SkyRadar Blog

In this article, we explore how surveillance, digital signal processing, and AI can be combined to infer the intent of adversary drone swarms. Drawing on a meta-analysis of academic research, we provide a practical perspective for defense and security stakeholders.

Doctrine and the Human Factor in Counter-Stealth Training

Beyond technology: This article discusses why doctrine, teamwork, and decision-making under uncertainty are key in SkySim’s counter-stealth training.

Jamming, deception, and spoofing meet stealth. This article explores EW’s cat-and-mouse game and how SkySim prepares operators for contested skies.

Train SAR principles with SkyRadar’s modular 8 GHz radar and conveyor system for precise image formation and signal analysis.

This article discusses how low-frequency, multistatic, and passive radars expose stealth, and how SkySim turns theory into hands-on training.

Hypersonic glide vehicles evade radars. Learn how multispectral sensing, AI, and SkyRadar’s stealth extensions prepare defense for this evolving threat.

Stealth was once the privilege of state-of-the-art fighter jets and high-altitude reconnaissance aircraft. Today, the same principles of radar evasion are being applied to far smaller, more numerous, and more agile platforms: drones. But what makes these platforms especially dangerous is not their individual sophistication—it’s their collective behavior.

SkyRadar’s extended SkySim simulator trains radar operators and ATSEP students in stealth detection, swarm analysis, passive radar, and electronic warfare—offering scalable, AI-enhanced, and classroom-ready modules for real-world readiness.

This article explores how SkyRadar's SkySMC Simulator transforms radar training through immersive monitoring and control exercises, fault diagnosis, and integration with real radar hardware—ideal for hands-on learning in defense, aviation, and engineering education.