Social Media

MICHAEL MICHAEL🧑‍🌾

Simple #technology systems that can double a small farmer revenue this season... ​That sounds like a big claim, but if you have worked closely with farmers, you know where the real leak is. ​It is almost never on the field. Most farmers know how to grow good crops but their problem starts after harvest. ​A farmer can harvest fifty bags of grain, but because he has no good storage, no quick way to find direct buyers, and no cheap transport, he is forced to sell everything to the first buyer who shows up with cash. He takes whatever price he is offered just to clear his farm. ​That is how hard work turns into a loss. ​Having information on your phone is good, but information alone does not put money in the bank. You need simple systems that connect the harvest to actual cash. ​That means three basic things: ​1. Simple tools to track what you actually spend on the farm. ​2. Direct transport links so crops move to market quickly without spoiling. ​3. Direct connections to real buyers so middlemen do not eat up all the profit. ​When a small farmer puts these basic systems together, his income changes completely without buying expensive machines or complicated software. ​I will be discussing all of this live with Damilola Abisoye on The Yield Report. We are going to share practical ideas you can start using right away.... Please save your spot here: https://lnkd.in/egYmVbzB ​#Agribusiness #AgriTech #Climate #SmallholderFarmers #AgriFinance #Agriculture #Foodsecurity #Farming #SDGS

Nitinkumar Prajapati

🚀 Space The Next Big Opportunity in Space May Not Be in Space. It May Be on Earth. The Sector is entering an exciting phase of growth. 🌍🚀 We are seeing strong momentum in satellite technology, launch systems, space infrastructure, private participation and national space programs. But there is one question I believe the industry should ask more often: Why are we launching satellites? Not simply to put satellites into orbit. We launch them to solve problems on Earth. And that is where I see one of the biggest opportunities ahead. Today, significant attention and investment are going into the Upstream Space ecosystem—satellites, launch vehicles, payloads and space infrastructure. That is essential. But the next phase of the Space Economy must also accelerate the Downstream Space ecosystem. Satellite data can create tremendous value when it is converted into actionable intelligence for: 🌾 Agriculture & Food Security 🌦️ Climate & Weather Intelligence 🌊 Disaster & Risk Management 🏙️ Urban Planning & Smart Cities 🌳 Natural Resource & Environmental Monitoring 🛣️ Infrastructure & Asset Management ⛏️ Mining & Natural Resources 🛰️ Geospatial Intelligence & Location-Based Services The real question is: How do we convert satellite data into decisions, actions and measurable outcomes on the ground? For this, we need to build: Talent + Awareness + Applications + Industry Adoption + Entrepreneurship We need a new generation of professionals, researchers, startups and enterprises who understand both Space Technology and Ground-Level Problems. From my experience working across Earth Observation, Remote Sensing, GIS and AI/ML, I strongly believe that this is an area that deserves much greater attention. The next wave of the Space Economy will not be created only by those who build satellites. It will also be created by those who can turn satellite data into solutions that governments, industries, businesses and communities can actually use. The satellite is the beginning. The application is where the real impact begins. 🌍 I would love to hear from the SpaceTech community: 👉 Where do you see the biggest opportunity for Downstream SpaceTech in India over the next 5–10 years? If you are working in SpaceTech, Earth Observation, Remote Sensing, GIS, Geospatial AI, AI/ML, Agritech, ClimateTech, GovTech or other downstream applications, let's connect and exchange ideas for meaningful collaboration. #SpaceTech #DownstreamSpace #EarthObservation #RemoteSensing #GeospatialAI #GIS #SatelliteData #SpaceEconomy #NewSpaceIndia #IndiaSpace #DeepTech #AI #Agritech #ClimateTech #GovTech

