Aniko Pocsai’s Post

Learn how the Connected Technology Industry Consortium (CTIC) is driving integrations in the smart buildings sector! Read this blog from Belden Inc.'s Ron Tellas. 🏢💡 #CTIC #systemsintegrators #connectedtechnology #Belden #smartbuildings

Did you know that smart buildings are shaping the future of the built environment? Engineers are leading the way by leveraging connected technologies and intelligence to continually optimize performance. Discover the impacts on profitability, sustainability, and other business outcomes: https://ow.ly/IwsT50RiEGS

Great article about building technology assessments, please give it a read!

🌟 Exciting news! A special issue in Smart Construction on "Construction Site Monitoring and Optimization using Digital Twins" is now available. Discover how digital twin technology is transforming site monitoring and efficiency in the construction industry. Dive in! 🔧🏢 #DigitalTwins #SmartConstruction 👉 https://lnkd.in/em8WQ2vT

As a geospatial industry, we are moving toward object vs. geometry-first thinking. That means we are no longer staking a point, line and a polygon, but rather an object (i.e. bridge pylon, walls, or slabs) with associated properties and attributes. This “radical” shift is yet another way to speak the language of our customers and work on their terms. Combining geospatial with the civil construction industry so awesome

Digital Twins for Australia's transport infrastructure – Are we there yet? During my visit to Norway earlier this year, I was struck by their national mandate requiring the use of 3D modelling and Digital Twins in construction projects. This forward-thinking approach can potentially reduce infrastructure operating costs by up to 35%, cut carbon emissions, enhance workplace safety, and elevate user experiences. Digital Twins also support future connected vehicle technologies through real-time updates to maps. A Digital Twin integrates real-time sensor data to create a virtual model that mirrors the current state of physical infrastructure. This data-driven model allows for precise condition assessments, forecasting of future performance, and operational optimisation. With Digital Twins, predictive maintenance, anomaly detection, and improved operational efficiency become reality. The sensors used depend on the infrastructure type and the goals of simulation or optimisation. During a recent U.S. study tour, I explored cutting-edge sensing technologies for asphalt and concrete pavements. At MnROAD, fibre-reinforced concrete test cells are equipped with advanced sensors such as joint opening sensors, dynamic strain gauges, vibrating wire strain gauges, and thermocouples, measuring how pavements respond to traffic and environmental factors. Similarly, at the FAA's National Airport Pavement Test Facility (NAPTF), I observed the integration of static and dynamic sensors that capture data on temperature, moisture, strain, and deflection. The U.S. Army Engineer Research and Development Center (ERDC) is pioneering sensor technology as well. Their 'Smart Runway' project at Hill Air Force Base in Utah uses a range of sensors, including earth pressure cells, asphalt strain gauges, and multi-depth deflectometers to monitor the long-term performance of asphalt pavements under varying conditions. Australia is also making strides. In 2018, I had the privilege of attending early discussions at Macquarie University that preceded the establishment of SmartCrete CRC. At the time, the university had already developed sensor prototypes for monitoring concrete structures. These sensors, designed to measure temperature, pH, corrosion rates, and stress/strain, exemplify the potential for real-time performance and durability monitoring of concrete pavements. While Australia is steadily adopting Digital Twin technologies, progress in on-site instrumentation has been very slow, limiting the potential for comprehensive simulations. By fostering greater collaboration with the global Digital Twin community, Australia could emerge as a leader in transport infrastructure innovation—paving the way for a more resilient, sustainable, and intelligent infrastructure. #DigitalTwin #smartpavement #concretepavement #asphaltpavement #resilientinfrastructure #sustainablesolutions

Facing tech issues in your building? Before starting costly upgrades, get a clear picture of your current tech infrastructure with a Building Technology Assessment from WhiteSpace.   Our comprehensive assessments provide:   📊 Transparency: Understand your building’s tech strengths and weaknesses 📈 Informed Design: Data-driven insights for effective low voltage systems 🚀 Future-Proofing: Plan for future advancements and opportunities DETAILS: https://lnkd.in/g6pfpBY2

Kurt Semba, Principal Architect at @ExtremeNetworks, highlights the potential of smart building technology to help state and local governments reach energy efficiency goals and automate resident services. Read more at @CDW!

Improvements in computing power, broadband speed and data collection technologies are driving the connection of physical and digital workflows like never before. This evolution is facilitating the seamless transfer of information between stakeholders and is more timely and complete, increasing productivity, amplifying sustainability efforts and opening doors to new business opportunities. Check out this article, from Trimble’s Boris Skopljak, vice president of Survey & Mapping and Building Construction, Trimble Field Systems, on the topic: https://lnkd.in/grBJjgcN

Kurt Semba, Principal Architect at @ExtremeNetworks, highlights the potential of smart building technology to help state and local governments reach energy efficiency goals and automate resident services. Read more at @CDW!