Redes Sociales

Abdullah Al Mahmud

💧 More food per drop: GCC’s next big investment opportunity. In the GCC, water scarcity is not just an environmental challenge - it is driving one of the region’s most compelling profitable sustainability stories. As countries pursue food security, the competitive advantage is no longer access to land or water. It is the ability to produce more food, with less water, at lower environmental cost. Each GCC country is pursuing a different path: UAE: Leading in hydroponics, vertical farming, and controlled-environment agriculture. Saudi Arabia: Scaling investments in efficient irrigation, greenhouse farming, aquaculture, and desalination-supported food production. Qatar: Accelerating greenhouse agriculture and water-efficient food systems. Oman: Combining traditional water stewardship with modern irrigation and diversified food production. Kuwait: Focusing on protected agriculture and hydroponics to maximize water efficiency. Bahrain: Advancing wastewater reuse and urban agriculture to optimize limited resources. Across the region, three themes are attracting capital: ✅ Water-efficient agriculture (hydroponics, precision irrigation, vertical farming) ✅ Circular water solutions and wastewater reuse ✅ Desalination and climate-resilient food infrastructure Recent investment trends show growing public and private capital flowing into agritech, food security, water technology, and controlled-environment agriculture, supported by ambitious national strategies and regional sustainability goals. The investment thesis is simple: the future of agriculture in arid regions will not be determined by water availability, but by water productivity. The companies that help countries grow more food per drop of water will be positioned to capture long-term value across one of the world's fastest-growing sustainability markets. Investors: Which GCC water, agritech, or food security innovations do you believe will generate the strongest returns over the next decade? #Investing #Sustainability #ESG #Agritech #WaterTech #FoodSecurity #ClimateTech #Infrastructure #GCC #SaudiArabia #UAE #Qatar #ImpactInvesting #FutureOfFood #SustainableFinance

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SreeNandini Seshadri

How CropIn Digitized 250M+ Acres from Space (And Where Satellite AI Hits Ground Reality) 🛰️🌾 Monitoring millions of fragmented smallholder farms across global supply chains used to require massive armies of field agents. Pioneer CropIn 🌱 turned this operational nightmare into an enterprise SaaS model by leveraging satellite imagery, multi-spectral sensing, and AI. The CropIn Playbook: ☘️ Multi-Spectral Remote Sensing: Using satellite indices (like NDVI & NDRE), their engine tracks canopy chlorophyll levels, moisture stress, and crop performance remotely. Predictive Risk & Yield Models: AI models combine historical satellite data with weather forecasts to predict harvest dates, yield volumes, and climate risk scores for banks and insurers. B2B Enterprise SaaS: Instead of trying to monetize resource-constrained farmers directly, CropIn sells high-margin data subscriptions to enterprise buyers, exporters, and input manufacturers. The Catch as a Horticulture Graduate- Satellite monitoring works brilliantly for massive, uniform monoculture fields (wheat, corn, rice). But in Indian horticulture, satellite AI runs into serious biological bottlenecks: Pixel Mixing in Intercropped Plots: Fruits and vegetables are frequently intercropped or grown in small, dense orchards. A standard 10m x 10m satellite pixel averages the spectral signature of multiple crops, diluting AI accuracy. Monsoon Optical Blackouts: Heavy tropical cloud cover blocks optical satellites during peak monsoon season—precisely when fungal diseases (like downy mildew in grapes or late blight in potatoes) spread fastest. #Agritech #CropIn #SatelliteAI #RemoteSensing #SupplyChain #Agribusiness #Horticulture #SaaS

World Monitoring Center

@WMC_WORLD

Pakistan eyes Middle East, Africa, and Central Asia for robotics exports #Pakistan wants to be a global robotics powerhouse. At the Indus RAS Expo 2026, it showed off its next-tech solutions for warfare, agriculture, and industry. 💬 "To make Pakistan's robotics and autonomous

lets DYOR

@lets_DYOR

Smart farming is easy to describe from a stage. It is harder to make work across real farms. @dimitratech brought that infrastructure conversation to the FAO Global Conference in Rome. The useful question is what survives after the applause. Dimitra at the FAO Global Conference https://t.co/D61DSkstLX

Agtrustt

Farmers often lose money after harvest due to a few hidden factors that go unnoticed in daily operations. Storage gaps that reduce flexibility and control over produce quality. Price delays that lead to missed selling opportunities in the market cycle. Limited buyer reach that restricts access to better value and demand. These small inefficiencies collectively impact final profitability more than the harvest itself. 👉 Strengthen post-harvest decision making with AgTrustt 🌐 www.agtrustt.com #AgTrustt #AgriTech #DigitalAgriculture #SmartFarming #AgriBusiness #SupplyChainTransparency #FarmToMarket #AgricultureTechnology [Agri Supply Chain, Agri ERP, Smart Warehousing, Digital Agriculture, Supply Chain Management, Supply Chain Transparency, Inventory Management, Warehouse Management, Warehouse Automation, Smart Agriculture, Warehousing Supply Chain]

