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IJARIT Research Foundation

📢 CALL FOR PAPERS | Volume 16, Issue 2 🌾🔬 International Journal of Agricultural Research, Innovation and Technology (IJARIT) Are you an agricultural scientist, researcher, or innovator looking for a high-impact platform to publish your groundbreaking research? IJARIT invites high-quality original research papers, review articles, and short communications for its upcoming issue (Volume 16, Issue 2). ✨ WHY PUBLISH WITH IJARIT? ✅ Peer-Reviewed & Indexed: Indexed/abstracted in leading academic databases, including DOAJ, Crossref, FAO-AGRIS, CABI, Google Scholar, BanglaJOL, and more. ✅ Global Readership: High visibility among agricultural researchers, academic institutions, and industry professionals worldwide. ✅ Fast & Transparent Process: Rigorous double-blind peer review and prompt publication turnaround. ✅ DOI Allocation: Every accepted article receives a unique Digital Object Identifier (DOI) via Crossref. 🌾 KEY SCOPE & FOCUS AREAS: 🍃 Agronomy, Crop Science & Horticulture 🔬 Soil Science & Plant Nutrition 🐛 Entomology, Plant Pathology & Crop Protection / IPM 🧬 Biotechnology, Genetics & Plant Breeding 💧 Agricultural Engineering, Irrigation & Climate Smart Agriculture 🚜 Agricultural Economics, Extension & Agribusiness 🐄 Animal Husbandry, Veterinary & Aquatic Resources 📌 SUBMISSION & IMPORTANT DETAILS: 🗓 Submission Deadline: 31 October 2026 🗓 Target Publication Date: 31 December 2026 🌐 Submit via portal: https://lnkd.in/gHJMFFFb 📧 Submit via Email: editor.ijarit@gmail.com / editor@ijarit.online 🌐 Journal Website: https://lnkd.in/g8jgJVCf 💡 Share this call for papers with your colleagues, research fellows, and academic network! #CallForPapers #AgriculturalResearch #ScopusIndexed #Agronomy #CropScience #Entomology #PlantPathology #Biotechnology #IJARIT #AcademicPublishing #ResearchPaper #AgriTech #SustainableAgriculture

AgriSciense

🏆 A proud moment for AgriSciense! We are thrilled to share that AgriSciense has been recognised at the NASSCOM AI Gamechangers Awards 2026  for our work in applying AI and advanced sensing technologies to address critical challenges in agriculture. 🌱🤖 This recognition is a reflection of the passion, persistence and collaborative spirit of our entire team working towards making agriculture more predictive, data-driven and sustainable. A heartfelt thank you to nasscom ai and the entire AI Gamechangers Awards 2026 team for recognising our work and creating a platform that celebrates meaningful AI innovation. And most importantly, a huge shoutout to our incredible team Sudip Sinha, Narendra kumar Soni, Tushar Chaudhary and everyone at AgriSciense, for continuously pushing boundaries and turning ideas into real-world solutions. 🙌 This recognition motivates us to keep building and scaling technology that can help farmers detect risks earlier, make better decisions and protect crop productivity. Onwards and upwards! 🚀🌱 #AgriSciense #NASSCOM #AIGamechangers #AIGamechangers2026 #ArtificialIntelligence #AgriTech #ClimateTech #SmartAgriculture #Innovation #Agriculture #AIinAgriculture #Sustainability

