Aerospace

Optimized data processing for faster atmospheric data product generation

The European Space Agency significantly improved its capability of analyzing large-scale Earth observation data by optimizing the complex data processing.

Clean Seas – how Cloudflight supports protecting the European maritime environment

Cloudflight modernized the legacy system of the Earth Observation Data Centre (EODC) to provide real time data of maritime incidents.

Predictive Maintenance for turbofan engines

The ability to accurately predict a range of turbofan engine failures enables stakeholders to make data-driven decisions about the timing and nature of maintenance interventions.

A Design Sprint for a Sustainable Solution

For our Project GHGKit, we planned and hosted the first (aero)space Design Sprint at the Vienna office to support the requirements elicitation phase.

Solving earthly projects with space information

An aviation product based on ADS-B data that uses aircraft position and flight schedule to create a comprehensive events-and-flights API. A game-changer in pursuing a more sustainable world.

Flexible data processing for land usage

Data aggregation from observation satellites and subsequent combination with observation data from various sensor networks on the Earth's surface

Detecting Clouds with Machine Learning

New satellite imagery solutions based on existing technology

140x speedup with optimizing data processing algorithms

For developing intuitive and flexible APIs for scientists in climate protection, earth observation (EO), atmospheric remote sensing, and aerosol-related research, Cloudflight fosters rapid prototyping and refining processing settings.

Fast and accurate identification of necessary actions

REACTIFI will develop a forest inventory (FI) service tailored to REDD+ Monitoring, Reporting and Verification (MRV) in Central and East Africa.

Cloudflight Aerial Processing Service (CAPS)

Reducing calculation time and operational risk with our automated production process for DSMs, TrueDOP and 3D Meshes.

Where optical tracking is trumping the use of barcodes and RFID

Artificial Intelligence and Computer Vision enable digital tracking of baggage in airports.

91% precision in detecting bark beetles to protect forests

By combining AI technologies with satellite imagery to monitor bark beetles, we can protect forests from this threat with 91% precision.