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DRONE

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Working with tiles

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01

Performance optimizations

While working with a map, it is crucial to ensure that whatever drone operator works with can be loaded fast and efficiently, especially in case of possible internet connection loss.

How we achieve this:

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Caching (especially for tablet/mobile) to ensure we can operate the map in the offline mode

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Cloud-optimized geoTiff  - reduce millions of requests to tiles up to a few

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Tiling mechanism

02

Measurements

Measurements can be critical during the process of flight planning 
as well as after the actual flight.

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We know how

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Do “cross-map” measurements when the map contains default data and also a piece of an area with a previous flight

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Implement area and volume measurements on a regular map

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Spatial calculations over LiDAR data

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03

Layers

It should be possible to manage layers easily by adding a file or custom terrain from a previous flight to ensure our flight plan is consistent.

How we achieve this:

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Ability to add custom terrain data in DSM/DTM or orthophoto formats

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Adding checkpoints and base file data for appropriate flight planning

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Possibility to add KML/DXF files

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Work with WMS layers

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Rendering mesh data

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04

Data transformations

Knowing how to work with different data formats and ensuring proper element positioning is essential when working with map data.

Our expertise includes:

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CRS transformations / 7-parameters transformations

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Work with optimized orthophoto

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Transform KML/DXF 
to GeoJSON

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Georeferencing of layers 
of data

05

Pix4D / Propeller

Only some things should be implemented from scratch. We have integrated with various data and service providers like Pix4D / Propeller / Flynex to use functionality that should not necessarily be implemented from scratch.

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We know how

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Do post-processing of the drone data (images)

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Do CRS (including seven parameters transformations)

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Use elevation data from various sources

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