Stephen Paul S

3 DAYS. Autonomous Vehicle. Top 5. On September 2026, I had the opportunity to participate and secure among the Top 5 teams in the Resonance Hackathon, organized by SCOPE, alongside my teammates Aryaman Bhattacharjee R Kavin, and Rahul Yadav. Among 177 teams and 632 participants, we were shortlisted among the Top 5 teams in the Hardware Track. Our project was AESAR — Autonomous Ecosystem Scouting & Analysis Rover, an AI + IoT-powered agricultural robotics platform designed to move beyond conventional crop monitoring. The core idea was simple: Instead of looking at a crop in isolation, can we understand the ecosystem around it before deciding what intervention is actually required? AESAR combines: > Autonomous navigation and field exploration > Real-time field mapping and spatial awareness > Multi-angle crop imaging > AI-assisted pest and disease analysis > NPM (Non Pesticidal Management) Recommendation > Soil moisture and microclimate monitoring > Pest Defender Ratio (PDR) > Abiotic Microclimate Risk Index (AMRI) > Overall AESA (Agro Ecosystem Analysis) Report Instead, AESAR is being designed around a broader ecosystem-level assessment — considering pest pressure, natural defenders, soil conditions, and microclimate together before recommending an intervention. One of the biggest questions that emerged during development was: How do we observe the entire crop ecosystem when important information exists at different vertical layers of the field? Our next-stage research direction is therefore moving toward a multi-perspective sensing architecture. We are exploring the integration of: > 360° camera and sensor systems → to increase spatial coverage and capture observations beyond a single field of view. > Aerial drone subsystem → to complement the rover by observing the upper canopy/top layer of crops, where ground-based sensing can have limited visibility. > Ground–Aerial Data Fusion → combining observations from different heights, viewpoints and environmental conditions into a unified field representation. There is still a lot to validate: sensor fusion, autonomous coordination, vertical-layer correlation, reliable AI inference, energy efficiency, and real-world field deployment. The 48 hours themselves were a combination of hardware debugging, embedded systems, autonomous navigation, computer vision, AI development, integration failures, and plenty of last-minute problem solving. AESAR is now moving from a hackathon prototype toward a longer-term research and engineering project. More updates as we build the next version. Project: AESAR — Autonomous Ecosystem Scouting & Analysis Rover GitHub: https://lnkd.in/g-SY-Q8e Website: https://lnkd.in/gvsv_wVM Certificate: https://lnkd.in/gqNQwPJQ #Resonance #Hackathon #AgriTech #AgriculturalRobotics #AI #IoT #Robotics #ComputerVision #EmbeddedSystems #PrecisionAgriculture #SmartAgriculture #Innovation

Ernest KABLAN

🌱 𝗗𝗲𝘀 𝗻𝗼𝘆𝗮𝘂𝘅 𝗱'𝗼𝗹𝗶𝘃𝗲𝘀 𝗽𝗼𝘂𝗿 𝗰𝗼𝗻𝘀𝘁𝗿𝘂𝗶𝗿𝗲 𝗻𝗼𝘀 𝗳𝘂𝘁𝘂𝗿𝗲𝘀 𝗿𝗼𝘂𝘁𝗲𝘀 ? 🚗🇪🇸 Barcelone teste une innovation impressionnante : transformer les déchets de l'industrie oléicole en puit de carbone directement piégé sous nos roues ! 𝗖𝗼𝗺𝗺𝗲𝗻𝘁 𝗰̧𝗮 𝗺𝗮𝗿𝗰𝗵𝗲 ? Au lieu d'être simplement broyés, les noyaux subissent une pyrolyse (chauffés à haute température sans oxygène). Ils deviennent du biochar, un charbon végétal ultra-stable gorgé de carbone. Ce matériau remplace ensuite la poudre minérale (le filler) utilisée dans la fabrication du revêtement routier. 𝗣𝗼𝘂𝗿𝗾𝘂𝗼𝗶 𝗰'𝗲𝘀𝘁 𝘂𝗻𝗲 𝗿𝗲́𝘃𝗼𝗹𝘂𝘁𝗶𝗼𝗻 ? 1️⃣ Moins de CO2 : Jusqu'à 76 % d'émissions en moins sur les couches de chaussée concernées. 2️⃣ Carbone séquestré : Le carbone absorbé par l'olivier reste bloqué dans l'asphalte pendant des décennies au lieu de finir dans l'atmosphère. 3️⃣ Économie circulaire : L'Espagne produit 40 % de l'huile d'olive mondiale. C'est l'utilisation parfaite pour un gisement agricole massif ! 🧪 𝗣𝗿𝗼𝗰𝗵𝗮𝗶𝗻𝗲 𝗲́𝘁𝗮𝗽𝗲 : Après des tests en laboratoire très prometteurs, le matériau sera testé en conditions réelles dans les rues dès 2027, avec un suivi complet jusqu'en 2028 pour vérifier sa résistance au trafic et aux intempéries. 𝗨𝗻 𝗯𝗲𝗹 𝗲𝘅𝗲𝗺𝗽𝗹𝗲 𝗱𝗲 𝘁𝗲𝗰𝗵𝗻𝗼𝗹𝗼𝗴𝗶𝗲 𝗼𝘂̀ 𝗹𝗮 𝗻𝗮𝘁𝘂𝗿𝗲 𝗲𝘁 𝗹'𝗶𝗻𝗴𝗲́𝗻𝗶𝗲𝗿𝗶𝗲 𝘀'𝗮𝗹𝗹𝗶𝗲𝗻𝘁 𝗽𝗼𝘂𝗿 𝗱𝗲́𝗰𝗮𝗿𝗯𝗼𝗻𝗲𝗿 𝗻𝗼𝘀 𝘃𝗶𝗹𝗹𝗲𝘀 ! 🌍✨ #Innovation #Écologie #ÉconomieCirculaire #TransitionÉnergétique #Barcelone #Biochar #RoutesDuFutur #Décarbonation #Environnement #Climat #Agritech

