DASAL Aerospace Technologies participated in GLOW2025, the third phase of NATO Allied Command Transformation’s Innovation Continuum 2025 program, held in Troia, Portugal.
During the event, DASAL showcased its cutting-edge technologies in artificial intelligence, autonomous systems, unmanned aerial vehicles (UAVs), and mission-critical subsystems, all aligned with NATO’s Multi-Domain Operations (MDO) approach. The program also included discussions on integration models applicable to various operational scenarios and explored opportunities for future collaboration.
NATO’s Innovation Continuum is a strategic innovation initiative driven by contributions from academia, industry, and allied nations. It aims to accelerate the adoption of transformative technologies and integrate them into operational environments. The third phase of the 2025 series, known as GLOW, focuses specifically on testing interoperability among emerging systems and integrating diverse technologies into multi-domain operational contexts.
This stage serves as a critical milestone in transitioning innovative solutions from conceptual design to field application. For NATO, GLOW represents not only technological advancement, but also deepened collaboration, enhanced joint capabilities, and a strengthened defense ecosystem among allied nations.
With strong engineering capabilities, a robust R&D infrastructure, and a product-oriented innovation mindset, DASAL stood out as a key contributor at GLOW2025. The company’s next-generation UAV platforms and mission-critical subsystems demonstrated high compatibility with NATO’s Multi-Domain Operations concept.
Aiming to elevate Türkiye’s global position in the defense industry, DASAL continues to advance its technological capabilities through international cooperation and strategic partnerships. In doing so, it not only enhances its own competitiveness but also contributes directly to the joint defense readiness of allied nations.
Driven by a vision to shape the future battlefield, DASAL is steadily strengthening its presence in the global defense ecosystem.