Somahorse.ai

Agriculture is not a niche in Africa. It's the ground the continent stands on. It employs more people than any other sector, feeds everyone, and is staring down a future of more mouths and more pressure. Yet it runs on almost none of the intelligence infrastructure modern economies take for granted. The financing gap alone — credit that should be flowing to farmers and isn't — runs into the hundreds of billions of dollars a year. That's one of the largest unsolved problems on earth, sitting in the one sector Africa cannot afford to get wrong. This is where talent and purpose finally met for us. The most important thing our engineers could build was never another app for another industry. It's the infrastructure that lets African agriculture finally work. Episode 5: what we're building, right now. #SomahorseAI #AgriTech #FoodSecurity #AfricaRising #FinancialInclusion #AIForGood

Bojjam Venkatesh

Re-Engineering Indian Farming: Why Nano Urea is the Future of Sustainable Agriculture 🌾✨ By [Bojjam. Venkatesh Patel ] The Indian agricultural landscape is undergoing a quiet revolution—one bottle at a time. For decades, the standard response to rising crop yield demands was simple: add more conventional granular urea. However, this strategy came with severe trade-offs: degraded soil health, excessive chemical runoff, high transport costs, and heavy import subsidy burdens. Enter Liquid Nano Urea—a breakthrough engineered to fix the fundamental inefficiencies of traditional agri-inputs. 1. The Power of High Absorption Efficiency 🔬 Traditional urea has a Nutrient Use Efficiency (NUE) of roughly 30%–40%. The rest escapes into the air or leaches into groundwater. Nano Urea particles (sized between 20–50 nanometers) are sprayed directly onto leaves, achieving over 80% absorption. 2. A Logistics & Supply Chain Miracle 🚚 Imagine replacing a heavy 45 kg bag of granular urea with a single 500 ml bottle. For logistics: Reduced transport weight, lower fuel usage, and simplified distribution to remote villages. For farmers: Less physical strain, easier storage, and reduced handling costs. 3. Boosting Farm Economics & Soil Health 👨‍🌾 Field studies show that combining balanced soil nutrients with Nano Urea foliar sprays can increase crop yields by ~8% while reducing reliance on bulk chemical urea. Healthy soil plus higher yields equals direct growth in farmer income. 4. Alignment with National Self-Reliance (Atmanirbhar Bharat) 🇮🇳 India imports millions of tonnes of conventional urea annually to meet supply gaps. Scaling up domestic Nano Urea production reduces import reliance, builds supply chain resilience, and reduces government subsidy costs. The Road Ahead Technology adoption requires continuous farmer education, drone/sprayer infrastructure access, and precise application training. As precision farming gains momentum, Nano Urea represents more than just a fertilizer choice—it’s a pathway to sustainable food security. What are your thoughts on nanotechnology's role in modern agriculture? How can we accelerate adoption among smallholder farmers? #Agritech #SustainableAgriculture #NanoUrea #IndianFarmers #InnovationInAgri #AtmanirbharBharat #PrecisionFarming

ISSAM BERRHAZI

🌍 L'expertise hydroponique au service de l'Afrique. Nous accompagnons les investisseurs, producteurs et entreprises agricoles dans la réussite de leurs projets hydroponiques : ✅ Études et conception de projets ✅ Serres High-Tech automatisées ✅ Fertigation et solutions nutritives ✅ Formation et accompagnement technique ✅ Audit et optimisation des exploitations ✅ Assistance au démarrage des projets Transformons ensemble l'agriculture de demain. 📩 Contactez-nous pour donner vie à votre projet en Afrique https://lnkd.in/eip6_w_r. #Hydroponie #Agriculture #Greenhouse #Agritech #Afrique #Serre #Fertigation #Consulting #HighTech #InnovationAgricole #HydrofarmExperts

PTV News

@PTVNewsOfficial

حکومت پاکستان جدید زرعی ٹیکنالوجیز متعارف کرا رہی ہے! حکومتِ پاکستان زرعی پیداوار، معیار اور برآمدات بڑھانے کے لیے فروٹ بیگنگ، فریز ڈرائنگ، اسپرے ڈرائنگ اور سولر ٹنل ڈرائرز جیسی جدید ٹیکنالوجیز کے فروغ پر کام کر رہی ہے۔ #AgriTech #PakistanAgriculture #PHDEC #ExportGrowth https://t.co/08srXrQXaK

