Urbim_ Digital Twin Platform’s Post

🌐🏢🇪🇸 Dinycon Sistemas and UnaBiz Spain pave the way for #smartbuilding transformation in A Coruña with over 1,000 #IoT sensors installed across 140 buildings to date, enabling real-time monitoring of public facilities, such as transport hubs, museums, and historic buildings. Some use cases that are underway aid mobility planning at intermodal nodes in the city, monitoring IAQ, and detecting smoke in buildings, as well as water and electricity consumption, amongst others. “We chose UnaBiz Spain LoRaWAN sensors because they do not require large infrastructure developments, and they allow the deployment of hundreds of sensors at a very low price and environmental impact, which leads to savings in costs and energy consumption... In addition, the visual impact is minimal, which is very important in the city's historic buildings where installations cannot be made” - Erramun Erro Aizpurua, Project Manager at Dinycon Sistemas. 📍👇 Read the article here: https://lnkd.in/d-5NE4vu #Convergence #Hybridation #SmartCities #SmartBuilding #GreenBuilding #SmartFacilitiesManagement #IAQ Manuel Alvarez, Elena Arroyo Sarmiento, Brice Corrieu, Rémi LORRAIN, Shuhui Fu

👉 "Without technology, there is no transformation in construction". 🌐 One of the great presentations of the Rebuild event was the one focused on the analysis of the #construction of the new Santiago Bernabéu stadium, where all the innovations that this work contemplates were unravelled, where the #BIM methodology has had a special role. On the other hand, artificial intelligence (#AI), also positioned itself as another of the great protagonists of this event over the three days that the event lasted. 🏗️ The construction industry is increasingly aware of the mind of digital solutions and cutting-edge technologies when it comes to optimizing operations and achieving great results in the shortest possible time. #IoT, Cloud Computing or AI are tools that must be integrated into the processes of this industry to take the next step! https://brnw.ch/21wKc4D

📖👓 Worth reading to learn about how AI can help to shape the Smart Building of the Future .

IoT is the way

Form follows function This is a functionalist design principle associated with architecture and industrial design since the late 19th and early 20th centuries, which in the 21st century is still more valid than ever. We all know cases, some of them very high-profile, of hygiene-related poisoning in the food industry. For this reason, all the elements and machines present in the processing rooms are prepared for very high cleaning standards. PHANTOM vibration sensors hashtag #phantomwirelesssensors also... Their shape follows their function beyond their strict performance, because they are designed to adapt to any work environment. They are circular, low in height and IP69 protected, which makes them ideal for withstanding cleaning processes with water or high-pressure air. Because many times you don't need the most complete solution, but the one that best responds to your needs. ➡️ +info at: 📧 [email protected] 🌐 https://lnkd.in/1afp86bp

Introducing Our New Smart Parking System 🚗🅿️ I’m thrilled to unveil a project I've been working on: a cutting-edge Smart Parking System designed with ESP32, ultrasonic sensors, a servo motor, and an LCD display. This system revolutionizes parking by making it more efficient and user-friendly. Key Features: Real-Time Slot Detection: Ultrasonic sensors detect and display available parking spaces instantly. Automated Barrier Control: A servo motor operates the gate, ensuring smooth vehicle entry and exit based on space availability. Clear Information Display: An LCD shows the number of free and occupied parking spots in real-time. Seamless Cloud Integration: Using Firebase for real-time data management and monitoring. What makes this system unique? We've deployed an LCD to keep track of available and occupied spaces, and a servo motor to manage the parking gate automatically. Our setup includes five ultrasonic sensors: one at the entrance, one at the exit, and three to monitor the parking spaces. The ESP32 connects everything, and as soon as a space is occupied, the information is updated in the application instantly. Additionally, this system includes a user-friendly mobile application that requires internet connectivity to operate. Through the app, users can reserve a parking spot in advance, ensuring they have a space available upon arrival. This feature enhances convenience and reduces the time spent searching for parking. This project showcases the incredible potential of IoT in simplifying everyday tasks and improving the overall parking experience. I would like to thank my amazing team whose efforts and talent contributed to the successful completion of this project Bassant Tamer Amira Elhosary Salma Swailem Shahd Nassar Habiba Magdy AHMED SALAH Hossam Salah Muhammad Tarek If you want to see the smart-parking-app: https://lnkd.in/d_ZqWhtd If you want to see the smart-parking-esp-32-code https://lnkd.in/dMDAtxdn

