CLS Group (Collecte Localisation Satellites)’s Post

🎉 Congratulations to our Space IoT partner Kinéis & their launcher Rocket Lab for tonight’s successful launch! 🛰 The first five of a planned constellation of 25 nanosats are now in orbit, carrying New Generation IoT payloads for Argos Services & will soon begin offering accessible global connectivity in near real-time. 🌎 CLS Oceania uses this global connectivity to offer a new generation of Argos Smart Environment & Sustainable Fisheries Management Solutions. ✨ What the new constellation means for our smart solutions: 🌱 SMART AGRICULTURE: With the upgraded system, soil quality & irrigation can be monitored in near real-time to help the agricultural industry make informed decisions & farm sustainably. Thanks to the Very Low Data Rate technology, the door is wide open for innovation. Today, we’re measuring what’s in the soil. Tomorrow, with new and tiny sensors, we could monitor crop growth in near real-time or limit the impact of invasive species! 👉 https://lnkd.in/gt87HhSr 🐢 POLLUTION TRACKING: Our dedicated solution helps clients understand how plastic waste moves through waterways. With the additional 25 nanosats in orbit, buoys developed by CLS Oceania will be able to  track macro-plastics in near real-time, providing crucial information for optimizing waste collection. 👉 https://lnkd.in/gnf_GghE 🐄 HERD MANAGEMENT: Our multi-source solution supports herding, species re-introduction & protection. There are numerous benefits with this updated system. Herds can be monitored & protected in near real-time, crucial habitats can be identified & preserved, and interactions between human populations & wild herds can be measured & mitigated. 👉 https://lnkd.in/geqyDSbs 🐋 WILDLIFE MONITORING: For nearly 40 years, the scientific community has been using Argos Services to understand animal migrations & behavior. The upgraded system means animal behavior can be monitored in near real-time, smaller species can be observed, & hundreds of thousands of animals can be tracked every month. 👉 https://lnkd.in/extbSHMD 🐟 SMALL-SCALE FISHERIES: Based on 30 years of experience working with the international fishing community, CLS Oceania has developed NEMO, an end-to-end system for managing small-scale fisheries. This hybrid, mobile-satellite VMS transceiver, coupled with a big data fishery monitoring platform & along with a suite of mobile apps, offers a wide range of services for small-scale fisheries. 👉 https://lnkd.in/gG7rUzB Contact our team to get started with our Smart Solutions. 👉 For environment solutions: https://lnkd.in/ewre4sHA 👉 For fishing solutions: https://lnkd.in/e8GKVc58 #SpaceIoT #Argos #SmartEnvironment #Innovation #TechForGood #SustainableFishing

🎉 Congratulations to our Space IoT partner Kinéis & their launcher Rocket Lab for tonight’s successful launch! 🛰 The first five of a planned constellation of 25 nanosats are now in orbit, carrying New Generation IoT payloads for Argos Services & will soon begin offering accessible global connectivity in near real-time. 🌎 CLS UK uses this global connectivity to offer a new generation of Argos Smart Environment & Sustainable Fisheries Management Solutions. ✨ What the new constellation means for our smart solutions: 🌱 SMART AGRICULTURE: With the upgraded system, soil quality & irrigation can be monitored in near real-time to help the agricultural industry make informed decisions & farm sustainably. Thanks to the Very Low Data Rate technology, the door is wide open for innovation. Today, we’re measuring what’s in the soil. Tomorrow, with new and tiny sensors, we could monitor crop growth in near real-time or limit the impact of invasive species! 👉 https://lnkd.in/gt87HhSr 🐢 POLLUTION TRACKING: Our dedicated solution helps clients understand how plastic waste moves through waterways. With the additional 25 nanosats in orbit, buoys developed by CLS UK will be able to  track macro-plastics in near real-time, providing crucial information for optimizing waste collection. 👉 https://lnkd.in/gnf_GghE 🐄 HERD MANAGEMENT: Our multi-source solution supports herding, species re-introduction & protection. There are numerous benefits with this updated system. Herds can be monitored & protected in near real-time, crucial habitats can be identified & preserved, and interactions between human populations & wild herds can be measured & mitigated. 👉 https://lnkd.in/geqyDSbs 🐋 WILDLIFE MONITORING: For nearly 40 years, the scientific community has been using Argos Services to understand animal migrations & behavior. The upgraded system means animal behavior can be monitored in near real-time, smaller species can be observed, & hundreds of thousands of animals can be tracked every month. 👉 https://lnkd.in/extbSHMD 🐟 SMALL-SCALE FISHERIES: Based on 30 years of experience working with the international fishing community, CLS has developed NEMO, an end-to-end system for managing small-scale fisheries. This hybrid, mobile-satellite VMS transceiver, coupled with a big data fishery monitoring platform & along with a suite of mobile apps, offers a wide range of services for small-scale fisheries. 👉 https://lnkd.in/gG7rUzB Contact our team to get started with our Smart Solutions. 👉 For environment solutions: https://lnkd.in/ewre4sHA 👉 For fishing solutions: https://lnkd.in/e8GKVc58 #SpaceIoT #Argos #SmartEnvironment #Innovation #TechForGood #SustainableFishing