Ashutosh Mishra

Sugarcane crop Pokka boeng मैनेजमेंट Conika and Maxyld spray Drone technology farmer - ajit kr ji #Dhanuka agritech #conika #maxyld #Sugarcane crop#

Our Daily News Online

@odnewsonline

AI-powered soil monitoring is helping Filipino farmers reduce fertilizer costs through precision agriculture. #AIPoweredSoilMonitoring #AgriTech ➡️: https://t.co/X6IKiFV8CL https://t.co/UXZwgnpNRa

Ashish Nigam

Climate change has evolved from being merely an environmental concern to a significant factor influencing strategic investment decisions in global agriculture. Factors such as rising temperatures, unpredictable rainfall, water scarcity, and extreme weather events are compelling agribusinesses to reevaluate their food production methods, supply chain management, and capital allocation. Investors are increasingly prioritizing companies that exhibit climate resilience through practices like precision agriculture, regenerative farming, biological inputs, digital technologies, efficient water management, and reduced carbon footprints. Sustainability has transitioned from a compliance necessity to a crucial indicator of long-term profitability and effective risk management. The organizations that will thrive in the coming decade will be those that can swiftly adapt, harness innovation, and establish resilient food systems capable of enduring climate uncertainties. For agribusiness leaders, the pressing question is no longer whether climate change will affect their operations, but rather how quickly they can adjust their strategies to maintain a competitive edge. #BASF #FMC #SYNGENTA #CORTEVA #UPL #FMC #SUMITOMO #ADAMA #NUFARM #AGCO #TRIMBLE #KUBOTO #IBMCORPORATION #DIGITALFARMING #AIAGRICULTURE #GLG #Guidepoint #AlphaSights #ThirdBridge #ColemanResearch #Capvision #Atheneum #NewtonX #Dialectica #proSapient #Tegus #Maven #DeepBench #Arbolus #SilverlightResearch #InexOne #Catalant #Zintro #ClarityFM #ExpertConnect #ExpertFile #AdvisoryCloud #PrimaryInsight #RidgetopResearch #Beroe #Aranca #AcuityKnowledgePartners #Evalueserve #SGAnalytics #MarketsandMarkets #FrostSullivan #GrandViewResearch #MordorIntelligence #FortuneBusinessInsights #IMARCGroup #ResearchAndMarkets #AlliedMarketResearch #GlobalData #Technavio #IDC #Gartner #Forrester #EverestGroup #LEKConsulting #OliverWyman #StrategyAnd #SimonKucher #Kearney #RolandBerger #ArthurDLittle #McKinsey #BCG #Bain #Deloitte #PwC #EY #KPMG #GLG #Guidepoint #AlphaSights #ThirdBridge #ColemanResearch #Capvision #Atheneum #NewtonX #Dialectica #proSapient #Tegus #Maven #DeepBench #Arbolus #SilverlightResearch #InexOne #Catalant #Zintro #ClarityFM #ExpertConnect #ExpertFile #AdvisoryCloud #PrimaryInsight #RidgetopResearch #Beroe #Aranca #AcuityKnowledgePartners #Evalueserve #SGAnalytics #MarketsandMarkets #FrostSullivan #GrandViewResearch #MordorIntelligence #FortuneBusinessInsights #IMARCGroup #ResearchAndMarkets #AlliedMarketResearch #GlobalData #Technavio #IDC #Gartner #Forrester #EverestGroup #LEKConsulting #OliverWyman #StrategyAnd #SimonKucher #Kearney #RolandBerger #ArthurDLittle #McKinsey #BCG #Bain #Deloitte #PwC #EY #KPMG #Agri #AgriBusiness #Agribusiness #AgTech #AgriTech #Farming #Farmers #Hydroponics #HydroponicFarming #VerticalFarming #ControlledEnvironmentAgriculture #PrecisionAgriculture #DigitalAgriculture #SmartFarming #RegenerativeAgriculture #SustainableAgriculture

Bhumi Agro Industries

🌧️ Don’t Let Rain Wash Away Your Crop Protection Investment! Every year, farmers spend thousands of rupees on crop protection sprays. But a sudden rainfall after spraying can reduce the effectiveness of those applications, leading to repeated sprays, higher costs, and lower productivity. This is where a high-quality Silicon Spreader makes a real difference. At Bhumi Agro Industries, our Silicon Spreader is designed to: ✅ Improve the spreading and uniform coverage of spray droplets. ✅ Increase adhesion of the spray solution on leaf surfaces. ✅ Reduce spray runoff and wastage. ✅ Enhance the efficiency of pesticides, fungicides, insecticides, and foliar nutrients. ✅ Help improve spray performance even when weather conditions are challenging. 🌱 Why is it a cost-effective decision for farmers? Instead of increasing the dosage of expensive agrochemicals, using a quality silicon spreader helps maximize the effectiveness of every spray. Better coverage means better utilization of the product, which can reduce unnecessary repeat applications and improve overall crop management. During the rainy season, every spray matters. Choosing the right adjuvant can make the difference between an effective application and a wasted investment. At Bhumi Agro Industries, we are committed to providing innovative, farmer-focused solutions that deliver value in the field. 💚 Smarter spraying. Better coverage. Greater efficiency. #BhumiAgroIndustries #SiliconSpreader #CropProtection #SmartFarming #Agriculture #FarmInnovation #RainySeason #Adjuvant #SustainableAgriculture #FarmersFirst #AgriTech

