Havelsan's Bluevision system leverages artificial intelligence and computer vision technologies to transform maritime safety. Capable of detecting small vessels and people in water that radar systems may miss, the system is now operational aboard Turkish Navy platforms and commercial vessels.

The Directorate General of Civil Aviation has prepared new regulations for unmanned aerial vehicles. The system will provide real-time location tracking and flight safety control for all UAV operations.

Software development company HAVELSAN has launched BLUEVISION, an AI-powered system designed to enhance maritime awareness and safety. By integrating camera and AIS sensor data in real-time, the system is now operational on the Turkish Navy's SANCAR armed unmanned surface vessel and commercial shipping platforms.

SAĞLAMTEK Aerospace Defense has developed a passive acoustic radar technology that focuses on engine and propeller sounds. The system can detect large drones from 3 kilometers away and operates on standard power banks.

ROKETSAN announced that the CIRIT Anti-UAV missile successfully struck an aerial target during a test firing from the PUSU Weapon System. The domestically developed smart munition integrated with mobile platforms offers a strategic solution against asymmetric threats.

ASELSAN, Turkey's leading defense contractor, will increase component deliveries for the country's integrated Steel Dome air defense system by 50 percent. The company aims to deliver more than 150 different components throughout 2026.

C-Prot and HAVELSAN have jointly developed Turkey's first Endpoint Detection and Response (AV-EDR) platform under SSB coordination. The system was delivered to the Ministry of National Defence at SAHA 2026, strengthening domestic cyber defense capabilities.

Turkey is revising its national artificial intelligence strategy to replicate technological gains achieved in its defense sector. Government institutions, defense companies and private firms are accelerating efforts to expand the country's AI capabilities across large language models, data infrastructure and autonomous defense systems.