting a single extra seed. Data-Driven Expansion: When you approach an investor, you don't just show them your crops; you show them historical data on your supply chain efficiency. Scalability: You cannot scale a person driving a truck, but you can scale a digital logistics department. #Agribusiness #SupplyChain #AgriTech #NigeriaAgric #PostHarvestLoss #SmartLogistics #ScaleUp #SystemsThinking

T57

@T57_ai

What if every farmer found a buyer on time? Smart trade platforms match surplus with demand in real time, so food moves, not rots, and farmers earn, not lose. T57 is making it happen https://t.co/pbbe2UOVmo #WhatIf #T57 #Agriculture #Agritech #AgriTrade https://t.co/S4q14MidrR

PlanetEye Farm-AI

@planeteyefarmai

Agriculture is rapidly transforming into a technology-driven sector, with new startups and companies bringing data, AI and modern business models to farming. #AgriTech #SmartFarming #DigitalAgriculture #FarmInnovation #AgriBusiness #PlaneteyeFarmAI

happhygreenz

@happhygreenz

We are proud to share that Happhygreenz has been featured in SiliconIndia’s Top 10 Agritech Solution Providers – 2026 This recognition reflects our commitment to advancing sustainable hydroponic farming and delivering nutrient-rich, pesticide-free produce for a healthier future https://t.co/lH2wELxPQT

ORF Mumbai

@ORFMumbai

Emerging #AgriTech platforms and initiatives such as AI4AI, ADeX, and AI-powered Bharat-VISTAAR are enabling market linkages, crop advisories, and digital credit access, supporting both smallholders and private enterprises: @Shruti794 https://t.co/7y9OI4bheQ

EPP VIETNAM COMPANY LIMITED

@EppFibc

Why Black Mulch Film? It’s Not Just for Looks! 🌱 🚫 No Light = No Weeds 🔥 Thermal Heat Trap 💧 Moisture Lock-in 📞 +84 986 002 888 ✉️ contact@epp.vn 🌐 https://t.co/dbyPqmmwli #EPPVietnam #BlackMulch #AgriTech #WeedControl #FarmingHacks https://t.co/LtQZhSFH1s

Nishanth I

Had a really engaging experience during the Drone Technology Training Session at Agricultural Engineering College and Research Institute, TNAU, Kumulur 🚁🌾 After attending many theoretical classes, I was honestly starting to feel a bit bored. This hands-on practical session completely changed that. Getting the chance to see drone components up close and even build a drone with our own hands made the learning experience exciting and much more meaningful. 🔧🚀 During the session, we learned many interesting things, including: 🚁 Introduction to Drones – their history, types, and how drone technology has evolved 🌍 Applications of drones in different industries, especially in agriculture ⚙️ Drone Components – understanding parts like the frame, motors, propellers, flight controller, batteries, and sensors 🛠️ Drone Assembly Workshop – step-by-step guidance on how a drone is built 🌱 Agricultural Applications – crop monitoring, spraying, and precision farming 📈 How drones can improve efficiency, sustainability, and innovation in agriculture This session also gave me a better understanding of the entrepreneurship potential in drone technology related to agriculture. The opportunities in this field are growing rapidly, and it was inspiring to see how technology is shaping the future of farming. 🌾📡 I would like to express my sincere gratitude to Dr. Raviraj Ayyavoo, Dean, Agricultural Engineering College and Research Institute TNAU KUMULUR , Dr. Padmanathan Kaliappan, Professor and Head, Department of Farm Machinery and Power Engineering, and Dr. Rathinavel ESR, Teaching Assistant, Department of FMPE, along with our college management, for organizing such a forward-thinking and skill-driven program. Special thanks to the trainer from Rc Hobby India for guiding us throughout the session and giving us practical exposure to drone technology. 👨‍🔧🚁 Really grateful to have been part of this experience and excited to see how drone technology will transform agriculture in the coming years. 🌱✨ #AgriTech #DroneTechnology #AgriDrones #PrecisionFarming #SmartFarming #HandsOnLearning #TNAU #FutureOfAgriculture 🚁🌾

M. Panji Pauzan. P

"Why the Future of Biotech R&D is Data-Driven" Di balik setiap eksperimen di laboratorium bioteknologi, terdapat jutaan baris data yang menyimpan kunci inovasi masa depan. Selama dua tahun terakhir bergelut di R&D tanaman sawit, saya menyadari satu hal krusial: Biologi kini telah bertransformasi menjadi ilmu informasi. Tantangan terbesar kita bukan lagi sekadar mengumpulkan data, melainkan bagaimana mengekstraksi nilai dari kompleksitas data tersebut untuk pengambilan keputusan yang lebih presisi. Hal inilah yang mendorong saya untuk mengeksplorasi lebih dalam bidang Data Analysis sebagai instrumen pendukung riset bioteknologi. Inilah sesuatu yang saya pikirkan mengenai mengapa integrasi keduanya sangat krusial bagi industri: 1. Decoding Genomic Complexity (Big Data) Analisis genomik menghasilkan dataset yang masif. Tanpa kemampuan computational tools dan algoritma data modeling, mustahil bagi kita untuk mengidentifikasi marka genetik unggul secara cepat. Di sinilah peran seorang Data Analyst menjadi vital untuk mengubah "data mentah" menjadi "insight biologis". 2. Predictive Analytics dalam Pemuliaan Tanaman Jika dulu kita harus menunggu bertahun-tahun untuk melihat performa tanaman di lapangan, kini dengan Predictive Modeling, kita dapat memprediksi potensi yield dan ketahanan tanaman terhadap cekaman abiotik lebih awal. Ini adalah efisiensi luar biasa bagi industri, terutama pada komoditas jangka panjang seperti kelapa sawit. 3. Optimasi Proses R&D Melalui Statistika Lanjut Data Science memungkinkan kita melakukan optimasi protokol laboratorium dan seleksi varietas dengan tingkat akurasi yang lebih tinggi. Dengan pendekatan Data-Driven, risiko kegagalan eksperimen dapat diminimalisir, dan alokasi sumber daya R&D menjadi jauh lebih efektif. 4. Visualisasi Data: Menjembatani Lab dan Boardroom Sebagai seorang peneliti, salah satu tantangan terbesar adalah mengomunikasikan temuan teknis yang rumit kepada pemangku kepentingan. Kemampuan visualisasi data membantu saya "menerjemahkan" angka-angka rumit menjadi narasi strategis yang mudah dipahami oleh pengambil kebijakan di industri. Bagi saya, menjadi seorang peneliti bioteknologi di era sekarang berarti harus mampu berbicara dalam dua bahasa: bahasa biologi dan bahasa data. Walaupun jalan menuju ke fase integrasi tersebut masih cukup panjang, tetapi saya percaya dunia akan semakin di-driven oleh teknologi, tidak terkecuali pada bidang bioteknologi. Saya sangat antusias untuk terus mengembangkan kapabilitas di bidang Data Science untuk membawa inovasi di sektor agritech ke level berikutnya.

Truentb Network

#CornHarvesterHeaders #IndustrialSlewingRingBearings #AgriculturalEquipment #HarvestingTechnology #FarmMachinery #AgricultureInnovation #HeavyMachinery #PrecisionFarming #AgriTech #MechanicalEngineering #IndustrialBearings #AgriculturalGear #FarmEquipmentSolutions #SlewingRingBearings #HarvesterParts #AgriculturalEngineering #FarmAutomation #MachineryMaintenance #AgriculturalManufacturing #HeavyEquipmentParts #FarmTech #IndustrialDesign #AgriculturalInnovation #BearingsMarket #FarmEquipmentIndustry #AgriMachinery