Bentley Systems Accelerates Focus on Infrastructure Engineering for Digital Cities
The City of Helsinki leveraged Bentley’s reality modeling software to generate a 3D representation of Helsinki as part of its smart city initiative, improving internal services and processes. Image courtesy of City of Helsinki.
SINGAPORE – The Year in Infrastructure 2019 Conference – Bentley Systems, Incorporated, the leading global provider of comprehensive software and digital twin cloud services for advancing the design, construction, and operations of infrastructure, today presented its new digital cities initiatives, applying digital twins for more efficient city and regional operations and for more connected and resilient infrastructure. Digital twins converge assets’ 4D-surveyed and engineering representations to enable new collaborative digital workflows to serving planners and engineers in public works, utilities, property management and development, and city stakeholders. Digital twin cloud services provide an intuitive and immersive 4D environment converging digital context and digital components with digital chronology for “evergreen” infrastructure digital twins over asset lifecycles. For infrastructure professionals, BIM and GIS are effectively advanced through 4D digital twins.
Greg Bentley, CEO of Bentley Systems said, “Bentley Systems’ major technical thrust is the advancement of digital twins across infrastructure domains. This finally opens up for owners their previously “dark” engineering technologies and data (ET), for federation with traditional information technology (IT) and newly connected operating technologies (OT). Correspondingly, because the opportunities for benefits are so compelling, our major organizational initiative is our new digital cities product advancement group. Our digital cities group’s charter is both to ramp infrastructure engineering digital twins to full city scale, and at the same time to help with going digital through entry points for any engineering department in any municipality.”
“At Bentley Systems we have long and rich histories in respectively geospatial technology (GIS), and in BIM, for municipal infrastructure applications spanning capex and opex,” said Robert Mankowski, vice president, digital cities. “Today, I believe we are the leading innovator in reality modeling and in geotechnical modeling and data management. With our new cloud-based iTwin Services bringing this all together, city and campus digital twins now offer an immediate opportunity to help cities and regions solve a wide range of challenges and problems, enhancing their infrastructure performance and their constituents’ quality of life.”
Infrastructure Digital Twins for Digital Cities
City-scale digital twins begin and are updated through 4D surveying and reality modeling by ContextCapture and Orbit GT to derive as-operated 3D models from photogrammetry (including from UAVs) and/or point clouds. Reality modeling provides engineering-precise, real-world context to support planning, design, construction, and operations. Users of Bentley’s open applications (OpenBuildings, OpenSite, OpenRoads, OpenRail, OpenUtilities) can leverage this digital context to model new and improved buildings, roads, transit systems, tunnels, bridges, utilities, and more.
4D digital twins become a common and federating index for previously siloed information, without requiring source systems to change their existing environments or data formats. The foundation context for any digital twin includes reality meshes, terrain models, imagery, and GIS sources. Engineering models (from any BIM software) of buildings, streets, transit systems, utilities, and other city infrastructure, both surface and subsurface, are semantically aligned and geo-referenced to enhance the richness and relevance of digital twins over time.
Public works departments, property developers, utilities, transportation agencies, and others now have access to a full and current contextual view of the built environment. Engineering and architectural firms will be able to develop new services that contemplate updating and managing digital assets over their lifecycles. And, cities will benefit from living and current digital twins of their infrastructure and surrounding environment.
Sustainability and Resilience Digital Twins
Now, cities can combine their surface and subsurface surveys and engineering data into cohesive 4D digital twins to ensure over time their asset performance, resiliency, and sustainability. Using Bentley’s open simulation applications during asset lifecycles, for example, as-constructed buildings can be evaluated for seismic resilience (STAAD), the evacuation of vehicles and people in stations, stadiums, and other public places can be assessed and optimized (LEGION and CUBE), the impact of flooding events like hurricanes can be determined (OpenFlows FLOOD), and the suitability of subsurface conditions for urban projects can be ensured (PLAXIS, SoilVision).
Geotechnical Digital Twins: Introducing OpenGround
Bentley’s geotechnical engineering and analysis applications empower subsurface digital twins, critical for assessing and managing risks in infrastructure projects and assets. Subsurface digital twins entail modeling of the underground environment, including the geology, hydrology, chemistry, and engineering properties, made possible by Bentley’s geotechnical offerings (PLAXIS, SoilVision, Keynetix and gINT). To further enable subsurface digital twins, Bentley today announced OpenGround, a new cloud service (available end of 2019) to store, manage, report, and share data about natural ground conditions.
Water Network Digital Twins
City Planning Digital Twins
Digital twins for cities have many stakeholders, including constituents not directly involved in engineering or infrastructure. Now hosted in Microsoft Azure, OpenCities Planner delivers cloud-based, city-scale digital twins to improve stakeholder and citizen engagement and to simplify and facilitate urban development. Addressing a wide variety of potential use cases, OpenCities Planner helps users, through devices like web, mobile, touchscreens, and digital billboards, to intuitively visualize and explore 2D, 3D, GIS and other data aligned with the reality modeling of the city.
(With Topcon) Cloud-based photogrammetry processing powered by Bentley’s ContextCapture is incorporated in Topcon MAGNET Collage Web, a web-based service for publication, sharing, and analysis of reality capture data. The intrinsic Bentley ContextCapture Cloud Processing Service enables operators to upload UAV imagery direct-to-web without the need for high-end hardware requirements or IT constraints.
About Bentley Systems’ Digital Cities Offerings
Bentley Systems undertakes to advance BIM and GIS through 4D infrastructure engineering digital twins for digital cities. Engineers, geospatial professionals, and infrastructure owner-operators benefit from applications and digital twin cloud services that advance reality modeling (ContextCapture and OrbitGT); water, wastewater, and stormwater system planning, design and operations, and flood resilience (OpenFlows); engineering-ready geospatial urban planning and visualization (OpenCities Map and OpenCities Planner); geotechnical information management (OpenGround); and mobility simulation and analytics (LEGION and CUBE).
In both 2018 and 2019, Microsoft named Bentley Systems as Partner of the Year in its CityNext category. In 2019, ARC Advisory Group’s Engineering Design Tools for Plants, Infrastructure, and BIM market study ranked Bentley #1 in Water and Wastewater Distribution.
Bentley, the Bentley logo, AssetWise, ContextCapture, gINT, iTwin, Keynetix, LEGION, MicroStation, OpenBuildings, OpenCities, OpenCities Map, OpenCities Planner, OpenFlows, OpenFlows FLOOD, OpenFlows WaterOPS, OpenGround, OpenRail, OpenRoads, OpenSite, OpenUtilities, Orbit GT, PLAXIS, ProjectWise, SoilVision, STAAD, and SYNCHRO are either registered or unregistered trademarks or service marks of Bentley Systems, Incorporated or one of its direct or indirect wholly owned subsidiaries. All other brands and product names are trademarks of their respective owners.