As defence organisations prepare for Eurosatory 2026, one of the central questions is how modern forces can train for electronic warfare environments that are becoming faster, denser, and more adaptive.
Hardware remains important. Sensors, antennas, processors, platforms, and communication systems are still the visible part of defence capability. But increasingly, the decisive layer is the ability to understand, simulate, and adapt to changing electromagnetic conditions.
This is where radar simulation, digital twins, and technical training environments become essential. They allow engineers and operators to study behaviour before relying on adaptation in more complex operational settings.
SkyRadar’s work focuses on this training and simulation layer. Through environments such as SkySim, FreeScopes, and AI-supported analysis tools, users can examine radar signals, simulate electronic warfare scenarios, test processing chains, and understand adaptive behaviour in practical terms.
The objective is not to replace hardware training, but to connect real radar measurements, simulated scenarios, and engineering interpretation into one coherent learning environment.
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Luxembourg Pavilion |
Electronic warfare scenarios are difficult to reproduce in a simple classroom or laboratory setting. Real operational environments may include multiple emitters, jamming sources, spectrum congestion, deceptive signals, clutter, moving targets, and changing propagation conditions.
Training only with clean signals gives users an incomplete picture.
Simulation allows engineers and trainees to study conditions that may be difficult, expensive, or impractical to create with hardware alone. It also allows the same scenario to be repeated, modified, compared, and analysed.
This repeatability is important. It helps users understand cause and effect. They can observe how a radar signal behaves normally, then introduce interference, deception, or parameter changes and study the resulting system behaviour.
A digital twin is useful when it helps users explore how a system behaves under changing conditions. In radar and electronic warfare training, this means creating environments where signal behaviour, processing logic, and operational scenarios can be examined together.
In cognitive radar concepts, a radar system may need to sense the environment, evaluate conditions, and adapt its behaviour. This could involve changes in waveform, processing strategy, filtering, or interpretation.
But adaptation must be understood. Engineers and operators need to see what changed, why it changed, and how the system responded.
This is why simulation and digital twins are closely linked to cognitive radar training. They allow users to study adaptive behaviour before relying on it in more complex environments.
SkyRadar’s SkySim environment supports technical radar simulation and scenario-based training. It allows users to work with simulated radar signals and electronic warfare scenarios where live hardware may not be sufficient or practical.
Such environments help users study topics including:
When combined with FreeScopes, users can examine signal data, apply processing chains, and interpret the results through visual analysis tools.
This creates a training workflow that connects simulation, signal behaviour, and engineering interpretation.
One of the strengths of a radar training environment is the ability to combine real measurements with simulation.
Real radar hardware helps users understand physical signal behaviour. Simulated scenarios help extend this learning into situations that may be difficult to reproduce physically.
Together, these two layers create a stronger technical foundation. Users can observe radar reflections and Doppler behaviour from physical targets, then compare these with controlled simulated scenarios involving interference, jamming, or deception.
This is especially valuable for defence research organisations, military academies, and universities working on radar engineering, electronic warfare, and technical operator training.
Cognitive electronic warfare is not simply a matter of adding automation to existing systems. It requires an understanding of the electromagnetic environment, the ability to evaluate changing conditions, and the capacity to adapt in a controlled and trusted way.
This makes training a strategic layer.
Engineers and operators must understand how radar systems respond to interference, how signal-processing methods affect detection, how AI-supported tools interpret patterns, and how simulation can be used to test training scenarios and processing strategies.
SkyRadar’s work focuses on this layer between hardware and operational doctrine. Its environments are designed to help users study radar behaviour, experiment with signal scenarios, and understand adaptive processing in practical terms.
Modern defence capability cannot depend only on static system performance. In contested electromagnetic environments, systems must be able to change behaviour, and users must understand the reason behind those changes.
This is where simulation, digital twins, and repeatable training scenarios become critical. They provide the space to examine what happens when the environment changes, when interference is introduced, or when different processing strategies are applied.
For cognitive radar and cognitive electronic warfare, the core loop is to sense, evaluate, and adapt. Training environments help make that loop visible, measurable, and understandable.
Eurosatory 2026 will bring together organisations working on defence technology, sensing, protection, mobility, electronic warfare, and future operational capability.
Within this context, radar simulation and digital twins are not secondary tools. They are part of how defence organisations prepare people to understand increasingly complex systems.
Modern radar and EW capability depends not only on equipment, but also on the trained specialists who can analyse, validate, and improve these systems.
SkyRadar will be present at Eurosatory 2026 in Paris from 15–19 June 2026.
Visitors can meet the SkyRadar team at:
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Luxembourg Pavilion |
At the exhibition, SkyRadar will present radar training, simulation, cognitive-radar training concepts, ECCM training, and AI-supported analysis environments for defence research and technical education.
In a defence environment where the electromagnetic spectrum is increasingly contested, radar simulation and digital twins help prepare specialists to understand, test, and improve adaptive systems.
Eurosatory 2026 / 15–19 June 2026 / Paris / Luxembourg Pavilion – Hall 5a – Stand H190
How to get there? | Write us to arrange a meeting: info@skyradar.com