ASELSAN outlines evolution of guidance systems and modern warfare doctrine

ASELSAN engineers have released a study titled ‘Strategic Outlook’ focusing on the evolution of guidance systems and the shifting paradigms of modern warfare. The research highlights a transition from traditional platform superiority to a focus on network and data superiority.

Key doctrinal changes include the replacement of centralized command structures with flexible, distributed command models. The study also notes a shift from human-intensive operations toward hybrid structures where humans, artificial intelligence, and autonomous systems work in tandem. Modern combat strategies are moving away from purely physical destruction toward effect-based approaches, such as neutralizing, blinding, or disabling enemy capabilities through integrated kinetic, electronic warfare, and cyber operations.

To adapt to these changes, the study emphasizes a move from prototype-oriented development to sustainable, scalable mass-production models. Future guidance systems must prioritize designs that are effective in real operational environments rather than just laboratory settings. These systems aim to target strategic assets like air defense systems, bunkers, and electronic warfare units using technologies such as laser guidance kits, autonomous long-range glide capabilities, and swarm intelligence for coordinated multi-target engagement.