Reference projects

Martin Flugrettung has set a new standard in pre-hospital care with the introduction of cosinuss°'s innovative patient monitoring solution. One year after the integration, it is clear to see how this technology significantly improves the safety and well-being of patients and supports air rescuers in their demanding work.

Patient monitoring during special rescues from heights and depths - During a seminar at the TCRH in Mosbach, the cosinuss° patient monitoring solution was tested under the most adverse conditions during special rescues.

The DRK Kreisverband Hamburg Altona und Mitte e.V. used the mobile patient monitoring system from cosinuss° during the Haspa Marathon Hamburg 2024.

Cutting-edge technology in mountain rescue - The Upper Austrian Mountain Rescue Service has been using cosinuss° patient monitoring technology since the beginning of 2024.

A randomized evaluation of the treatment of post-COVID syndrome. Together with renowned university project partners, cosinuss° contributes to the first use case of the NAPKON-TIP infrastructure.

In a cooperation with the AICHER AMBULANZ UNION during the Oktoberfest 2023 in Munich, cosinuss° established a continuous patient monitoring system across all stretchers, the triage area as well as all stationary areas.

The cosinuss° monitoring technology was thoroughly tested by physicians of the Martin Air Rescue organization. It was used alongside the existing technology in real rescue situations and was found to be as reliable as the reference.

A research project conducted by the Ludwig Maximilian University of Munich investigated the benefit of the cosinuss° monitoring solution for long-term, terrestrial transportation and prolonged-field-care in rush alpine rescue scenarios.

The cosinuss° monitoring solution was extensively tested in simulated helicopter flights at the Technical University of Munich. To create a scenario as close to reality as possible, the vibrations of the flight were transmitted directly through the seat to the test person in the simulator. The [...]

The cosinuss° monitoring solution was thoroughly tested by the Ludwig-Maximilian University to clarify whether an ear-based sensor technology is actually suitable for reliably and validly recording vital parameters and body temperature in an alpine environment. The prototype of the in-ear sensor, c-med° alpha, was tested in [...]