The Simpson Centre’s Post

Where there's technology, I'm there! This week, I had the honor of participating in #Agrishow, the biggest agricultural technology event in Latin America. At Agrishow, we see the most technological advancements in the agriculture sector, including smart equipment, precision sensors, short and long-distance remote control, IoT, AI/Machine Learning, and a diverse array of technologies designed to streamline operations and drive innovation in agriculture. In this universe, Telecom plays a crucial role in enabling connectivity in rural areas, bridging the digital divide, and providing farmers with access to essential services such as market information, financial transactions, and remote consulting with agricultural experts. Through initiatives like 5G deployment and satellite internet, telecom companies can expand their reach to even the most remote agricultural regions, empowering farmers with the tools they need to thrive in today's digital age. Learn Amazing, #DoAmazing. #agrishow #agrishow2024 #agro #telecom #nissan #makeitamazing #liveamazingdoamazing

🌱 Unlocking the Future of Agriculture with Digital Twins 🌱 In today's rapidly evolving agricultural landscape, innovation is the key to sustainable growth. One of the most transformative technologies making waves is the concept of Digital Twins. A Digital Twin is a virtual replica of a physical entity – in this case, an entire farm. By harnessing the power of IoT sensors, data analytics, and AI, farmers can create a comprehensive digital representation of their fields. This allows them to monitor and simulate real-world conditions in real time, leading to smarter, data-driven decisions. Digital twins are revolutionizing agriculture by making it more precise, sustainable, and resilient. Adopting such innovative technologies is beneficial and essential as we continue to face global challenges such as climate change and food security. Read our blog post to learn more about how digital twins are changing agriculture: https://lnkd.in/dxgUc9Cc 🌾🚜 #Agritech #DigitalTwins #SustainableAgriculture #Innovation #SmartFarming #saiwa

🔬 Advancing Small Ruminant Research: Introducing Validated IoT Methodology: Excited to share our latest technical white paper on automated data collection and validation in small ruminant research. After extensive validation studies with leading research institutions, we're seeing remarkable improvements in research efficiency and data quality. Key findings from our validation studies: 📊 99.8% measurement accuracy (±0.1kg) ⚡ 70% reduction in labor requirements 🔄 80% improvement in process efficiency ✅ 90% reduction in data collection errors Checkout more Details on this Article: https://lnkd.in/gDHRCXRg We have a White paper Coming up so Look forward to it as well. We're committed to advancing animal science research through validated technology. If you're involved in small ruminant research, we'd love to hear your thoughts on automation in research methodology. #AnimalScience #ResearchMethodology #PrecisionFarming #IoT #AcademicResearch #AgTech #Innovation

🌱 Did you know that smart agriculture can play a crucial role in promoting sustainable food production? According to insights from the Centre for the Fourth Industrial Revolution of the World Economic Forum, integrating technologies such as AI (Artificial Intelligence) and IoT (Internet of Things) in agriculture can optimize resource usage, minimize crop losses, and reduce agriculture's carbon footprint. To learn more, visit: https://lnkd.in/des5A-AB #SmartAgriculture #SustainableFood #AIinAgriculture #IoTinAgriculture #EnvironmentalImpact #AgricultureDurable #AlimentationDurable #IAenAgriculture #IoTenAgriculture #ImpactEnvironnemental

🌱 Exploring Innovative Solutions for Net-Zero Agriculture in the Global South EEE's Dr Temitope Odedeyi, PhD Odedeyi recently spoke at the 'Emerging Technologies for Net Zero' conference in Belfast, organised by the EPSRC eFutures Network+. His presentation focused on the use of IoT, drone and satellite imagery, and AI to advance sustainable agricultural practices in the Global South. Dr Odedeyi highlighted the need for tailored, technology-driven solutions and capacity building to support farmers in the region. 🔗 Read more about his insights and the potential impact of these technologies: https://lnkd.in/eSU_a_48 #NetZero #SustainableAgriculture

🌟 Excited to announce that our paper "Advancements in Smart Agriculture: A Comprehensive Review of Machine Learning and IoT Approaches" is now published on IEEE Xplore! 🚀📚 In this work, we dive into weed detection in crop fields using cutting-edge technologies like convolutional neural networks (CNN) and the YOLOv8 machine learning algorithm. 🌾🤖 We also explore the automation of field irrigation using the ESP8266 module, allowing global control through IoT. 🌐💧 Check out the paper to learn more about how these advancements are transforming smart agriculture! 🌱💡 #machinelearning #deeplearning #cnn #iot #ieee #ieeexplore 🔗 Read the full paper here: https://lnkd.in/gsw49XjV

