Reporting for key insights

Customized reports to meet your business needs

Generate the reports you need for insights
Birdi enables you to create a variety of reports from your data to generate the insights you need. Reports include:
- Annotation Reports
- Prism Monitoring Report
- Topography Reports
- Processing Reports
- Asset Assessment Reports
- Volumetric Reports
- Ground Control Reports
- Difference Grid Analysis Report
- Slope Stability Prism Monitoring Report
Flexible asset assessment





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Progress and measurement reporting

Mark up your maps with annotations
Use our annotation tools to mark up and measure areas on the different layers and base maps. Export your annotations into an annotation report for reporting and insights.
Export your maps and measurements
Annotations can be imported and exported as GeoJSONs, shapefiles or CSVs, so you can take your insights with you.

Spatial analysis and monitoring


Topography reports can be useful for a variety of applications, including engineering, construction, and land management.

Request royalty reports to help all parties involved track and manage the financial aspects of resource extraction activities.
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Transparent data processing
Processing Report
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Review your processed data
With every processed output, receive a comprehensive report with a detailed overview of the data processing steps and outcomes of your mapping project. This report encompasses essential elements including survey data, camera calibration, camera alignment, a digital elevation model (DEM) represented as a heat map, and processing parameters.
Ground Control Processing (GCP) Report
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Work with the Birdi team to set up your GCP network
Improve the accuracy of your mapping outputs by using GCP (Ground Control Point) processing, a technique that uses known reference points on the ground during data capture.
Understand your data in greater detail
After capture, our team provide a detailed report covering essential GCP information, such as their coordinates and labels, error analysis and accuracy evaluation by comparing measured and expected coordinates.