In the project supported by ASELSAN, a UAV with visual navigation and visual guidance capabilities was developed. The drone, which has artificial intelligence-based visual detection and tracking and visual inertial odometry capabilities, aims to protect critical systems (such as airports) where electronic warfare support (electronic jamming, etc.) is not possible.

An important collaboration between ASELSAN and ITU Aerospace Research Center (ITU ARC) has resulted in the creation of a cutting-edge drone equipped with fully visual navigation and guidance capabilities. This collaborative effort integrates artificial intelligence (AI)-based visual target tracking and visual-inertial navigation, presenting a transformative solution for defending critical facilities, including airports, where traditional electronic warfare support may be rendered ineffective. The project opens new possibilities for navigating seamlessly across the entire operational envelope without the need for GPS data. Key features of the developed drone include AI-based visual target tracking, visual-inertial navigation and autonomous operations.
In the final stage of project, flight tests were conducted to validate the visual target tracking and guidance algorithms, considering different weather conditions and time zones. The acceptance tests took place at ITU ARC Örencik UAV Test Site, where two Anti-UAV drones produced within the project were delivered to ASELSAN, marking the successful completion of this initiative. This collaborative achievement not only signifies a leap forward in drone technology but also reinforces the capabilities of AI-based visual navigation in critical defense applications. The project's success sets a precedent for future innovations in autonomous systems that can operate reliably in challenging and contested environments.