The top 10 Emerging Technologies of 2024 - World Economic Forum. Organisations make better choices when they understand the factors shaping the future 1. #AI for scientific discovery 2. #Privacy-enhancing technologies 3. Reconfigurable #intelligent surfaces 4. High-altitude platform stations 5. Integrated #sensing and #communication 6. #ImmersiveTechnology for the built world 7. #Elastocalorics 8. #Carbon-capturing #microbes 9. Alternative livestock feeds 10. #Genomics for transplants Centro de Investigación de Ciberseguridad IoT - IIoT

Delighted to share as the second author that our latest research paper has been published in IEEE! Our team has dedicated significant effort to pioneering methods for high-accuracy crop yield estimation, leveraging the integration of IoT and remote sensing technologies. These findings mark a significant advancement in agricultural science, offering profound insights for optimizing crop management practices. Stay tuned for further insights into our impactful research! #IEEE #CropYieldEstimation #IoT #RemoteSensing #AgriculturalResearch 🌾 Link: https://lnkd.in/gqX7g2ZF About : This paper examines the ability to use present-day technologies with the Internet of Factors (IoT) and far-flung sensing for excessive-accuracy crop yield estimation. Mainly using, soil moisture and temperature sensors, NDVI measurements, plant growth models, and machine learning algorithms are tested to evaluate crop overall performance. Records accrued through the sensors are used to develop crop yield estimation fashions and classifications, which can, as should be, expect consequences. The results of this study show that combining an array of IoT and far-off sensing methods into an included gadget can improve the accuracy and reliability of crop yield estimations. This research can offer a treasured perception of how farmers and other stakeholders come across and extract valuable information from their plants to increase crop productivity. Performance paper presents a high-accuracy crop yield estimation system that mixes the Internet of Things (IoT) and remote Sensing generation. This machine utilizes floor-based totally IoT sensors to gather crop yield information, inclusive of soil moisture readings, temperature, humidity, solar radiation, and extra. This information is mixed with photographs taken from UAVs or satellites to provide a complete view of the yield. The gadget then uses synthetic intelligence and gadget-gaining knowledge of strategies to estimate the crop yield with excessive accuracy. The effects can be compared with historic manufacturing records to enhance destiny yield prediction fashions. This technique can contribute to more green and accurate farm control practices and help improve crop yields

🎉 Exciting News: AquaWatt Project Successfully Completed! 🎉 We are thrilled to announce that A-SIGN and Advanced Microturbines Srl (AMT) successfully concluded the AquaWatt project, funded by CircInWater. This initiative combines AMT's innovative microturbine technology with A-SIGN's cutting-edge AI and machine learning expertise. Key Achievements: ✅ Developed a novel self-powered, AI-driven IoT system for water asset management ✅ Optimised microturbine design with eco-friendly materials ✅ Created advanced ML algorithms for predictive maintenance ✅ Conducted successful lab and field tests AquaWatt promises to advance water management by: 🌿 Reducing water losses and energy consumption 💡 Enabling data-driven decision making 🛠️ Extending infrastructure lifespan 💰Lowering operational costs for water utilities We are grateful for the support from CircInWater team, Alba Ezquerra Escartín and Jakub Vylíčil for their support and feedback along the project, and excited about the potential impact of AquaWatt on water conservation and management across Europe and beyond. #CircInWater #WaterReuse #SustainableAgriculture #Innovation #AquaWatt #Sustainability #WaterInnovation #SmartWaterManagement #Microturbines #IoT

🆕 New insights from #Tools4CAP! Our latest report, led by ITACyL (Instituto Tecnológico Agrario de Castilla y León) with contributions from NEUROPUBLIC S.A. and Abaco & Agronica, explores data sources and monitoring technologies in the #agriculture sector, focusing on their linkage with farm-level data needs for effective monitoring and evaluation of #CAP Strategic Plans 📊 Highlights from our report: 🔸Transition from the Common Monitoring and Evaluation Framework (CMEF) to the new Performance Monitoring and Evaluation Framework (PMEF). 🔸A review of CAP compliance tools, including the innovative use of Integrated Administration and Control Systems (IACS) and the newly configured Area Monitoring System (AMS). 🔸Exploration of cutting-edge data acquisition technologies existing in the agricultural sector, such as remote sensing, big data, and IoT. Discover more 👉 https://bit.ly/3JZ0N0I