Bridgology SA’s Post

Leveraging the power of AI to drive innovation and transform the infrastructure industry.

🤝 Exciting Partnership Announcement! We are thrilled to announce a strategic partnership between Bridgology SA and SwissInspect! By combining actionable information on conditions of internal elements and external surfaces, this partnership offers new value to asset owners and engineers involved in infrastructure and building inspections. Bridgology SA: 🔍 Advanced GPR Technology: Precise structure assessments and predictive maintenance. 💻 Proprietary Software: Accurate GPR data processing and 3D LiDAR scans for comprehensive analysis. SwissInspect: 💡 AI and Computer Vision: Innovative image-based inspection and monitoring. 🌐 PRIMA Web Application: With traceable and quantitative information on PRIMA, asset owners and engineers can define the current state of an asset, monitor its condition development, and design maintenance strategies. Why This Partnership Matters: Integrating Bridgology's GPR and 3D LiDAR technology with SwissInspect's AI-powered image-based inspection solutions improves infrastructure, building damage management, and maintenance planning. Together, we are pioneering the future of MedTech for infrastructure and building safety. Stay tuned for more updates on our exciting journey! #Partnership #Innovation #Infrastructure #Technology #GPR #AI #ComputerVision #Safety #StructuralEngineering

Onboard processing project delivered I-CONIC Vision have concluded a 1-year project with the Swedish National Space Agency for development of photogrammetric processing software on real space hardware. I-CONIC have for a number of years been developing unique software for extremely efficient processing of video and imagery into 3D models and related products. This project included adapting I-CONIC’s existing drone software for satellite data and onboard processing. Two crucial problems affect time-critical workflows for satellite image analysis: a) too long a time from data capture to analysis and b) too large data sets for efficient download to the ground stations. Therefore, there is a trend in the industry to find ways to start analysing the data already onboard, to minimise amount of data and to minimise time. For most applications correct georeferencing is required, and processing onboard requires a computer platform that is adapted to image data processing. A good example of that is Unibap’s SpaceCloud, which was used in the project. After the certification process, Oskar Flordal of Unibap stated: “I-CONIC has showcased their software, which generates point clouds in various scenes using an iX10 development system (ADS). This technology operates at a speed adequate for common scenarios of producing point clouds and height maps. This process is executed over specified areas using high-resolution RGB cameras, considering the need for a wide baseline in Earth observation. Such innovation holds promise for enhancing edge computing in space. Generating point clouds in space could contribute to other applications, such as feeding into neural networks for change detection or enabling compression for ground-based visualization algorithms. Unibap is planning future hardware demonstrations where this technology could be a significant use case and is keen on continuing the collaboration.” #onboardprocessing #realtime3D #photogrammetry #realtimemapping #computervision #photogrammetry #videoprocessing #satelliteimagery #satellitevideo #senvideo #skyfi #videogrammetry #3Dvideo #SNSA #Unibap #Spacecloud Oskar Flordal Andreas Vrålstad Mathias Persson

This in-depth article looks at the merging of static and mobile laser scanning FARO Technologies #lidar https://lnkd.in/eQ-7ZDQY

Exciting news in the world of 3D reality capture! 🎉📊 Leica Geosystems has just dropped #Cyclone3DR 2024.1, and it's packed with game-changing features! 🚀 🏢 Floor Flatness/Levelness: Elevate your AEC game with our new ASTM-compliant tool. User-friendly and powerful! 🔧 Enhanced Scan-to-Pipe: Don't miss out on time-saving updates for more accurate pipe models. Efficiency redefined! 🧠 Supercharged Classification: #Hexagon #AI just got faster and smarter. New plant model included. Because innovation never stops! 📊 Advanced Statistics: Unlock deeper insights with our new feature. Your data, more meaningful than ever! 🔄 Boosted LGSx Integration: Embrace the future with the most robust file format in reality capture. ☁️ Expanded Point Cloud Attributes: Manage your data like a pro. Because details matter in #laserscanner workflows. Whether you're in construction, plant design, or any field using 3D data, Cyclone 3DR 2024.1 is set to revolutionize your workflow! Available to download on MyWorld! #LeicaGeosystems #RealityCapture #BLK2GOPULSE #LeicaBLK #RTC360    

Free Webinar Tomorrow: Precision Decisions: Expanding the Surveyor Toolkit with Portable 3D Mapping Tuesday, July 2, 2024 at 10 AM PT | 1 PM ET | 6 PM CET Register Now: https://lnkd.in/eGpYpFin Join our webinar to explore the power of 3D mobile mapping and robotic autonomy in modern surveying. With mobile scanners joining stationary scanners in the surveyor toolkit, it's crucial for survey teams to understand the tradeoffs between speed and accuracy and choosing the right tool for the job. Learn how recent advancements in SLAM (Simultaneous Localization And Mapping) have improved accuracy and precision in feature-rich 3D models, transforming 3D mobile mapping and enabling robust robotic autonomy capabilities for capturing data in dangerous environments in the air and on the ground. In this webinar, you will: - Gain insights into how 3D mobile mapping and robotic autonomy streamline data capture and boost efficiency in modern surveying. - Learn about the advancements in SLAM technology that significantly reduce drift and enhance the accuracy of 3D mobile mapping. - Explore real-world applications across various industries, including civil and building construction, asset management, forestry, and more! Justin Thomas, Exyn Technologies Karoliina Torttila, Trimble Inc. #Mapping #Survey #Surveyor #3D #SLAM

