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Datumate’s core competency is rooted in a team of construction experts and high-tech professionals. Datumate is a Construction-Tech company that promotes innovation and digital transformation in the construction market.
Datumate will give you the tools and know-how to utilize state of the art technologies in your survey work. Join our experts in one of the up-coming webinars to learn more.
|Datumate Solutions Overview & Demo
From automated drone mapping to high-precision outputs, Datumate’s photogrammetry software tools save costly field and office time, cut down operational expenses and achieve the most accurate results. Join a live demo session with our pre-sales engineers and geomatics experts to learn about Datumate’s end-to-end solution, key features, functionalities, range of products (DatuFly™, DatuSurvey™ and DatuSite™), case studies and Q&A session at the end.
|Dec 10, 2019||10:00 EST||1 hour||Register|
As part of the UK’s A14 improvement scheme which is one of the UK’s largest road projects, it was required to map a busy A14 highway junction including a highway intersection and a railway line. The complex mapping included multiple infrastructure layers (bridge, road and railway line) as well as an accurate snapshot of the surrounding buildings to avoid future damage claims during road reconstruction work.
Courts at Clarksburg is an area that is being prepared for building homes. The area surveyed is an open area where infrastructure work has been done. The objective of this project is to survey the area to check the level of filled slab areas in an effort to compare it to the planned levels. And also to check quantities of cut and fill needed to finish the prep work.
The objective of this project is to survey a residential area and detect changes in structures for property taxation purposes. The area surveyed included about 50 houses which were clearly shown on an orthophoto and as a dense point cloud as well.
Doppler radar is being implemented in baseball and softball venues around the world to track the trajectory of pitched and hit balls. All physical obstructions that are within the azimuth of the Doppler radar field of view were identified using the model.
High precision stockpile volume calculation was required to be accomplished in a short time, without using Ground Control Points in a safe and automated process. The area was surveyed with DJI Phantom 4 Pro with the use of DatuFly™ drone app. The received images were later on processed with DatuSurvey™ Enterprise.