🎉 Congratulations to our Space IoT partner Kinéis & their launcher Rocket Lab for tonight’s successful launch! 🛰 The first five of a planned constellation of 25 nanosats are now in orbit, carrying New Generation IoT payloads for Argos Services & will soon begin offering accessible global connectivity in near real-time. 🌎 CLS Indonesia uses this global connectivity to offer a new generation of Argos Smart Environment & Sustainable Fisheries Management Solutions. ✨ What the new constellation means for our smart solutions: 🌱 SMART AGRICULTURE: With the upgraded system, soil quality & irrigation can be monitored in near real-time to help the agricultural industry make informed decisions & farm sustainably. Thanks to the Very Low Data Rate technology, the door is wide open for innovation. Today, we’re measuring what’s in the soil. Tomorrow, with new and tiny sensors, we could monitor crop growth in near real-time or limit the impact of invasive species! 👉 https://lnkd.in/gt87HhSr 🐢 POLLUTION TRACKING: Our dedicated solution helps clients understand how plastic waste moves through waterways. With the additional 25 nanosats in orbit, buoys developed by CLS Indonesia will be able to  track macro-plastics in near real-time, providing crucial information for optimizing waste collection. 👉 https://lnkd.in/gnf_GghE 🐄 HERD MANAGEMENT: Our multi-source solution supports herding, species re-introduction & protection. There are numerous benefits with this updated system. Herds can be monitored & protected in near real-time, crucial habitats can be identified & preserved, and interactions between human populations & wild herds can be measured & mitigated. 👉 https://lnkd.in/geqyDSbs 🐋 WILDLIFE MONITORING: For nearly 40 years, the scientific community has been using Argos Services to understand animal migrations & behavior. The upgraded system means animal behavior can be monitored in near real-time, smaller species can be observed, & hundreds of thousands of animals can be tracked every month. 👉 https://lnkd.in/extbSHMD 🐟 SMALL-SCALE FISHERIES: Based on 30 years of experience working with the international fishing community, CLS Indonesia has developed NEMO, an end-to-end system for managing small-scale fisheries. This hybrid, mobile-satellite VMS transceiver, coupled with a big data fishery monitoring platform & along with a suite of mobile apps, offers a wide range of services for small-scale fisheries. 👉 https://lnkd.in/gG7rUzB Contact our team to get started with our Smart Solutions. 👉 For environment solutions: https://lnkd.in/ewre4sHA 👉 For fishing solutions: https://lnkd.in/e8GKVc58 #SpaceIoT #Argos #SmartEnvironment #Innovation #TechForGood #SustainableFishing