Free Webinar: Precision Decisions: Expanding the Surveyor Toolkit with Portable 3D Mapping Tuesday, July 2, 2024 at 10 AM PT | 1 PM ET | 6 PM CET Register Now: https://lnkd.in/eGpYpFin Join our webinar to explore the power of 3D mobile mapping and robotic autonomy in modern surveying. With mobile scanners joining stationary scanners in the surveyor toolkit, it's crucial for survey teams to understand the tradeoffs between speed and accuracy and choosing the right tool for the job. Learn how recent advancements in SLAM (Simultaneous Localization And Mapping) have improved accuracy and precision in feature-rich 3D models, transforming 3D mobile mapping and enabling robust robotic autonomy capabilities for capturing data in dangerous environments in the air and on the ground. In this webinar, you will: - Gain insights into how 3D mobile mapping and robotic autonomy streamline data capture and boost efficiency in modern surveying. - Learn about the advancements in SLAM technology that significantly reduce drift and enhance the accuracy of 3D mobile mapping. - Explore real-world applications across various industries, including civil and building construction, asset management, forestry, and more! Justin Thomas, Exyn Technologies Karoliina Torttila, Trimble Inc. #Mapping #Survey #Surveyor #3D #SLAM

Free Webinar: Precision Decisions: Expanding the Surveyor Toolkit with Portable 3D Mapping Tuesday, July 2, 2024 at 10 AM PT | 1 PM ET | 6 PM CET Register Now: https://lnkd.in/eGpYpFin Join our webinar to explore the power of 3D mobile mapping and robotic autonomy in modern surveying. With mobile scanners joining stationary scanners in the surveyor toolkit, it's crucial for survey teams to understand the tradeoffs between speed and accuracy and choosing the right tool for the job. Learn how recent advancements in SLAM (Simultaneous Localization And Mapping) have improved accuracy and precision in feature-rich 3D models, transforming 3D mobile mapping and enabling robust robotic autonomy capabilities for capturing data in dangerous environments in the air and on the ground. In this webinar, you will: - Gain insights into how 3D mobile mapping and robotic autonomy streamline data capture and boost efficiency in modern surveying. - Learn about the advancements in SLAM technology that significantly reduce drift and enhance the accuracy of 3D mobile mapping. - Explore real-world applications across various industries, including civil and building construction, asset management, forestry, and more! Justin Thomas, Exyn Technologies Karoliina Torttila, Trimble Inc. #Mapping #Survey #Surveyor #3D #SLAM

"I'm excited to share that we've developed an industry-first multi-modal model that seamlessly integrates various data sources." Near-instant data for properties across the globe. It sounds complex, and it truly is, but only for some. Łukasz Jocz, our CTO, has been with Tensorflight for over 6 years now, creating the product and tech from the ground up. Joining us in 2018 as an engineer with a rich employment history, Łukasz quickly ascended to the role of CTO (within just a year) - a testament to his vision and expertise. Overlooking our technological advancements of the last year, Łukasz Jocz teases our incoming never-before-seen technology for modern property insights - coming soon. "This solution combines high-resolution aerial imagery, ground-level photos, oblique images, LIDAR 3D point clouds, tax assessor records, points of interest information, and various other relevant geospatial sources. By leveraging these diverse datasets, we can provide unparalleled insights and comprehensive property information on a global scale, revolutionizing the way insurers assess and underwrite risk." Learn more about our product and tech: https://lnkd.in/dEz3EurA #propertyunderwriting #insurtech #insuranceinnovation

🔗 Digital Twins in Construction: Bridging the Physical and Digital Worlds 🏗️ As the construction industry increasingly adopts Digital Twins for built asset management, understanding the interplay between physical building geometry and the Digital Twin counterpart remains critical. The complex nature of building geometry presents challenges in accurately integrating it into the Digital Twin, compounded by the infrequency of post-construction geometry updates. Clear criteria for updating building geometry data are essential to ensure Digital Twin fidelity. These updates, derived from technologies such as laser scanning or UAVs/photogrammetry, require careful consideration of a building’s lifecycle and type. Regular or real-time updates, facilitated by methods such as AI and ML, ensure the accuracy of the Digital Twin but require careful data processing to identify structural elements. Embracing these insights leads the way to a robust Digital Twin, enabling better asset management in the construction industry. Let’s shape the future of construction with informed Digital Twin strategies! 🔍 Read more: https://lnkd.in/g7mAdsdY #DigitalTwins #SustainableBuilding #AssetManagement