UK Agri-Tech Centre’s Post

Excited to announce a major milestone in my journey to transform agriculture with AI! With extensive experience in plant-microbe interactions, agricultural research, and high-throughput sequencing analysis, I am passionate about driving data-driven innovation in agriculture. Recently, I completed a six-month AI program with Fusemachines, where I had the incredible opportunity to design, lead, and bring to life “Smart Agriculture for Growth and Efficiency: Smart Farming Solutions”—a pioneering project addressing real-world agricultural challenges with AI-powered solutions. Through its four integrated sub-projects, this initiative addressed some of the most pressing challenges in agriculture: Crop Recommendation System: Providing targeted crop recommendations based on environmental conditions, this tool guides farmers in maximizing productivity while promoting long-term soil health. Plant Health Prediction: Using reflectance data on nitrogen, irrigation, and environmental factors, we monitored crop health to boost yield, ensuring efficient resource use. Soil Moisture Prediction: By predicting soil moisture accurately, we optimized water management and cut down on wasteful irrigation practices—essential for sustainable farming. Plant Pathogen Classifier: Detecting diseases early minimizes crop loss, giving farmers the data they need to apply sustainable pesticide practices only when and where they’re needed. I extend my gratitude to my project partners, Buddhi Sagar Poudel and Prayush Bhattarai, whose innovation, dedication, and expertise were instrumental in achieving our goals. Special thanks to our Teaching Assistant, Susan Ghimire, for his support and guidance, as well as to our lecturers and recitation instructors for their insights and contributions throughout this journey. A sincere thanks to Season Adhikari and Rojesh M. Shikhrakar for their seamless coordination and management of the course, which made this learning experience truly remarkable. I am also deeply grateful to Sameer Maskey for creating this transformative platform that empowers learners from different backgrounds like me to integrate AI with meaningful, real-world applications. This project has been a testament to my commitment to leveraging advanced technologies like AI to revolutionize farming practices. Looking forward, I am committed to further advancing the intersection of AI, cutting-edge agricultural research, focusing on sustainable, data-driven solutions to enhance agricultural productivity and resilience along with resource management. #AIinAgriculture #SmartFarmingSolutions #SustainableAgriculture #PrecisionIrrigation #DiseaseDetectionAI #CropHealthOptimization #AgriTechInnovation #FusemachinesFellowship #DataDrivenAgriculture 

🌱 Agritech is rapidly transforming agriculture, offering hope for increased resilience against climate change and rising global food demand. The AgriNext Conference 2024 presents a unique opportunity to showcase breakthroughs like AI-driven crop management, vertical farming, and robotic automation. Yet, scaling these innovations to small-scale farmers and traditional systems remains a significant challenge. Integrating cutting-edge technology into existing ecosystems is not just a technical hurdle—it's a strategic one. ❓ How can innovation leaders ensure technological adoption across diverse farming systems, especially for small-scale farmers, without creating additional complexity or dependency? 🤖 One approach is to prioritize scalable and modular design in agritech solutions. AI systems or robotics can be developed with tiered features, suitable for both high-tech farms and more resource-constrained operations. A focus on interoperability—ensuring technologies integrate with existing tools—can also ease adoption. Collaborating with local stakeholders and creating shared value models, like cooperatives or leasing arrangements, may further democratize access to these transformative tools. #AgritechRevolution #SustainableFarming #AIinAgriculture #VerticalFarming #ValueInnovation §1050

implemented YOLO (You Only Look Once) object detection on an agricultural dataset. By training this advanced algorithm on images of crops, pests, and farm equipment, I developed a model that accurately identifies and localizes various agricultural elements in real-time. This application of YOLO has significant potential to revolutionize precision farming, enabling farmers to monitor crop health, detect pests early, and optimize resource usage. The results demonstrate the transformative impact of integrating AI and computer vision into agriculture, paving the way for more efficient and sustainable farming practices. implemented YOLO (You Only Look Once) object detection on an agricultural dataset. By training this advanced algorithm on images of crops, pests, and farm equipment, I developed a model that accurately identifies and localizes various agricultural elements in real-time. This application of YOLO has significant potential to revolutionize precision farming, enabling farmers to monitor crop health, detect pests early, and optimize resource usage. The results demonstrate the transformative impact of integrating AI and computer vision into agriculture, paving the way for more efficient and sustainable farming practices. #Aimers #AI #Apsche

North Carolina Agricultural and Technical State University, the nation’s largest HBCU, is leading the charge in AI-driven agriculture with North Carolina State University and SAS. By integrating AI with precision farming, N.C. A&T’s research is revolutionizing sustainable practices, helping local farmers optimize yields and reduce costs. This innovative collaboration showcases how cutting-edge tech is transforming agriculture, benefiting both large-scale and small-scale farmers across the state.

