ASELSAN Displays Steel Dome Air Defense Architecture at TEKNOFEST
At the recent TEKNOFEST held in Şanlıurfa, defense giant ASELSAN captured significant attention by showcasing the “Steel Dome” project, a comprehensive, multi-layered air defense architecture designed to secure national airspace. As the festival unfolded, the company demonstrated how this system integrates various radars, sensors, and communication networks into a unified defensive structure. Central to this operation is the HAKİM Command and Control System, which utilizes advanced artificial intelligence to process real-time data and determine the most effective response to aerial threats. This exhibition highlights Turkey’s ongoing commitment to achieving self-reliance in cutting-edge military technology and regional security.
- The Steel Dome functions as an integrated network of radars and missiles managed by the AI-powered HAKİM Command and Control System.
- ASELSAN showcased a diverse range of domestic defense assets including the Korkut, Sungur, and Siper systems designed for various threat altitudes.
- The company expanded its technical scope beyond defense by presenting advancements in domestic medical technologies like portable X-ray and life support systems.
- Interactive workshops at the event focused on inspiring future generations through hands-on education in coding, robotics, and satellite principles.
Steel Dome Integrates Various Defense Layers Effectively
The Steel Dome is categorized as a “system of systems” rather than a single weapon platform. By consolidating information from electro-optical sensors and multiple radar types, it creates a real-time aerial map of the battlefield. The system manages a tiered defense strategy that includes assets like Korkut 35, Gökberk, and the long-range Siper missiles. During the demonstration, the PUSAT 1000 AESA radar and the GÜRZ autonomous air defense system proved their capability to identify and track targets across both low and high altitudes, feeding this critical information directly into the command network.
New Technologies Enhance Tactical Combat Capabilities
Beyond traditional missile defense, ASELSAN introduced specialized solutions for emerging threats such as drone swarms. The Ejderha (AD 210) system utilizes high-powered electromagnetic waves to neutralize micro-UAVs, while the Gökberk-10 laser system offers a cost-effective alternative for modern warfare. Visitors also had the opportunity to experience high-end avionics, including the Avcı helmet, which allows pilots to control helicopter weapon systems through simple head movements. This immersive technology demonstrates the synergy between human operators and machine intelligence in high-stakes environments.
Healthcare Investments Reduce Reliance on Imports
ASELSAN is actively diversifying its industrial output to include critical medical equipment. According to company leadership, there is a concerted effort to develop domestic solutions for healthcare, such as heart-lung machines and portable imaging devices. By applying the same rigorous engineering standards used in military defense to the medical sector, the company aims to significantly decrease the nation’s dependency on foreign medical technology imports.
Future Engineers Explore Modern Science Concepts
The event also prioritized the development of future talent through the Tekno Macera initiative. Younger visitors engaged with 9D cinema experiences and interactive workshops that simplified complex topics like optical refraction and satellite mechanics. These programs are designed to cultivate a foundational interest in engineering among students, ensuring a steady pipeline of domestic experts capable of advancing Turkey’s technological independence in the coming decades. Through these initiatives, the festival serves as a bridge between current industrial milestones and the intellectual potential of the next generation.
The rapid evolution of the Steel Dome and its integration with artificial intelligence represents a major shift in modern tactical security. We invite you to share your thoughts on which component of this multi-layered air defense architecture you find most impressive and how you perceive the impact of these technological advancements on national security.
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