Comedkares

🌱 Stronger Together. Building Smarter Agriculture. We’re excited to announce our collaboration with Krishikan as the AgriTech Domain Partner for Build 4 Karnataka Buildathon 2026. This collaboration brings together student innovation and real-world agricultural challenges to inspire technology-driven solutions for a smarter, more sustainable, and self-reliant agriculture ecosystem. Through this partnership, participants can explore opportunities to: 🌱 Drive AgriTech innovation 🤝 Learn from industry expertise and networks 🌍 Build sustainable solutions with real-world impact 💡 Turn ideas into solutions that can shape the future of agriculture Engineering minds. Real-world challenges. Innovation with impact. 📅 September 7, 2026 📍 Bengaluru 🔗https://lnkd.in/dAdAaX5N Let’s Innovate. Collaborate. Create Impact. 🚀 🔗 Krishikan Muralidhar Ponnaluri Ramesh Shankar Ph.D Gibson Manthopil Raj KANCHAM Sumesh Matada Udit Bagdai Adithi Hegde Poveraj Infant ERA Foundation India #Build4Karnataka #Buildathon2026 #Krishikan #AgriTech #AgricultureInnovation #StudentInnovation #EngineeringStudents #Hackathon #Innovation #SustainableAgriculture #TechnologyForGood #Karnataka

Food Business

@foodmagazineME

National Agriculture Centre holds interactive workshop for farmers from across Fujairah https://t.co/ZlDBQRvgxB #UAEAgriculture #UAEFarmers #SustainableAgriculture #FoodSecurity #PlantTheEmirates #UAEGAP #AgriTech #SmartFarming #Fujairah #Agriculture

FarmerKing AI

@Farmerkingai

Save water and maximize yields with AI-powered irrigation recommendations from FarmerKing AI. #SmartIrrigation #FarmerKingAI #FarmerKin#Agriculture #Farmers #AgriTech #AI #CropYield #SmartFarm #DigitalFarming #FarmLife #Innovation #Farming#FarmerKingAI #farmerlife #sanveegroup https://t.co/lkNExoKNMw

Dr.Pankaj Shukla

@drpankaj_shukla

किसान समृद्धि और आधुनिक खेती के नए आयाम.. तकनीक, नवाचार और समृद्धि का संगम @chouhanshivrajsingh #drPankajShukla #Gramya #Agritech #agriculture #ruralDevelopment https://t.co/UNqNZ5IrWB

Rizwana Barveen M

#AQuickTechnologyInsightOfTheDay: Mushroom harvesting is getting robotic! 🍄🤖 AI-powered robots use vision and soft grippers to pick, sort, and pack mushrooms with precision. Robotics is taking farming to the next level. #AgriTech #Robotics #Automation #SmartFarming #Agriculture #AI #FoodTech #Innovation #FutureOfFarming #Technology 👉 Connecting experts, building futures✨  https://fraymotech.com/ 👉 Join, Collaborate, and Grow 🎉  👍 Stay ahead with updates on #Tech,#WebDevelopment,#FutureOfWeb,#Innovation,and #DigitalTransformation #FraymoTechnologies #FraymoTech #Fraymo

Matija Zulj

ERP, CRM, BI, cloud and IoT systems are essential. They still do not describe what is happening in the field. This is one of the clearest architecture gaps in agri-food companies. Enterprise systems manage finance, procurement, customers, reporting and infrastructure well. Field technologies capture specific signals well. But the agriculture operating context often sits between them: crops, fields, blocks, work orders, agronomic plans, input use, grower networks, harvest expectations and production economics. That gap creates a real partner opportunity. AGRIVI does not replace the systems a partner already sells or implements. It adds the agriculture-specific foundation those systems need when the customer’s business depends on farms, growers or direct sourcing. For ERP and BI partners, field records can reach finance and reporting with less manual reconstruction. For IoT and sensor partners, device data can sit inside the operating context where teams can use it. For consulting firms, the technology can support process design, adoption and change inside real agricultural work. The best architecture conversation is not abstract. Pick one disconnected workflow in a customer account and trace where the data breaks between the farm operation and the enterprise system. That is usually where the first joint opportunity appears. #agritech #partnerships #agriculture #technology #digitalization