Reposted this great explation of how Worldsensing products form part of, plus are innovative leaders a key part of providing real IoT soloutions! Thanks Albin for the origional post! - in English below: The Importance of Geotechnical and Environmental Instrumentation in Intelligent Monitoring with IoT. Today, I want to share a little about the crucial role of geotechnical and environmental instrumentation and how these instruments are a fundamental part of the future of smart monitoring. In geotechnics and environmental monitoring, we use a variety of essential instruments, such as piezometers, inclinometers, extensometers, humidity sensors, Pressure monitors, and fiber optic sensors. Each one has a specific function, measuring different characteristics of the soil and structures to ensure the safety and sustainability of our projects. How Do These Instruments Work? Piezometers: Used to measure water pressure in soil pores, these devices capture pressure variations that are transformed into electrical signals. They are essential to evaluate the stability of slopes and slopes. Inclinometers: They monitor horizontal displacements and angular variations in soils and structures, helping to identify possible movements that may compromise safety. Moisture Sensors: They measure the water content in the soil, using principles such as capacitance or electrical resistance, essential for agriculture and water resource management. Tensiometers: They evaluate the tension of water in the soil, especially useful for understanding humidity conditions in critical areas, such as unstable slopes. Fiber Optic Sensors: Used to detect cracks and deformations in structures, these sensors take advantage of the variation in light transmission along the fibers to identify small physical alterations. The integration of these instruments with IoT represents a significant leap in terms of monitoring technology. Data loggers and gateways are key elements of this integration: Data loggers: They capture and store data from sensors continuously, ensuring the integrity of the information, even in adverse conditions or in places that are difficult to access. Gateways: They serve as a bridge between data loggers and the internet, sending the data to analysis platforms, where it can be processed and interpreted in real time. With this advanced infrastructure, we can constantly monitor soil and structure conditions, reacting quickly to any significant changes. This not only increases operational efficiency, but also reinforces the safety of operations. If you are interested in geotechnical and environmental instrumentation, and want to follow more content on this topic, don't forget to like and share this post. I'll be bringing more ideas about these fascinating technologies soon!

🇨🇴 Is Colombia ready for safer infrastructure? We explored how advanced IoT technology can enhance the safety and resilience of Colombia's #infrastructure with Valora Analitik. Fernando Pérez Gutiérrez mentioned examples where real-time monitoring helps mitigate risks like #landslides and #structuralfailures. This piece highlights innovative solutions already transforming roads, mines, and urban spaces in the country. 🔗 Dive into the full article here: https://loom.ly/2OGgKuI Article in Spanish #RemoteMonitoring #connectivity #RiskManagement

📰 NEWS.   VIGILANT - Control Presencia y Horario joins the Torre Juana OST ecosystem, bringing its expertise in IoT and employee time and attendance solutions. "We are excited to be part of the Torre Juana ecosystem, a space that reflects our philosophy of innovation and cutting-edge technology. We strongly believe that our expertise in IoT and labor monitoring solutions for displaced employees can bring significant value to the AI Hub, and we are confident that this collaboration will contribute to the development of new disruptive solutions in the market,” 🔗 https://lnkd.in/dz-dKqw2 #vigilant #frombenidormtotheworld #vigilant #system #APP #innovation #securityapp #roundmanagement #digitalreporting #securitycompany #hardwareintegration #realtimedata #automation #efficiency #business #solutions #Integration #ERP #DataDriven #BusinessEfficiency 

Project Completion Announcement: Fully Automated IoT-Based Parking Space Management System. 🚗 I’m thrilled to announce the completion of a project that redefines parking in high-traffic areas with a seamless, tech-driven approach. We've developed a fully automated parking space management system, integrating real-time data collection and updates using ESP8266 NodeMCU and Google Firebase. Our app provides drivers with instant access to available parking slots, thanks to ultrasonic sensors that constantly monitor and update the system. Key Features: • 🔍 Real-Time Slot Detection: Using ultrasonic sensors, drivers can effortlessly find available parking spaces via an app without the need to search physically. • 🗺 Google Maps API Integration: We incorporated Google Maps API to provide real-time location and navigation to registered parking lots, ensuring a smooth and hassle-free parking experience. • 📱 QR Code Scanning: For a seamless user experience, we added a QR scanning feature to track the duration of parking and calculate payments. This must be done at entry and exit; otherwise, the system will not open the gate. • 💾 Firebase Real-Time Database: Leveraging Firebase for real-time data management ensures quick and efficient updates within the app. • 🚦 Safety Features: IR sensors were implemented to prevent the gate from closing if a vehicle is detected underneath, enhancing safety during operations. This project marks a significant step toward creating smarter, safer, and more efficient parking solutions. #IoT #SmartParking #Automation #ESP8266 #Firebase #GoogleMapsAPI #VehicleSafety #Innovation #TechSolutions