Our goal is to provide end-to-end monitoring and control for applications such as air traffic control, coastal safety, and area and border security with a single solution.
Defense and security systems are expected to have high reliability by nature. For example, in a system established to ensure regional security, various components like radars, camera units, climate control, fire detection and suppression systems, and uninterruptible power units work together. In this case, the reliability of the system is as strong as its weakest component.
Our control and monitoring software, developed from our experience with various defense systems, connects to all mentioned devices, collects necessary health data, displays it in real-time, and manages alarms effectively during error/warning states.
Our control and monitoring software also enables remote operation with advanced cybersecurity measures and high availability infrastructure.
Adopting a real-time web applications approach with the latest web technologies, we ensure that users are provided with accurate and up-to-date data in real-time. All collected data is stored following big data principles, allowing for reporting and playback as needed.
We implement and continuously update advanced cybersecurity measures, especially for remote access.
Additionally, we design server architectures for our developed software, establishing a high-availability, hot-backup server infrastructure and taking responsibility for data security.
The Airport Traffic Radar System (HTRS), developed by Aselsan, uses information from integrated Primary Search Radar (PSR) and Secondary Search Radar (SSR) sensors to manage air traffic with operator assistance.
Aselsan has chosen Avikon for the development of the control and monitoring system for all components of the HTRS radar system. The radar control and monitoring system has been commissioned at various locations within the HTRS system. The control and monitoring software has proven to be a reliable and effective solution under field conditions with its user-friendly interface and high-availability redundant structure.