🌾🚜 Revolutionizing Agriculture: Embrace Smarter Farming with Greensky AI 🌱💡 Step into a new era of agriculture where Greensky's cutting-edge AI technology empowers SMEs to cultivate success through precision farming. Get ahead with tools that harness real-time data and help make decisions that nurture crops, optimize resources, and foster sustainability. From soil analysis to crop health monitoring, our AI-driven solutions ensure every seed planted is an opportunity for growth. Utilize advanced analytics to improve yield quality while minimizing environmental impact. It's not just about growing crops; it's about growing the future. Join the movement of smart farming and watch your agricultural enterprise thrive in a sustainable world with Greensky AI. #SmartFarming #SustainableAgriculture #PrecisionAg #GreenskyAI #Innovation #SMEAdvancement #AIinAg #TechForAGreenFuture #AgriTech

At the forefront of transforming Indian agriculture, we at Amnex Infotechnologies are proud to be the Technology, Development, and Implementation Partner for the ambitious Digital Agriculture Mission, which encompasses AgriStack, Krishi DSS, Krishi Mapper, and DGES. From the creation of AgriStack, a farmer-centric Digital Public Infrastructure (DPI) to the Digital General Crop Estimation Survey (DGCES) for accurate yield estimates using advanced AI, data analytics, and remote sensing technologies – we are driving impactful change. With Krishi Mapper and Krishi DSS, we’re developing comprehensive geospatial AI systems for effective scheme implementations and near real-time monitoring of crops, soil, weather, and water resources. This collaborative effort with Central and State Governments and other key stakeholders underscores our leadership in driving innovation in the agriculture sector. #DigitalAgriculture #AgriStack #KrishiDSS #InnovationInAgri #AmnexInfotechnologies #Agritech #FarmersFirst #DGCES #KrishiMApper https://lnkd.in/dANcMM8x

This is an exciting world waiting to be discovered by us in South Asia where agriculture is considered dated, outmoded, behind the times and beneath educated minds to pursue. Being an ‘IT serf’ or ‘white collared’ slave is considered much more fashionable. However we believe there are smart kids out there who are exploring robots in agriculture in India. More power to them - there’s tremendous potential in the agriculture industry in future. Lots of interesting research to be done in this space.

The #agricultural landscape in #Brazil is now undergoing a profound transformation, driven by the rapid advancement of artificial intelligence (#AI) technologies. AI is helping address major challenges such as #climate fluctuations, pest pressure, and labor shortages in Brazilian #farming. It improves #crop monitoring and decision-making precision, optimizes resource use including irrigation and nutrition management, enhances pest and disease detection, and contributes to more sustainable and efficient agricultural practices. To gain insight into this revolution, AgroPages recently conducted in-depth #interviews with executives from four leading companies at the forefront of AI implementation in Brazilian agriculture. We had the privilege of speaking with: Bruno Masteguim Muller, Head of Digital Agriculture at Syngenta; Bruno Pavão, Chief Robotic Operations at Solinftec; Henrique Del Papa, COO & Co-Founder at Cromai; Johann Coelho, CEO & Founder of BemAgro S.A. These industry leaders shared their perspectives on the challenges facing Brazilian agriculture, the current applications of AI in the field, and their visions for the future of farming in one of the world's largest agricultural producers. #artificialintelligence #agriculture #precisionagriculture

The Future of Agriculture 82 This is the future of agriculture. Imagine a world where small, efficient robot machines seamlessly plough our farmland, transforming the way we cultivate crops. As seen in this video, this groundbreaking technology is revolutionizing traditional farming practices, combining precision, sustainability, and innovation. These autonomous machines promise to make farming more efficient, reducing labor-intensive tasks while ensuring optimal soil health and crop production. The integration of robotics into agriculture represents a giant leap forward, paving the way for smarter, more sustainable farming methods. The future is here,and it’s redefining how we grow the food that sustains us all. What should the younger generation do now: The younger generation should consider pursuing agricultural science courses with an emphasis on automation and innovation. Consider working with startups or companies specializing in AgriTech to gain real-world exposure.We should explore opportunities to start ventures in smart farming, whether it’s developing robot solutions, managing tech-based farms, or innovating supply chain models. What actions should the government be taking now: Government should revamp educational curriculums to include precision agriculture, automation, and sustainable farming. Government should also encourage collaboration between the government and tech companies to deploy scalable, cost-effective solutions for farmers. If you enjoy this type of content, follow me, Kenneth Obayuwana, for more insights. Please share or repost to help reach a wider audience. #thefutureofagriculture #agritechnology #precisionagriculture

“Developed through EOS Data Analytics’ pioneering efforts, “Remote Sensing Analytics in Agriculture 2023” reflects on the current trends and the dynamic shifts within the sector, driven by the advent of satellite-powered technologies. It serves as a testament to the company’s dedication to advancing precision agriculture and sustainable farming through cutting-edge satellite imagery and AI applications. Key highlights from the white paper include: Agricultural Trends and Market Overviews: A detailed exploration of the AgriTech market from 2022 to 2030, highlighting significant growth areas and technological adoption. Farm Practices through EOSDA Crop Monitoring: Analysis of data from over 242,000 users across 185 countries, providing a unique glimpse into the worldwide agricultural landscape. Global Adoption of Satellite Imagery Analytics: Insights into how farmers and agribusinesses worldwide are integrating satellite technology to refine crop monitoring and management. Technological Impact and Future Prospects: EOSDA leaders share the company’s plans for 2024 to answer the industry’s current challenges.”