Breaking Through Blue Carbon’s Potential: Improving #FoodSecurity Through #SustainableAquaculture UMITRON breaks through blue carbon’s central role in mitigating climate risks and increasing global food security by mapping #bluecarbon to build sustainable aquacultures with the help of Planet satellite data. If Earth contains more water than land, are we maximizing its potential to reduce carbon emissions? Enter blue carbon, nature’s way of removing carbon from the atmosphere and storing it in coastal ecosystems; a natural technology that has been around since time immemorial. UMITRON, a next-generation deeptech company that develops and provides data platforms to aquafarmers, recognized blue carbon’s potential to advance a food-secure and safer blue planet. They install sustainable aquaculture using their combined expertise in #machinelearning, #IoT, and #satelliteremotesensing to achieve their vision. With the vast ocean areas and their restrictions on human activities, mapping blue carbon is not an easy feat. Collecting data is time-consuming, expensive, and labor-intensive. This gap in high-quality functional data affects the industry’s sustainable growth. Aquafarmers have accumulated data from daily operations but are constrained in applying them to actionable insights. UMITRON’s suite of services focuses on every aspect of the industry’s value chain. This approach led them to focus initially on production-focused solutions such as REMORA and CELL. These solutions tackle vital farming operations like feeding while factoring in the adverse environmental effects of these activities. On a broader level, they have tools such as PULSE, a high-resolution ocean data map with near real-time satellite imagery and historical information on water quality conditions. PULSE utilizes our satellite remote sensing capabilities and UMITRON’s powerful algorithms. This unique combination enhances the aquafarmers’ capacity to monitor surrounding waters and better understand the environmental variability around their coastal farms. UNLOCKING SUSTAINABLE AQUACULTURE FOR GLOBAL IMPACT While working on a blue carbon estimation project, the UMITRON team needed to identify and monitor seagrass growth in an area measuring 100 km2. They started surveying using drones but the coverage and data collected were insufficient. Therefore, they attempted to create a seagrass map from our satellite data. https://lnkd.in/dwEjggNG #aquaculture #fishfarming

📢#MDPIfutureinternet [Most Cited Papers in Last 6 Months] 📌IoT-Based Object-Detection System to Safeguard Endangered Animals and Bolster Agricultural Farm Security Views: 2466  Citations: 2 By Mohaimenul Azam Khan Raiaan, Nur Mohammad Fahad, Shovan Chowdhury, Debopom Sutradhar, Saadman Sakib Mihad and Md. Motaharul Islam, PhD 🔗Please read at: https://lnkd.in/g_wuf7Dw #objectdetection model; #IoT; endangered animals; agriculture farms; #cloud; YOLOv8

Integrated Multi-Trophic Aquaculture is a method of raising aquatic species together where waste from one feeds and fertilizes the others in a sustainable loop. https://lnkd.in/eUViKd2z In this edition of AquaNews: Spotlight: Integrated Multi-Trophic Aquaculture (IMTA) Trending: Towards Automated Aquaponics - A review on monitoring, IoT, and smart systems Infographic: Global seafood consumption - now vs 2030 Free Resource: Helping nature thrive through aquaculture

🌊 Is there a future of aquaculture with Recirculating Aquaculture Systems (RAS)? 🐟  As the demand for controlled and efficient environments for fish and shellfish production continues to rise, startups are leading the charge in developing innovative solutions that minimize environmental impact and maximize production yields. Let's explore how RAS is shaping the future of aquatic organisms cultivation! 🚀 RAS represents a significant advancement in aquaculture technology, enabling the production of high-density fish populations in a controlled environment. 🏞️ By utilizing AI and IoT, startups and companies are revolutionizing land-based aquaculture systems, ensuring optimal conditions for fish and shellfish growth while minimizing resource consumption and waste. 🌱 But the innovation doesn't stop there! 🛠️ Other advancements in RAS include foam fractionation, biofiltration, and UV sterilization technologies, all aimed at creating a sustainable and environmentally friendly aquaculture ecosystem. 🌿 By harnessing these cutting-edge technologies, startups are able to maintain water quality, prevent disease outbreaks, and optimize production efficiency. Furthermore, machine learning algorithms play a crucial role in analyzing large datasets generated by RAS operations. 📊 By extracting valuable insights from these datasets, startups can fine-tune their operations, improve decision-making processes, and ensure the long-term sustainability of fish populations and their habitats. 🐠💡 The overarching goal of RAS innovations is to find sustainable solutions for protecting fish populations and their habitats. 🌎 By embracing technology and innovation, we can pave the way for a more resilient, efficient, and environmentally friendly aquaculture industry. 🌊 Let's support these efforts and ensure a brighter future for aquatic organisms and our planet! 💧  #RAS #AquacultureInnovation #Sustainability #FutureTech #AI #IoT #EnvironmentalImpact #TechTrends #InnovateAquaculture #HealthyOceans 🐟🚀🌱

