Proceedings of the International scientific and practical conference ―Cambridge Science and Education Conference‖ (May 15-17, 2026) / Publisher website: www.naukainfo.com. - Cambridge, United Kingdom, 2026. - 429 p.

99 Expedited information sharing between units is a critical factor in maintaining an effective defense. 3. Counter-Munition Development Prospects The future of countering Guided Glide Bombs (KAB) will leverage the integration of Artificial Intelligence (AI), Automated Command and Control (C2) systems, and next-generation interception technologies. The advancement of Mobile Air Defense Systems and high-precision Counter-Air capabilities to engage enemy aviation will remain paramount. Furthermore, a priority developmental vector is the engineering of cost-effective interceptors. Utilizing high-cost guided missiles against relatively inexpensive glide bombs often lacks economic viability. Guided Glide Bombs have emerged as a significant challenge to Ukraine‘s contemporary defense system. Their high precision and standoff range require a comprehensive, multi-layered countermeasure strategy. Effective neutralization of the GABs threat is achievable only through the combined employment of Integrated Air and Missile Defense , Electronic Warfare , Offensive Counter-Air operations against aviation infrastructure, Advancements in Early Warning Systems (EWS). Ultimately, integrated approach and technological overmatch are the decisive factors in degrading the effectiveness of such munitions in modern high-intensity warfare. REFERENCES: 1. Koval, О (2023). Security in the air space: challenges and strategies of Ukraine. Kyiv: Institute of Strategic Studies, 60 p. 2. Kovalchuk, I. (2022). Evolution and challenges of countering guided aerial bombs in Ukrainian military doctrine. Lviv: Polihraf, 78 p. 3. Semenenko, О (2024). Methods and techniques of countering guided aerial bombs in the context of the Russo-Ukrainian War. February 2024. Journal of Scientific Papers Social development & Security 14(1):66-83.