SkyRadar Blog

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.

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.

A recent GIDS report reveals a critical shift in modern warfare: from platform dominance to adaptive innovation. What the Russia-Ukraine war teaches us about electronic warfare, resilience, and how NATO must rethink defense.

In light of the rapidly changing geopolitical landscape, Europe is taking bold steps to reinforce its defense readiness—its Verteidigungsfähigkeit. This strategic pivot demands more than just modernized equipment; it calls for innovation and comprehensive qualification of military personnel. SkyRadar is ready to play its part.

Air traffic control (ATC) is the backbone of modern aviation, ensuring safety, efficiency, and seamless coordination in increasingly crowded skies. As AI reshapes the landscape of radar systems, ATC academies must adapt their training programs to prepare Air Traffic Safety Electronics Personnel (ATSEP) for the challenges and opportunities ahead. The FreeScopes Environment offers a comprehensive AI training solution designed to future-proof ATC operations.

In today’s rapidly evolving threat landscape, the ability to counter electronic warfare and ensure accurate radar operations is paramount for military forces. AI-driven radar systems offer a transformative edge in detecting, classifying, and localizing targets, even under conditions of severe interference. The FreeScopes Environment provides military academies with the tools to train radar officers in these advanced technologies, ensuring readiness for modern defense challenges.

In this article, we will explore the deployment of the Spot Jamming DetectionNet into the FreeScopes Environment, showcasing its ability to detect targets and determine their exact positions under challenging jamming conditions.

In this article we will delve into the architecture, features, and training process of the Spot Jamming DetectionNet developed for the FreeScopes environment. This specialized model is designed to detect spot jamming in radar systems and accurately localize targets, even under challenging conditions of intentional interference.