Pix4D

Fly a drone over the construction site weekly.

Process the images in Pix4D to create an orthomosaic and 3D model.

Compare the current model with the design plans to identify discrepancies.

Calculate volume of stockpiles to track material usage.

Share the results with stakeholders for progress reporting and issue resolution.

Fly a drone equipped with a multispectral camera over the field.

Process the imagery in Pix4D to generate vegetation indices (NDVI, NDRE).

Identify areas of stress or disease based on the vegetation indices.

Create prescription maps for variable rate application of inputs.

Upload the prescription maps to agricultural machinery for automated application.

Fly a drone over the mining site regularly.

Process the imagery in Pix4D to create a 3D model of the terrain and stockpiles.

Calculate stockpile volumes automatically.

Monitor slope stability by comparing models from different time periods.

Use the 3D model for mine planning and optimization.

Capture images of the infrastructure using a drone or handheld camera.

Process the images in Pix4D to create a high-resolution 3D model.

Inspect the model for cracks, corrosion, or other defects.

Measure the size and extent of the defects.

Generate a report with images and measurements for maintenance planning.

Fly a drone over the affected area after a disaster.

Process the images in Pix4D to create a map of the damage.

Identify areas with the most severe damage and prioritize rescue efforts.

Share the map with rescue teams and emergency responders.

Use the map to plan evacuation routes and resource allocation.