As the OBSS R&D department and considering the strategic importance of the seas in terms of nationally, internationally and ecologically, we have been conducting works on our autonomous surface vehicle called “Piribot” since 2013. Designed for military or civilian use and is already able to offer benefits in many critical areas, we aim to develop this unmanned sea vehicle in line with swarm technologies and submarine use.
As the OBSS R&D team, we have a project that we have developed on recognizing and interpreting the physiological and psychological states of people though the data read from smart sensors. By evaluating Photoplethysmogra (PPG), Electroencephalograph (EEG), Skin Conductance Response (SCR), accelerometer and similar signals collected from smart watches and customized biomedical sensors, we enable the simultaneous monitoring of many factors such as heart rate, blood pressure, respiratory rate, respiratory quality, fatigue status, state of sleep, stress level and relaxation. Thanks to this technology we developed, we offer potential development possibilities and application opportunities to many areas from health, sports education, military, etc. sectors to personal health monitoring.
With the development of space technologies, creating awareness of what is happening in the space field is essential in many areas such as space weather, safety, collision avoidance and communication. Within the scope of the space situational awareness project we have developed for this purpose, by monitoring satellites from different data sources, we enable instantaneous calculation of their orbits, positions related to their orbits and of collision probabilities. At the same time, we also carry out studies on many sub-titles such as determining the positions and speeds of satellites by using the optic and radiofrequency methods.