SkyRadar Blog

Artificial intelligence is becoming increasingly relevant in radar, electronic warfare, and spectrum analysis. Machine learning methods can support pattern recognition, anomaly detection, signal classification, and decision support in complex electromagnetic environments.

Radar resilience is no longer defined only by hardware performance. In modern defence environments, the more important question is how well a radar system, its processing chain, and its operators can respond when the electromagnetic environment changes.

Eurosatory 2026, taking place 15–19 June 2026 in Paris, will bring together defence organisations, research institutes, and industry partners working on technologies for sensing, protection, and spectrum operations. Among the key themes shaping modern defence capabilities are cognitive radar, electronic counter-countermeasures (ECCM), and electronic warfare (EW).

 FreeScopes AI I introduces neural networks through radar signal analysis. Build, train, and evaluate AI models visually without programming.

FreeScopes AI enables engineers to build and deploy AI for radar and sensor data without coding. A short demonstration shows rapid object classification in practice.

In May 2025, the multinational field exercise Hedgehog 2025 (also known as Siil 2025 in Estonia) brought together more than 16 000 personnel from 12 member states of the North Atlantic Treaty Organisation. With scenarios centered on a simulated incursion across Estonia’s eastern border, the drills were intended to test European deterrence and defense concepts under high pressure (Defence24.com, 17.02.2026).

AAE Opinion No. 18, “Collaborative Air and Space Combat Operations in Europe” calls for collaborative air and space combat structures in Europe; this article examines its implications and outlines a platform-based C4ISR response.

This article provides an overview of cognitive radar and cognitive electronic warfare, explaining adaptive sensing, decision-making, and the role of algorithms, simulation, and training.

Radio frequency interference increasingly affects aviation safety. This article links recent research to ATSEP and military training using simulation-based analysis.