Exciting news for WINGS ICT Solutions! Our team recently had the privilege of showcasing the AQUAWINGS solution at a significant pitching event organized by the US Market Access Center and Thriving Global in 2023, held in San Francisco, California. During this event, Geo Manassakis, Agronomist at WINGS, introduced AQUAWINGS, which represents WINGS' innovative approach to optimizing aquaculture and managing aquatic ecosystems. This presentation was delivered to an audience of 60 attendees, including a panel of venture capital investors and a diverse group of industry experts, professionals, and potential collaborators from Silicon Valley. AQUAWINGS is designed to harness the potential of IoT, 5G technology, and AI to bring about a transformative change in the fish farming industry. In particular, AQUAWINGS offers the following key features: 1. Real-time Estimation of Average Weight: AQUAWINGS employs cutting-edge AI algorithms (currently patent-pending) to analyze live streams from underwater cameras in real-time, near-real-time, and even in offline mode, providing accurate estimations of average fish weight. 2. Advanced Algorithms: The solution includes sophisticated algorithms for optimizing feeding, assessing fish welfare, improving production indicators such as Feed Conversion Ratio (FCR) and Specific Growth Rate (SGR), and supporting harvest and planning optimization. 3. Continuous Real-time Monitoring: AQUAWINGS ensures 24/7 monitoring using a variety of devices, ensuring the health and performance of aquatic ecosystems. 4. Environmental Impact Mitigation: AQUAWINGS is committed to assessing and minimizing the environmental impact of aquaculture practices.   Thanks to Alfredo Coppola and US Market Access Center for moderating this insightful event! #wings #wingsict #aquawings #usmac #usmarketaccesscenter

Innovation 2023: The 3 Projects that Could Change Aquaculture Creativity and innovation were part of the recent AquaNor, the international aquaculture exhibition and conference that takes place in Trondheim, Norway. There, the Innovation Award organized by the Nor-Fishing Foundation, nominated 3 technology solutions for the industry: Let’s have a look at them: Marin X, Nova Scotia, Canada: The Sensor Globe IoT welfare platform, from Marin X, utilizes acceleration measurements and water quality monitoring to enhance fish well-being and reduce mortality during processing operations. It provides crucial real-time data on oxygen levels, pH, temperature, conductivity, and physical acceleration. Its goal is to revolutionize fish welfare practices and improve overall survival rates in the aquaculture industry. Evonta-Technology GmbH, Dresden, Germany: This company has developed a fully automated device for non-destructive testing in salmon and trout ova. The Optical Coherence Tomography (OCT) measurement method enables capturing tomographic images without harming the ova, improving the accuracy and efficiency of the incubation process. EasyX, Bergen, Norway: EasyX has created the VCR (Vertical Cleaning Robot) to clean and disinfect fish ponds in land-based aquaculture centers. The robot moves vertically on smooth surfaces, eliminating environmental and safety challenges, reducing chemical consumption, and enhancing production efficiency. These innovative technologies could transform the aquaculture industry, optimizing processes, and enhancing the health and well-being of fish. #aquaculture #Elanco #Aqua #Elanco #AquaElanco💙 #ElancoAqua💙 #innovation

The Impact of IoT and AI on Fisheries and Aquaculture - CIOReview: Around the world, the wild and farmed fishing industry is benefiting from the use of IoT technology and artificial intelligence. #iot #data #internetofthings