CORE IDEA

Teaching UAVs to fly safely

The growing trend of operating small unmanned aircraft in an urban environment requires detailed
3D urban development models, which portends
an avalanche-like growth in demand
for computational tasks of this kind.
Section 1
Section 2
Section 3

→Process flowchart→

Process flowchart

Obtaining initial data

Pictures of the environment to be modelled can be easility taken with a smartphone camera or with a RC drone.

MΞGAMINÐ at play

A volumetric terrain model is rendered. Today a 1 Giga-pixel model (that fits only 1-storey building) costs $12 to render.
With MΞGAMINÐ you can make it 4 times cheaper.

UAVs are ready to fly

Rendered 3D model is uploaded into the UAV’s memory so it «knows» the environment and it will not crash into a building.

Competitors Landscape

We compared the costs of a 3 render on the two most popular existing services and MΞGAMINÐ
to prove the point: we can make it both cheaper and blazing fast.

ALTIZURE

$12

per 1 Gpixel input
0.46 Giga Vertex output model
$26 per Mega Vertex

MΞGAMINÐ

$3.5

per 1 Gpixel input
0.64 Giga Vertex output model
$5.4 per Mega Vertex

PIXEL 4D

$15

per 1 Gpixel input
0.49 Giga Vertex output model
$30 per Mega Vertex

UAVs see the world with our eyes

Photogrammetric algorithms are well suited for parallelization and calculation on the GPU, which allows for their rapid implementation in MΞGAMINÐ platform.

Realistic 3D model rendered by a photogrammetric algorithm
Realistic 3D model rendered by a photogrammetric algorithm
Building a 3D model of urban environment using a series of aerial photographs
Building a 3D model of urban environment using a series of aerial photographs
Drone flight planning in a 3D model of the urban environment
Drone flight planning in a 3D model of the urban environment

Get in touch

MegaMiner GmbH 26 Sumpfstrasse, 6312 Steinhausen, ZG, Switzerland

+44 751 708 14 51

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