Global Data Stats

🌎 Top 10 Agriculture Supply Chain Management Companies by Revenue (2026) The global agriculture supply chain management industry is becoming increasingly important as agricultural businesses focus on improving procurement, inventory management, logistics, traceability, distribution, and end-to-end supply chain visibility. The market is being shaped by cloud-based supply chain platforms, IoT, AI-driven analytics, digital traceability, automation, blockchain, and growing demand for more efficient and resilient agricultural supply networks. Top 10 Agriculture Supply Chain Management Companies by Approximate Revenue (2026) Cargill, Incorporated (United States) – Approx. US$154.0+ Billion ADM Midland Company (United States) – Approx. US$80.3+ Billion Wilmar International Limited (Singapore) – Approx. US$70.4+ Billion Bayer AG (Germany) – Approx. US$53.0+ Billion John Deere & Company (United States) – Approx. US$45.0+ Billion Nutrien. (Canada) – Approx. US$28.0+ Billion Syngenta Group (Switzerland) – Approx. US$28.4+ Billion CNH INDUSTRIAL N.V. (United Kingdom) – Approx. US$20.0+ Billion AGCO Corporation (United States) – Approx. US$10.1+ Billion UPL Limited (India) – Approx. US$6.0+ Billion Why are these companies important in the agriculture supply chain management ecosystem? ✅ Agricultural procurement & sourcing ✅ Farm-to-market supply chain management ✅ Inventory & warehouse management ✅ Agricultural logistics & distribution ✅ Crop input supply chains ✅ Food & commodity processing ✅ Digital traceability & supply chain visibility ✅ AI, IoT & data-driven agriculture 💬 Which agriculture supply chain management company do you believe is best positioned to benefit from the digital transformation of global agricultural supply chains? Share your perspective in the comments. 📊 Curious to explore the Agriculture Supply Chain Management Market beyond the numbers? 🔗 Explore the Detailed Research: https://lnkd.in/d8AAaYFU 📊 Follow Global Data Stats for the latest company rankings, aerospace & defense intelligence, competitive analysis, market forecasts, industry insights, and strategic research across Aerospace & Defense, Aviation, Space, Automotive, Semiconductor & Electronics, Energy & Power, ICT, Healthcare, Chemicals & Materials, Packaging, and Machinery & Equipment. Note: Revenue figures are approximate and intended for comparative industry analysis. The ranking is based on overall company revenue for companies with significant participation in the agriculture supply chain management ecosystem; agriculture-SCM-specific revenue is not separately disclosed by many diversified companies. #AgricultureSupplyChain #Agriculture #SupplyChainManagement #AgriTech #AgriculturalLogistics #SmartAgriculture #DigitalAgriculture #FoodSupplyChain #AgriSupplyChain #AgricultureTechnology #MarketResearch #CompetitiveIntelligence #RevenueAnalysis #CompanyRanking #GlobalDataStats

SHARAD PAWAR INSPIRE FELLOWSHIP

@SPIFspeaks

Day 1 of Bootcamp 3 is underway for the #SharadPawarInspire Fellowship Our fellows are learning how to build investment-ready ventures with @SameerShaikh, Co-Founder of @FundEnable , 📊 Fundability Matrix 📈 Unit Economics & Financial Engines #AgriTech #Startups https://t.co/9Fe5nnmGZ1

Telangana Rising 2047

@TGRising2047

Hyderabad’s DeepTech is taking agriculture to the next level! @AkinAnalytics launches the indigenous NIKA2 Kisan Drone, empowering farmers with smarter, multi-purpose drone technology. From Hyderabad to global markets, Telangana’s innovation story is rising. #TelanganaRising https://t.co/b6ntlixTuI

Akshay Mali

@Akshaym1311

𝐑𝐞𝐯𝐨𝐥𝐮𝐭𝐢𝐨𝐧𝐢𝐳𝐢𝐧𝐠 𝐀𝐠𝐫𝐢𝐜𝐮𝐥𝐭𝐮𝐫𝐞 𝐰𝐢𝐭𝐡 𝐀𝐠𝐫𝐢𝐓𝐞𝐜𝐡 📥 𝐃𝐨𝐰𝐧𝐥𝐨𝐚𝐝 𝐑𝐞𝐬𝐞𝐚𝐫𝐜𝐡 𝐏𝐃𝐅: https://t.co/xzbYcVOrEw https://t.co/Jg2mcd9DKJ

AOR

@onituka_t

世界中に小規模事業者が大量に存在する。EUのAgriTech調査でも、世界の農場の5分の4が2ヘクタール未満で、小規模農家が世界の食料供給で大きな割合を占めるとされています。 https://t.co/HyTjahMG6u

