Deep Planet

Protect Our Water: Real-time Monitoring with Cutting-Edge Space Tech Ensuring water quality is crucial for aquaculture, river systems, and tailings ponds. At Deep Planet we're using satellite imagery to detect: - Salinity & Sediment - Hydrocarbons - Essential Minerals: N, P, K, Mg, Cu, Fe, As, Ba, Mn - Chlorides & Sodium Deep Planet is proud to be part of a groundbreaking project led by Krucial, the #CEOWaterMandate, #WaterResilienceCoalition, European Space Agency - ESA, University of Strathclyde & SAS This project delivers: - Global water stress monitoring for 100 critical river basins impacting 3 billion people. - End-to-end, scalable solution:Combines satellite, weather, & ground sensor data. - Krucial's resilient communication tech ensures data mobility from remote locations. - Advanced analytics for easy access and informed decision-making. Together, we're empowering policymakers, scientists, businesses, and governments to protect this precious resource. Read more about the project: https://lnkd.in/eAiKEvYN Read more about Deep Planet: www.deepplanet.ai #WaterSecurity #Sustainability #Innovation

Deep Planet's GrassSignal Project: Revolutionizing Pasture Management with AI This project, launched in 2020 and funded by European Space Agency - ESA, laid the foundation for our powerful AI/ML models used in both GrassSignal and SoilSignal products. Here's what we achieved: - Developed AI models to monitor pastures across Africa, United States, Australia, and the UK. - Built a decision-support tool for sustainable grassland management. Delivered weekly predictions with 97% accuracy, identifying changes in: - Biomass - Overgrazing - Grass maturity - Density - Planet height - Leaf Area Benefits for Pasture Managers: - Informed grazing strategies based on real-time data. - Actionable insights delivered through Deep Planet's work order system and digital agronomist. - Record progress of corrective actions taken. Ready to optimize your pasture management and soil health? Reach out to us at hello@deepplanet.ai Read more about GrassSignal: https://lnkd.in/gRqt-qfp https://lnkd.in/gcG3_a6t #DeepPlanet #ESA #GrassSignal #PastureManagement #SoilHealth #AI #MachineLearning #Sustainability

Deep Planet Featured: Leveraging AI for Sustainable Winemaking! Great to be featured in an article by Positive Impact Concept and @Marta Juega, PhD on how AI can revolutionize the wine industry for a more sustainable future! ♻️ In the article, Deep Planet were featured alongside the Galicia Food Cluster VitIA 5.0 project exploring how AI can : - Reducing resource use & saving costs - Boosting energy efficiency & cutting emissions - Enhancing waste management ♻️ - Improving carbon footprint tracking - Increasing transparency & brand value ✨ Read more here: https://lnkd.in/gKUQAHpj

We're excited to partner with the Alliance Wine team on their ambitious project to introduce carbon insetting to their business practices. We will use our SoilSignal platform to monitor, assess and measure soil organic carbon improvement from the implementation of regenerative practices. Thanks to Marta Juega, PhD - Head of Positive Impact, Lucy Manukyan and the wider Alliance Wine and Deep Planet teams for their hard work on this project, excited to see the results. https://lnkd.in/g2_w-nNR #AllianceWine #DeepPlanet #AgriTech #ClimateAction #PositiveImpact #RegenerativeViticulture #RegenerativeFarming #Sustainability #SustainableWinemaking #WineIndustry

Come see Deep Planet founder David Carter be part of the panel at Wine Industry Network #winexpo on: Vineyards of the Future: Harnessing the Power of Artificial Intelligence Thursday: 1:30-2:30pm Panelists: David Carter Al Wagner Cody Ashurst kevin morales Sean Sundberg Topic Description Prepare for the future of grape growing with a focus on cutting-edge technologies and sustainable practices. This session will explore how artificial intelligence (AI), precision agriculture, and mechanized farming tools—like electric tractors, trucks, and automated harvesters—are transforming vineyard management. Learn how these innovations create efficiencies, reduce costs, and enhance fruit quality while adapting to climate challenges and labor shortages. Discover the benefits of integrating technology with traditional practices, ensuring your vineyard remains competitive and sustainable in an evolving industry landscape. Register here: https://lnkd.in/gt2yu3RF