Agripreneur

From Rice Husk Waste To ₹100+ Crore Business. Meet B.L. Bengani, founder of Indowud. Every year, millions of tonnes of rice husk are left behind after rice processing. He started using rice husk to create a wood alternative for #furniture and interiors. Today, Indowud is a ₹100+ crore #business, turning rice husk into products used in homes, offices, hotels, and commercial spaces across India. . Indowud says every 5,000 tonnes of production can help save 20,000 trees. Highlights: → Rice husk turned into a wood alternative → Chennai-based company → No trees cut for raw material → Waterproof → Termite resistant → Weather resistant → Recyclable material → ₹100+ crore business → 20,000 trees saved → Turning farm waste into value The biggest lesson from this story? Sometimes #waste is not the problem. Rice husk was once treated as waste. Today, it is being used to make #furniture, doors, and interior products. What agricultural waste would you turn into a business? 👇 ❤️ Follow Agripreneur for more inspiring stories from India's agripreneurs. #Agripreneur #Farming #AgriBusiness #StartupIndia #Agriculture #Agritech #MadeInIndia #RuralIndia #Agripreneurs #Farmer #AI #Technology #India #Agripreneurship #AgriStartup #SuccessStory #OrganicFarming #StartupStory #Entrepreneurship #EcoFriendly #Sustainability #Indowud #RiceHusk #Tree #Innovation #WasteToWealth

Adhil Nazim Nazeer

I recently had the incredible opportunity to participate in the Reboot Earth Hackathon organized by the FAO at Carnegie Mellon University in Qatar (CMU-Q). Our goal was to tackle agricultural challenges specific to arid climates by bridging hardware, AI, and geospatial data to optimize local farming. Here is a breakdown of the smart agriculture system we engineered: AI & Machine Learning: I focused heavily on the model architecture, fine-tuning a qwen3.5-4B LoRa model using Unsloth against a targeted 3,000-row dataset. We unit-tested this locally and integrated extensive agricultural research, including UN-FAO data, to adapt the model specifically for Qatar’s unique soil conditions. IoT & Hardware: We developed a solar-powered Arduino prototype utilizing an ESP32 for wireless WiFi connectivity. It currently uses a soil moisture sensor to capture real-time field data, which we plan to scale into a comprehensive 7-in-1 sensor array. Geospatial Dashboard: We built a dedicated web platform for farmers that ingests the real-time IoT data stream. It leverages GIS data to visualize soil health on geospatial dashboards, alongside detailed line graphs for unit space tracking. Intelligent Chatbot: To make the data actionable, we integrated an AI assistant that analyzes current soil conditions to recommend the optimal crops, suggest specific soil enhancements, and provide insights into current market demand. Building an end-to-end pipeline—from hardware sensors and streaming data to a fine-tuned LLM and a user-facing dashboard—was a fantastic challenge. I’m proud of how our solution empowers farmers with the intelligence needed to make data-driven, sustainable decisions. #RebootTheEarth #UNFAO #CMUQ #Qatar #DataScience #IoT #MachineLearning #SmartFarming #AgriTech #Unsloth #LLM #GIS