Everything Design

Turning drone data into decisions. Some 3D explorations we've been working on visualizing how aerial scanning technology helps growers actually use the data they're collecting. A few of the use cases we brought to life: Turning every scan into insight helping growers monitor crops, spot risks early, and direct resources where they matter most Seeing beyond the visible measuring canopy density and plant growth in dense vegetation, without relying on manual observation Intelligence from above, clarity on the ground bridging aerial data with field-level decisions Precision agriculture isn't just about flying a drone over a field, it's about what happens with the data after. That's the story we wanted these renders to tell. #3D #AgriTech #DroneTechnology #CGI

Agrifirst - Farmers First

What if your protected cultivation project could move from paperwork to harvest in just a few months? For this colored capsicum grower, the journey with Agrifirst - Farmers First started with documentation and approval from the Horticulture Department. Agrifirst - Farmers First handled the file-passing process, followed by construction and installation. The structure was ready in around 40–45 days. Soon after, 5,000 colored capsicum plants were planted: 2,500 red capsicum plants 2,500 yellow capsicum plants Plantation started on August 6, and harvesting began from October 22 — around 80 days later. Today, the farm is producing around 2 tonnes of colored capsicum every month, with an average selling price of around ₹100/kg. This is what a well-planned protected cultivation project can look like when construction, crop planning and technical support come together. Planning a polyhouse or colored capsicum farming project? Explore how Agrifirst - Farmers First can support your journey from project planning to cultivation. Read the full farmer success story: 👉 https://lnkd.in/gCtQrUvY #AgriFirst #ProtectedCultivation #PolyhouseFarming #ColoredCapsicum #CapsicumFarming #GreenhouseFarming #Horticulture #ModernFarming #PrecisionAgriculture #IndianAgriculture #Farmers #AgriTech Abhishek Bhatt Shashank Bhatt Aman Kumar Shreyash Pandey Peeyush Pandey Harsh Barua Siya Santosh Arpit Kumar Ashutosh mishra Rajan Pandey Ankita Srivastava Agrifirst - Farmers First Sriyank Rastogi

ZaraiXchange

Pakistan Has Solarised Irrigation—But When Will It Make It Smart? New South Wales, Australia, has launched a A$1.4 million Smart Farming Program, covering 70% of eligible AgTech costs, up to A$35,000 per farmer. It supports soil and water sensors, drones, crop-monitoring systems and farm connectivity. But its most important feature is training before technology: farmers must first complete an AgTech workshop to assess their needs and learn how to use farm data. Pakistan should take note. Reuters estimated that Pakistan had around 650,000 solar-powered tube wells by 2025. Solarisation has reduced irrigation costs, but cheaper pumping can accelerate groundwater depletion when water use is not linked to actual crop requirements. The problem is not solar energy—it is unmeasured irrigation. Pakistan’s current model is largely: Solar panels → Pump → More water It needs to become: Soil moisture → Weather data → Irrigation decision → Smart solar pump Soil-moisture sensors can determine whether irrigation is needed, how long a pump should operate and whether watering can be delayed because of expected rainfall. Pakistan already has some relevant experience through IWMI’s soil-moisture sensor initiatives and locally developed precision-irrigation solutions. The bigger challenges are affordability, farmer training, rural connectivity and large-scale adoption. This matters because Pakistan’s agricultural census shows that farm households have increased from 8.3 million to 11.7 million, while average farm size has declined from 6.6 to 5.1 acres. AgTech designed only for large farms will therefore have limited national impact. A Practical Pilot for Pakistan Pakistan could connect 1,000 solar tube wells across selected districts in all four provinces with: • Soil-moisture sensors • Digital water meters • Local weather data • Crop-specific irrigation advice • Mobile guidance in regional languages Following the Australian model, government could finance 70% of the cost, while farmers, banks, agribusinesses or AgTech providers contribute the remainder. For smallholders, equipment could be offered through cooperatives, dealer-led services or pay-per-use models. After one crop cycle, the pilot should measure water saved, pumping hours reduced, yield impact and change in farm income. Pakistan does not merely need more agricultural technology. It needs an adoption system combining finance, training, connectivity and measurable results. Solar power has made groundwater more accessible. The next challenge is ensuring that every drop is used intelligently. Sources: NSW Government, Reuters, IWMI Pakistan and Pakistan Agricultural Census. #SmartFarming #SmartIrrigation #PakistanAgriculture #AgriTech