Read an insightful post by our Deep Planet founder Natalia Efremova discussing some of the technology behind our platform: Predicting future satellite imagery with AI for agricultural monitoring https://lnkd.in/g9j_ykqV In this article Natalia explores how we accurately reconstruct missing satellite images and predict the next few images using a Long Short-Term Memory (LSTM) based method. This approach builds on the classic LSTM networks in handling temporal data gaps by learning from both past and future contexts, which is particularly useful for predicting cloud-free images acquired in user-defined time. #AI #ArtificialIntelligence #AgTech #Satellites #satelliteimagery #machinelearning #NDVI #NDWI #Agriculture #Farming #viticulture #predictingthefuture #predictingfuturesatelliteimagerywithai #aiforgood

Learn about how Deep Planet partnered with BlociCarbon to combine in-situ Soil Organic Carbon (SOC) data and multispectral satellite imagery powered by modern machine learning techniques to provide farmers with important information on carbon topsoil storage and CO2 sequestration. This case study was enabled by and a big thanks Innovate UK KTN. Learn more here https://lnkd.in/ekx_4ZjC If you're a farmer, or in the food and beverage or agricultural supply chain and want to monitor the impact of your practices on your farm or supply chain's soil health, contact us: hello@deepplanet.ai #soilcarbon #soilorganiccarbon #satellites #artificialintelligence #AI #machinelearning #carbonoffset #carboninsetting

Did you know that plant diseases cost the global economy around $220 billion per year, with 20–40% of crop production lost to pests? Last week, the Deep Planet team caught up with its grant partners for the VineAI: Artificial Intelligence for Disease Management project funded by Innovate UK. Our goal is to generate weekly alerts and disease risk maps for botrytis, powdery mildew and downy mildew in the vineyard. Mildew and botrytis, particularly the fungus Botrytis cinerea (gray mold), can significantly impact grapes by causing substantial yield losses, reducing fruit quality, and affecting the taste of wine due to the decay of berries. Fungal diseases annually have a 5-10% yield impact on the global grape crop. This create a huge economic impact to the industry. Our machine learning models combine extensive disease sampling from the project with variables in satellite imagery and climate data, and have demonstrated disease risk detection at impressive accuracies - over 90% precision. These models will be extended to other crops that suffer from similar fungal diseases. Thanks to Belinda Kemp PhD and our grant partners Niab, Growing Kent & Medway, along with our forward thinking UK Grower and Wine Estate partners for your continued support and feedback. Read about our work here https://lnkd.in/givbgi6v Reach out to us at hello@deepplanet.ai.

Learn about how Deep Planet partnered with doTERRA International LLC to use artificial intelligence to help detect and monitor frankincense and myrrh trees. Our technology uses satellite imagery and artificial intelligence to monitor the area's natural resources and allows doTERRA to take restorative and preventative action to help preserve existing frankincense and myrrh trees.

AI and Satellite imagery for Critical Species Detection! 🌱 🌳 Learn about how Deep Planet partnered with doTERRA International LLC to use artificial intelligence to help detect and monitor frankincense and myrrh trees. Our technology uses satellite imagery and artificial intelligence to monitor the area's natural resources and allows doTERRA to take restorative and preventative action to help preserve existing frankincense and myrrh trees. This project is a great example of how businesses can use Deep Planet machine learning technology to assess habitat, critical species, biodiversity and impact of the business on their environment. #doterra #frankincense #myrrh #sustainability #conservation #technology #partnership #criticalspecies #biodiversity #habitat #riskassessment #foresetmonitoring https://lnkd.in/eKKZUJRS