S Selvakumar

🚀 IPC at KLN College of Engineering, Madurai, India – TURNING STUDENT IDEAS INTO INNOVATION & ACHIEVEMENT! 🏆 🌟 DOUBLE SUCCESS FOR KLNCE IN NIMIRNDHU NIL HACKATHON 2025–26! 🌟 The Innovation Promotion Cell (IPC), K.L.N. College of Engineering, in collaboration with the Entrepreneurship Development Cell (EDC), proudly provided a platform for our students to transform their innovative ideas into impactful solutions and the result is a moment of pride! 🎉 🥈 2nd PRIZE – REVERSE THINKERS 💰 Cash Prize: ₹50,000 💡 Adaptive Small-Farm Harvesting Robot 🆔 NID: 9642 Team Members: • Sridharan N • Palanikumar G • Ramji N S • Vishnu Varthan T J 🏅 4th PRIZE – ELECTRO VERSE 💰 Cash Prize: ₹10,000 💡 AgroShield – Non-Harmful Bird Repelling System 🆔 NID: 6909 Team Members: • Vishwa M • Praveen • Ulaganathan K • Harshavardhan G K • Mohana Eswar J Both teams have demonstrated creativity, innovation, teamwork and a strong problem-solving approach, addressing real-world agricultural challenges through technology. 👏 Heartiest congratulations to both teams, their mentors and everyone who supported their innovation journey! 🌱 IDEAS → PROTOTYPES → COMPETITION → RECOGNITION This achievement showcases the continuous efforts of IPC @ KLNCE in nurturing the innovation and entrepreneurial spirit of our students. 🙏 Our sincere thanks to our management, Principal Sir, HoDs and everyone who supported us throughout this journey. 🙏 IPC conveys its heartfelt thanks to Dr. Arumai Ruban Joseph, DPM, EDII-TN, for his motivation, encouragement, guidance and support. 🎉 Two KLNCE Teams | Two Prizes | ₹60,000 Cash Awards | One Proud IPC Moment! 🎉 Proud of our Young Innovators! ❤️🚀 Regards, S. Selvakumar, Ph.D., M.I.E., M.I.E.T.E., Chief Coordinator, Innovation Promotion Cell (IPC) K.L.N. College of Engineering, Pottapalayam. #IPC #innovationpromotioncell #KLNCE #NimirndhuNil #Hackathon2025 #StudentInnovation #Innovation #ReverseThinkers #ElectroVerse #AgriTech #YoungInnovators #ProudMoment

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HariniSri Ragunathan

PECSAM URAN’26 – Certificate of Participation ✅ I’m happy to share that I participated in PECSAM URAN’26 – National-Level Inter-Collegiate Hackathon as a member of Team Smart Tech at Periyar Maniammai Institute of Science & Technology. During the hackathon, our team worked on a project called “Vivasaya Mithra”, a web application made to help farmers get useful agricultural information easily. Our main idea was to make the application simple for farmers who may not be familiar with using smartphones or different applications. The application starts with a voice-based interaction, where farmers can simply speak and ask what they need. They can ask questions related to crops, farming, and other agricultural needs. 🌱 Some of the main features include: 🗣️ Voice-based interaction 🌾 Crop and agriculture-related information 🌐 Tamil and English language support 💬 Answers in the language used by the farmer 👨‍🌾 Simple and easy-to-use interface Through this project, I got an opportunity to learn more about web development, AI, teamwork, and problem-solving while working on a real-world problem. It was a great learning experience, and I’m happy to have been a part of Team Smart Tech. 🚀 #PECSAMURAN26 #Hackathon #VivasayaMithra #AgriTech #ArtificialIntelligence #WebDevelopment #Teamwork #ProblemSolving #StudentInnovation

