In this update, we have significantly enhanced the area measurement feature, adding new capabilities to calculate areas on slopes and to measure the total area of spaces—including ceilings, walls, and floors—that contain irregularities such as columns.
Conventional area measurement functions were primarily designed for horizontal and vertical planes, so in complex spaces, it was necessary to measure each surface individually and then manually combine the results.
With this update, the system automatically recognizes the three-dimensional shape and slope of a space, allowing you to calculate the exact surface area in a single step without the need for subsequent corrections or manual calculations.
As a result, this solution helps improve the efficiency and safety of measurement and quantity surveying tasks in the following field settings, where manual measurements and calculations used to be time-consuming.

By eliminating the need for individual measurements of each surface and processing the entire space at once,
it simultaneously achieves a significant reduction in the time required for tasks such as creating estimates and an improvement in accuracy.
Accurate Measurement of Slopes and Inclined Surfaces:
By automatically recognizing non-flat, sloped surfaces—such as inclined terrain, rooftops, and embankments—and calculating their actual surface area, this technology enables accurate quantity assessment simply by scanning from a safe location, even in areas where direct measurement with a tape measure is dangerous or difficult, thereby ensuring worker safety.
Supported Platforms: This feature is available on theScanat available on both the app (iOS) andScanat the web. (*Scanat You can continue using the web version with your current account.)

▼ Please update the app
To access the new features, please update to the latest version using the link below.
[ > Update " Scanat" on the App Store ]
(*If you are a customer who has not yet implemented the system and would like to confirm whether it meets your company's business requirements, please [ > contact us here ] .)