Projects page

Completed LandX Engineering Projects

Welcome to our Projects page. Here, we showcase the projects we have successfully completed to date.

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LandX Engineering workflow

Scanning → Processing → Model Creation → Client Result

Scanning

we capture accurate data of the object.

Processing

we clean, align, and prepare the data.

Model Creation

we build a precise digital model.

Client Result

the final solution tailored to the client’s needs.

Tree of Life Monument, Park of Peace and Accord, Astana

For the construction of the “Tree of Life” monument, we carried out terrestrial laser scanning of the site during the erection stage. At the time of the work, the monument’s framework had already been installed.

As a result of the scanning, the framework surface was obtained in the form of a point cloud, which was then used to create a mesh model.

This digital model served as the basis for the further work of the sculptors: it was used to design and manufacture the suspended sculptural compositions that adorn the monument’s interior space.

It is important to note that such work could not have been carried out solely on the basis of the design model. In practice, the actual construction often differs from the design drawings. To ensure the precise alignment of the artistic elements with the real framework of the monument, the sculptors relied on the as-built model obtained through laser scanning.

Thus, modern laser scanning technology made it possible to align the architectural framework and artistic elements with maximum precision, ensuring perfect consistency between the design solutions and the actual construction.

As part of developing a platform to analyze the technical condition of Astana's housing stock, our company implemented a pilot project to create a panoramic monitoring system. This evaluation methodology, proposed for scaling to 3,000 houses, is designed for rapid auditing of facades and roofing on a city-wide scale.

To create a detailed digital environment, we applied a combined data capture method. Ground-level panoramic high-resolution shots were taken using Insta 360 cameras, allowing for a seamless view of entrance groups and lower building tiers with high precision.

Pilot Project: 3D Monitoring of Residential Buildings, Astana

The aerial scanning phase was performed using DJI drones. This provided full visual coverage of roofs and hard-to-reach facade sections that cannot be captured from the ground. The data obtained allows for defect detection without requiring specialists' physical presence at height.

The final interactive environment was assembled in a specialized Open Source constructor. This ensured flexibility in interface settings and allowed the 3D tour to be integrated into the analytical platform, creating a unified database for monitoring the city's infrastructure.

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