Self-organizing drone swarms use local AI rules to form global strategies. SkyRadar explores how emergence shapes detection and defense.
written on Oct 08, 2025
by Ulrich Scholten, PhD
written on Sep 25, 2025
by Ulrich Scholten, PhD
written on Sep 22, 2025
by Peter Green
written on Sep 16, 2025
by Peter Green
written on Sep 15, 2025
by Ulrich Scholten, PhD
written on Sep 12, 2025
by Ulrich Scholten, PhD
written on Sep 08, 2025
by Ulrich Scholten, PhD
written on Feb 24, 2025
by Peter Green
written on Feb 20, 2025
by Peter Green
Self-organizing drone swarms use local AI rules to form global strategies. SkyRadar explores how emergence shapes detection and defense.
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.
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Read the blogSkyRadar’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.
Read the blogRadar technology continues to evolve, with significant advancements being made in areas such as artificial intelligence (AI), quantum radar, and autonomous systems. As these new technologies emerge, radar operators and engineers must be prepared to understand and work with next-generation systems. SkySim offers a forward-looking training platform that equips users with the skills they need to stay ahead of these technological trends.
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Read the blogSkyRadar develops innovative radar training solutions and simulation systems, empowering education, research & professional training in aviation and defense sectors.
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