Laguparan Sivasothy

Two years ago, our team built an automated vegetable transplanting machine for our final-year project at the University of Moratuwa. Today I'm a mechanical design engineer, and the biggest lesson from that project came from the part that failed. 🌱⚙️ In Sri Lanka, many vegetable farmers still transplant seedlings by hand: ropes to mark the rows, manure to mark each spot, and long hours bent over the soil. Coming from farming families region, we wanted to change that. 🔧 How it works Nursery-grown seedlings are loaded onto a hexagonal tray, chosen through weighted concept scoring. The tray rotates and slides on a lead screw to position each seedling over the transplanter, which opens, lowers the seedling and plants it in the soil. The machine then moves itself to the next planting point. 🧭 How it navigates GPS, an IMU and wheel encoders combined through an Extended Kalman Filter, with four-wheel steering to switch rows. The control system runs on a Raspberry Pi 3B+ and an Arduino Mega, driving 6 motors. 🛠️ What we delivered ✅ A full-scale design (54-cell tray) and a lab-scale prototype (18-cell tray), modelled in SolidWorks ✅ FEA on both chassis to optimise section sizes and bracing ✅ A prototype we fabricated ourselves: lathe, milling, grinding, drilling, welding and laser-cut parts ✅ Seedling-drop accuracy improved to ~83% through iterative testing 👨‍🔧 My role I was responsible for the transplanting and steering systems, from research to design, calculations and fabrication: 🔹 Transplanting mechanism: reviewed existing transplanter designs, including a field visit to FMRC, then designed a slotted-arm mechanism that converts motor rotation into the motion needed to open, lower and plant each seedling. I calculated the force needed to penetrate the soil and the motor torque required. 🔹 Steering system: designed the four-wheel 90° steering that lets the machine move sideways between rows, calculated the torque needed to turn each wheel in the soil, and sized the wheels using a practical soil-sinkage test. 🔹 Fabrication: helped build the steering system and transplanter using lathe, drilling, welding and grinding. 💡 The lesson I still use every day During testing, our transplanter motor burned out. The calculations were correct. The problem was fabrication: the guide bars weren't perfectly parallel, and a welded motor mount was slightly off 90°. Those small errors created loads the motor was never designed to carry. Now, producing fabrication drawings for heavy-duty equipment, I think about that motor often. A design is only as good as its tolerances and how it's actually built. Thank you to my teammates Andrew Ferdinan and Rathees Thillainathan, and our supervisor Dr. Dumith Jayathilaka, for an unforgettable journey. 🙏 Engineers: what's a small fabrication error that taught you a big lesson? 👇 #MechanicalEngineering #AgriTech #Mechatronics #SolidWorks #UniversityOfMoratuwa

Shreyanck Dhumaskar

We’re excited to share that Team Trojan Horse has successfully cleared the internal round of Smart India Hackathon 2026 and will be moving forward to the next stage. Our project addresses Problem Statement 26032 (Software) under Smart Automation, focusing on improving agricultural procurement by reducing long waiting times, improving schedule visibility, and providing better tracking and transparency for farmers. From designing the system architecture and developing our prototype to presenting our solution before the evaluation panel, this milestone is the result of consistent teamwork, collaboration, and countless hours of effort. #SmartIndiaHackathon #SIH2026 #TeamTrojanHorse #SmartAutomation #AgriTech #Innovation #SoftwareDevelopment #Hackathon

Premier Tech | HORT

More than 30 years of collaboration are entering a new chapter. Premier Tech and Van der Knaap are joining forces, bringing together complementary expertise in growing media, coco products, organic fertilizers, and biological solutions. For greenhouse and CEA growers, this means deeper expertise, a wider range of solutions and expanded innovation capabilities, all with one goal: delivering greater value to growers. Discover what this alliance means for growers and how it is helping shape our approach to the future of controlled environment agriculture. 🔗 Read the full article: https://ow.ly/ElP150ZSglp * Plus de 30 ans de collaboration ouvrent la voie à un nouveau chapitre. Premier Tech et Van der Knaap unissent leurs forces et réunissent des expertises complémentaires en matière de substrats de culture, de produits à base de coco, d’engrais organiques et de solutions biologiques. Pour les producteurs en serre et en agriculture en environnement contrôlé, cette alliance signifie une expertise approfondie, une gamme de solutions plus vaste et des capacités d’innovation élargies, avec un même objectif : offrir davantage de valeur aux producteurs. Découvrez ce que cette alliance signifie pour les producteurs et comment elle contribue à façonner la vision de Premier Tech pour l’avenir de l’agriculture en environnement contrôlé. 🔗 Lire l’article complet : https://ow.ly/lHqs50ZSglw #cea #greenhouse #canadiangreenhouseconference #cgc2026

Insight Signals Systems

Download the Exclusive Sample Report 📘https://lnkd.in/dEB-za3b Get exclusive insights into the nursery stock market, valued at USD 25.3 Billion in 2025 and projected to reach USD 39.72 Billion by 2034, growing at a CAGR of 5.8% (2026–2034). #NurseryStockMarket #HorticultureIndustry #PlantNursery #PlantPropagation #GreenhouseTechnology #PlantBreeding #HorticulturalResearch #PlantHealth #SustainableHorticulture #AgriculturalInnovation #PlantSupplyChain #NurseryBusiness #HorticultureTech #PlantGrowthSolutions #UrbanGreening #LandscapeDesign #PlantTrade #Agritech #CropManagement #PlantNurseryTrends #AgriBusiness #PlantProduction #HorticultureSolutions #GreenTech #PlantCareTech #MarketResearch #IndustryInsights #AgriculturalInvestments #PlantIndustryUpdates #EmergingHorticulture

