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With our R&D department that we have established within OBSS, we take the services we provide to the defense and aerospace sectors one step further! With our R&D studies in many fields from national defense to biomedicine, we become the solution partner of the corporations in this important business branch. In addition to the studies focused on literature research, documentation and reporting, we also provide the necessary support for our business partners for their needs such as prototype production. In this context, we carry out R&D activities mainly in the following areas:

• Space and Aviation
• Sensor Technologies 
• Signal Processing
• Biomedical
• Artificial Intelligence
• Autonomous Vehicles
• Game and Simulation Technologies
• Blockchain
• Augmented Reality (AR)
• Virtual Reality (VR)

Achieve success with our systems engineering solutions!
With our system engineering team consisting of expert staff, we offer comprehensive services to corporations in line with their needs and expectations. According to the requirements of the projects, we work with computer engineers, electrical-electronic engineers and aerospace engineers who have high experience in their fields. We use the most modern and advanced models (MBSE/V-Model/RAMS) that provide a comprehensive process management in all our work. In addition to the requirement analysis, control and reporting studies we carry out, especially in design, we are also active in post-development field support operations, installation services, feasibility studies, simulations and customer acceptance tests.
By taking part in the R&D activities of our solution partners, we contribute to achieving their strategic goals. 
While internally assigning our work areas that are within the scope of R&D; we also contribute to the military and civilian projects of various organizations (especially ASELSAN as a part our strategic partnership). In addition to carrying out research and reporting activities of R&D projects, we also undertake works such as academic literature review, literature creation and prototype production. In this way, while contributing to the development of our partners by providing savings in labor and time, we also constantly strengthen our in-house competencies. With our qualified staff and the experience we have gained in our sector, we also implement, by using our own resources, projects that will add more strength to our country’s technological power. 
We continue to improve in order to witness new technologies up-close and to direct innovations!
To have studies on issues that have not reached technological or private sector maturity or those that are newly maturing and issues with high uncertainties require a different perspective from the classical software and product development methods. Conducting literature research and highlighting academic knowledge in these areas are of great importance in terms of preventing uncertainties and achieving developments by obtaining productive results. Formations that value scientific knowledge, have high goals, are firmly grounded and aim to benefit the world on a larger scale, play the most important role in this regard. With our R&D unit which we have implemented as OBSS in line with all these needs, we bring the concrete outputs together with our efforts of continuing to improve ourselves!
With our well-equipped R&D team, we lead the way in developments that will add value to our industry.
With our R&D unit, we lead the development of our friends, who are more talented than the other, like to take risks and work with planning that’s appropriate with the nature of their job. When we provide the necessary opportunities to the minds with specialized fields of expertise and with strong academic background, we experience again what we are able add to the sector, in every work we do, by reaching the cutting edge of technology! Therefore, we conduct our research and development activities in a more creative environment where scientific and technical knowledge is a priority. Because we put great emphasis on our friends in our team to have a development-oriented mindset, analytical thinking ability, scientific skepticism, field expertise and the ability to take initiatives as well as to constantly nurture their creativity. 




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.


Biomedical Person-Status Analysis

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.


Space Situational Awareness

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.