This comprehensive almanac documents verified air defense incidents from 1990 to present, representing one of the most tragic aspects of modern military aviation. Continue reading Air Defense Incidents Almanac: 1983-2025
World-class IAMD systems succeed through five fundamental criteria: comprehensive multi-layered defense architectures, seamless sensor-to-shooter integration, adaptive threat response capabilities, sustainable cost-effectiveness, and robust international interoperability. Continue reading How Modern Air Defense Systems Stop 90% of Missile Attacks: The Complete 2025 Guide
Multi-domain missile launcher concepts like the U.S. Army’s CAML program can be successfully adapted across all force classes through modular designs, tiered partnership models, and scalable automation approaches. The key finding is that successful adaptation requires matching system complexity and cost to force capabilities rather than pursuing one-size-fits-all solutions. Continue reading Multi-Domain Missile Launchers: Scaling Strategic Capabilities
The fundamental economics of drone warfare have created an unsustainable cost asymmetry that threatens traditional air defense models. Ukraine’s combat data reveals that drones account for 70% of combat casualties, while mass-produced attack drones cost as little as $20,000-38,000 each. Meanwhile, defenders face the reality of using interceptors costing 100 to 3,000 times more than the threats they engage. This economic warfare dynamic is driving revolutionary changes in air defense strategy, from AI-enabled autonomous systems to directed energy weapons that promise near-zero cost per engagement. Continue reading The Drone Defense Economics Crisis: When $3M Missiles Target $38K Drones
Moderne luftvern krever integrering av fem kritiske faktorer: distribuerte sensornettverk, lagdelte kinetiske effektorer, rettede høyenergi-våpen, integrerte kommandosystemer og passive forsvarstiltak. Denne analysen undersøker de tekniske spesifikasjonene, operasjonelle kravene, strategiske implikasjonene og praktisk implementering av omfattende luftvern i et moderne trusselbilde. Continue reading Omfattende analyse av moderne luftvernarkitektur: Fem kritiske faktorer for forbedret kapasitet
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The NASAMS and IRIS-T SL systems represent distinct approaches to modern air defense, with NASAMS emphasizing network-centric flexibility and IRIS-T SL prioritizing precision and mobility. Continue reading IRIS-T SL vs. NASAMS: Air Defense Systems Comparison
Laser air defenses when deployed in large numbers, have the potential to fundamentally reshape both defensive and offensive operations in the battlefields of the not so distant future. Continue reading Redefining the Battlefield: How Wide Proliferation of High Powered Laser Air Defenses can Transform Operations
Europe needs to more than double (2.5 times) its current number of long-range, medium-range, and short-range air defense systems to represent a credible threshold. This is a huge task in terms of procurement and deployment. Continue reading A Wake-Up Call: Europe’s Need for Stronger Air Defences
Sivil beredskap og luftvern er to essensielle, men forskjellige, pilarer i Norges nasjonale sikkerhet. De er tett sammenvevd, spesielt innenfor rammen av Totalforsvaret. Totalforsvarskonseptet innebærer at hele samfunnets ressurser, både sivile og militære, skal kunne mobiliseres for å forebygge, motstå og håndtere kriser, konflikter og krig. Continue reading Sivil Beredskap og Luftvern: To sider av samme sak
Ukraine’s experience confirm the benefits and effectiveness of air defence as a fluid, networked endeavor where adaptability and innovation are as vital as technological sophistication. These principles – mobility, layered integration, resourceful modernization, and joint-domain synergy – provide a blueprint for countering advanced aerial threats in contested environments. Continue reading Air Defence as a Fluid and Networked Joint Endeavor