Sharmada Subramani

I had the opportunity to attend Launch Pad, an exciting startup pitch event focused on AgriTech and AI Tech, where innovative entrepreneurs presented their ideas to investors and industry experts. The event provided valuable insights into how technology is transforming agriculture and businesses through AI-driven solutions. Listening to the founders and investors discuss innovation, scalability, and investment strategies was both inspiring and educational. One of the biggest takeaways for me was that successful startups are built by identifying real-world problems, embracing innovation, and creating solutions that generate meaningful impact. Grateful to GRG Gen NXT and the Coimbatore Founders Circle for organizing such an enriching platform that encourages innovation, entrepreneurship, and startup growth. Looking forward to applying these learnings in my own entrepreneurial journey! #LaunchPad #Startup #Entrepreneurship #AgriTech #AITech #Innovation #Investment #BusinessLeadership #Learning #GRGGenNXT #CoimbatoreFoundersCircle #MBAJourney #FutureEntrepreneur GRG Gen Nxt Incubator

OrcaDeep

🌱 SmartAgroClimate — Building the Future of Data-Driven Agriculture At ORCADEEP, we are developing SmartAgroClimate, an intelligent agricultural platform designed to help farmers, agronomists, and agricultural professionals make better decisions by combining climate data, satellite intelligence, AI, and agroclimatic modeling. Our platform is powered by a large climate database containing hourly historical weather data from 448 meteorological stations covering 10 countries across the MENA and Mediterranean regions. 🌍 Advanced Climate Intelligence Real-time and historical climate analysis at hourly, daily, monthly, and yearly scales. Climate spatial interpolation using multiple parameters: Temperature Wind speed Humidity Precipitation Drought indicators (SPI, SPEI, RDI) Continuous climate mapping to estimate conditions even in areas without direct weather stations. 🌱 Crop Growth & Phenological Modeling Monitoring plant development stages using advanced models based on: Chilling hours accumulation Heat accumulation (GDD/GDH) Understanding crop evolution according to climate conditions. Supporting harvest period estimation and better agricultural planning. 🛰️ Satellite-Based Crop Monitoring Analysis using NDVI, NDWI, NDMI, and LST indicators. Monitoring vegetation health and environmental stress. 🤖 AI-Powered Agriculture Plant disease and deficiency detection from images. AI agricultural assistant specialized in crops, agroclimatology, irrigation, and climate-based decisions. By combining big climate data, AI, satellite observations, and crop models, SmartAgroClimate transforms complex environmental information into actionable insights for smarter irrigation, optimized fertilization, early disease detection, and more accurate crop forecasting. 🚀 We are currently presenting each module of SmartAgroClimate step by step. Which feature would you like to discover first? 🌱 Crop growth models 🤖 AI plant disease detection 🛰️ Satellite monitoring 🌍 Climate interpolation & drought analysis 💬 AI agricultural assistant Share your opinion in the comments — we would love to discuss the future of intelligent agriculture with you. #SmartAgriculture #AgriTech #PrecisionAgriculture #ClimateSmartAgriculture #ArtificialIntelligence #SustainableAgriculture

Keisha Greens Pvt. Ltd.

Water management is becoming one of the biggest competitive advantages in modern agriculture. Many greenhouse owners invest in advanced structures, irrigation systems and quality planting material. An equally important investment is ensuring a dependable water source. Rainwater harvesting transforms seasonal rainfall into a planned resource that supports crop production throughout the year. The long-term advantages go beyond water storage: → Reduces pressure on groundwater resources. → Improves resilience against irregular rainfall patterns. → Provides a dependable water source for irrigation after proper filtration and storage. → Works seamlessly with automated fertigation systems for precise water application. → Supports efficient resource management, helping improve operational efficiency over time. As greenhouse technology evolves, success will depend not only on growing better crops, but also on managing natural resources more intelligently. The farms that plan for tomorrow's water needs today will be better positioned for sustainable growth and long-term profitability. Let's build your complete self-sustainable farm. #Greenhouse #ProtectedCultivation #RainwaterHarvesting #WaterManagement #SustainableAgriculture #SmartFarming #PrecisionAgriculture #Horticulture #Agritech #KeishaGreens