Next-Gen Hybrid Missiles as Networked Electronic Warfare and Kinetic Laser Engagement Platforms: Enhanced Military Technology

Next-Gen Hybrid Missiles as Networked Electronic Warfare and Kinetic Laser Engagement Platforms
This book explores the revolutionary design and battlefield integration of next-generation hybrid missile systems that merge directed-energy laser capabilities with advanced electronic warfare (EW) operations. These cutting-edge systems are equipped with onboard dual-core nuclear microreactors to power high-energy laser emitters, enabling precision kinetic enhancements through laser softening and target neutralization before impact. The missile heads are designed with AI-guided swivel-mounted lasers and autonomous tracking systems to extend kill range and surgical strike capability.
Beyond kinetic-laser integration, the book introduces the concept of Active ECM Missiles—pre-emptive electronic warfare munitions capable of disabling enemy communications, jamming radar warning receivers (RWR), and inverting enemy ECM signals to reveal precise aircraft locations. These missiles act as sensor-relay nodes using phased array LIDAR and passive RF detection, feeding real-time targeting data back to friendly aircraft via Link 16, 18, or 22—allowing pilots to remain "nose cold" and undetected.
Bridging artificial intelligence, LIDAR tracking, swarm coordination, and modular EW payloads, this book lays out a future where missiles are not just weapons—but intelligent, networked platforms shaping the electronic battlespace in real time. Perfect for defense innovators, tacticians, and engineers shaping the future of air combat.