The Future of Stealth Military Doctrine

Authors

• Theodoros G. Kostis

Abstract

This article explores the future of stealth military doctrine and argues that conventional stealth, centered on reducing radar cross-section and other detectable signatures, faces growing limitations against advanced integrated air defense systems. The author proposes shifting from a model based primarily on high speed and low observability toward one that emphasizes surprise through obfuscation. Central to this approach is the stand-in variable speed multiple-domain (SiVSMD) offensive concept, which combines artificial intelligence, autonomous unmanned systems, swarm tactics, miniaturization, electronic warfare, cyber capabilities, deception, and mosaic warfare. Small, distributed platforms would operate across land, sea, undersea, and air domains, varying their speed and behavior to blend with the environment, complicate adversary detection, and penetrate contested antiaccess/area-denial zones. Kostis also argues that unmanned systems could reduce operational costs and risks compared with traditional manned stealth platforms. The article concludes that future stealth doctrine should rely less on surprise through speed and more on low-speed, highly camouflaged, autonomous systems capable of creating uncertainty and preserving the element of surprise in contested environments.