Geofhrey Mary

🎬 J-9. Le compte à rebours est lancé. Depuis plusieurs semaines chez EoleAR, nous préparons quelque chose de puissant. Une application inédite, pensée exclusivement pour l’agrivoltaïque. Un nouvel outil, une nouvelle façon d’aborder vos projets. Une technologie conçue pour répondre aux enjeux spécifiques de l’agrivoltaïsme. Et dans 9 jours, vous pourrez la découvrir pour la première fois. ⚡ AVANT-PREMIÈRE — CNFR 26 📍 7 & 8 octobre 📍 Parc floral de Paris 📍 Stand G21 Il reste encore quelques places pour venir nous rencontrer et découvrir l’application en avant-première. 📩 Pour réserver votre rendez-vous : geofhrey.mary@eolear.com 👀 Rendez-vous dans 9 jours. #CNFR26 #Agrivoltaïsme #Agrivoltaïque #EoleAR #AgriTech #Innovation #InnovationAgricole #EnergieSolaire #TransitionEnergetique #Agriculture #CNFR26

SAP NextStep Technologies

Based on Recent Analysis, the Imazethapyr Herbicide Market is Expected to Grow at a Healthy CAGR of 7.5% from 2026 to 2033 https://lnkd.in/dk5bKq_a #ImazethapyrHerbicideMarket #Agriculture #WeedControl #CropProtection #HerbicideIndustry #SustainableFarming #Agribusiness #CropYield #HerbicideMarketGrowth #Farmers #AgriculturalChemicals #ResistantWeeds #CropManagement #AgriTech #FarmingSolutions #MarketAnalysis #HerbicideDemand #GlobalAgriculture #CropProtectionProducts #FarmingInnovation

Tathmeer Agri Tech Centre

🎙️ In Conversation with Amin Jadavji, CEO of Elevate Farms Inc. Amin Jadavji shares insights on Tathmeer Agri Tech, vertical farming, innovation, and the future of sustainable agriculture. Amin Jadavji #TathmeerAgriTech #ElevateFarms #VerticalFarming #AgriTech #SmartAgriculture #SustainableAgriculture #FoodSecurity #Innovation

PlantZCare S.r.l.

[ENGLISH VERSION BELOW] Oggi inizia la Startup Academy 2026 di UniCredit Start Lab. 🌱🚀 Siamo felici di partecipare con PlantZCare a cinque giorni di confronto, apprendimento e crescita insieme a founder, investor, corporate ed esperti dell’ecosistema dell’innovazione. Dalla strategia e dalla comunicazione al dialogo con corporate e investitori, fino al fundraising e alla sustainable tech: sarà un’occasione preziosa per mettere alla prova ciò che stiamo costruendo, raccogliere nuove prospettive e continuare a far evolvere il nostro progetto. In PlantZCare stiamo sviluppando sensori indossabili per il monitoraggio continuo e in tempo reale dello stato fisiologico delle colture, con l’obiettivo di supportare decisioni agronomiche sempre più precise ed efficienti. Non vediamo l’ora di iniziare questa settimana a Milano. Grazie a UniCredit per questa incredibile opportunità! #UniCreditStartLab #StartupAcademy #UniCredit #PlantZCare #AgriTech 🟢🟢🟢 Today marks the beginning of the UniCredit Start Lab Startup Academy 2026. 🌱🚀 We’re excited to join the #StartupAcademy with PlantZCare for five days of learning, exchange and growth alongside founders, investors, corporates and experts from the innovation ecosystem. From strategy and communication to corporate and investor dialogue, fundraising and sustainable tech, this week will be a valuable opportunity to challenge what we are building, gain new perspectives and keep moving our project forward. At PlantZCare, we are developing wearable sensors for the continuous, real-time monitoring of crop physiological status, helping enable more precise and efficient agronomic decisions. Looking forward to an inspiring week in Milan. Thank you UniCredit for this fantastic opportunity! #UniCreditStartLab #StartupAcademy #UniCredit #PlantZCare #AgriTech