As a result of the pandemic, the Tecta America Zero Company needed a solution for viewing and assessing project sites that was effective and efficient. After the COVID-19 pandemic closed businesses and restricted access to viewing projects onsite, the Tecta America Zero Company’s recognized that its remote viewing capabilities became more important than ever.
US Capitol, Image courtesy of Nearmap
Tecta America Zero Company had been managing roofing projects across the U.S. for years, using aerial imagery for greater accuracy. When Covid-19 shifted everything, they were in the right place at the right time. The company could provide accurate assessment of roofing projects to keeping employees safe during COVID and decrease travel costs, by using Nearmap’s content that made it possible for Tecta America Zero Company to work smarter and safer.
A neighborhood in Salt Lake City, Utah, Image courtesy of Nearmap
Tecta has an indepth understanding of communities and resources that are only available to a large roofing company. Nearmap aerial imagery is used for roofing installation and replacement projects, new construction, and repairs across the country. Further, Nearmap provides the Tecta America Zero Company instant access to up-to-date and historical aerial imagery and geospatial intelligence.
Nearmap is unique in its capture of aerial imagery, focusing on currency, consistency, coverage, and accessibility. Nearmap’s wide-scale capture program is regularly updated (up to three times annually). The company delivers imagery at a consistent sub 3” GSD, and its automated photogrammetry pipeline ensures that color, stitching, and clarity are seamless. Nearmap offers expansive coverage across 1,750 urban areas across the U.S., including 80.1% of the population. Imagery is published within days of capture and Nearmap customers like the Tecta America Zero Company have 24/7 access to aerial content through a web app, API, or third-party integration. Customers report Nearmap is much more accurate than Google Earth.
CityGML defines a common semantic information model for 3D urban objects and city models that can be used by many different applications – making 3D city models a more cost-effective investment.
The Open Geospatial Consortium (OGC) is excited to announce that the OGC Membership has approved the CityGML v3.0 Conceptual Model for adoption as an official OGC Standard.
The Open Geospatial Consortium (OGC) is excited to announce that the OGC Membership has approved the CityGML v3.0 Conceptual Model for adoption as an official OGC Standard.
Since its first publication by OGC in 2008, CityGML has been an open standard used for the storage and exchange of virtual 3D city models. CityGML allows the integration of urban geodata for use across a variety of applications, including urban and landscape planning; Building Information Modeling (BIM); mobile telecommunication; disaster management; 3D cadastre; tourism; vehicle & pedestrian navigation; autonomous driving and driving assistance; facility management, and; energy, traffic and environmental simulations.
The Open Geospatial Consortium (OGC) invites software developers to the October 2021 OGC API Virtual Code Sprint, to be held from October 26th to October 28th, 2021. Registration closes at 02:00am EDT on October 26th, 2021.
A pre-event webinar will also take place on October 19th at 09:00am EDT, and will outline the scope of work for the code sprint, and provide an overview of the candidate standards.
