Tag: excavation sites

The Spanish-language recording of the Terranova–Arcoda presentation at the Spain Water Summit 2025 is now available on YouTube. The event represents a key forum for discussion on innovation, digitalisation and operational management within the urban water cycle.

During the event, held in Madrid last September, Arcoda had the opportunity to present 3D Photo Survey, our application designed to carry out digital surveys of utility excavation sites directly from a smartphone, using images captured on site with the device’s camera.

In her presentation, our sales consultant Ana Serna highlighted how the system enables the collection of a large amount of technical information in just a few minutes, including:

• Accurate measurements of lengths, diameters, depths, surfaces and volumes;
• Identification of materials and interferences with other networks;
• Generation of high-resolution 3D models and orthophotos, accessible through a web-based cartographic portal.

Thanks to the publication of the video, the content of the presentation is now accessible not only to event attendees, but also to all distribution utility professionals interested in gaining deeper insight into the digitalisation of utility excavation sites.

Read the article and watch the full video (in Spanish)

​We took part in the Spain Smart Water Summit 2025, Spain’s leading event dedicated to the digitalization and smart management of the urban water cycle. During the event, held in Madrid, we presented 3D Photo Survey, our cutting-edge application that enables digital surveying of utility excavation sites directly from a smartphone, using only the images captured on-site with the device’s camera.

Thanks to the technology developed by Arcoda, on-site surveys become accessible to anyone and can be completed within minutes. A true enabler for distribution utilities, allowing them to integrate three-dimensional digital models of their networks into numerous operational contexts—radically transforming processes while increasing efficiency, accuracy, and speed of intervention.