SkyRadar Blog

When does an ATM radar actually see an aircraft, and when does it only see one target (instead of a formation of warplanes). Why does a radar sometimes miss an aircraft. Here some explanation.

Cyber threats continue to grow exponentially around the globe. By 2022, Cisco estimates that 1 trillion networked sensors will be embedded in devices globally, and that number is expected to swell to 45 trillion within 20 years. It is no wonder that there is a grave concern as these threats are no longer limited to targeting computers, corporate networks, or smartphones.

Windowing (also known as weighting) functions are used to combat spectral leakage from digital signal processing. This article explains how they are applied in radar technology.

FreeScopes Basic II is the advanced module in SkyRadar's modular radar analytics and visualization environment. It includes important two-dimensional functions like 2D-Fast Fourier Transform (FFT), 2D-CFAR. It also includes additional functions like the spectogram, several windows functions and a 3D Scope. This article introduces into the module.

FreeScopes Basic I is the fundamental module in SkyRadar's modular radar analytics and visualization environment. It includes all the fundamental virtual scopes, filters and algorithms. This article introduces into the module.

FreeScopes 7 allows students to read live raw data from radar sensors and to assemble their radar block diagrams on the screen, including A-Scopes, B-Scopes and the PPI.

With SkyRadar's NextGen 8 GHz Training Radar and the FreeScopes software, students can assemble their radar block diagrams just-in-time on live signals.

In January 2021, SkyRadar introduced the new Radar User Interface and Control Center "FreeScopes 7".

The radar image is not the result of one single signal conversion function. It is rather the consequence of a sequence of transformations. SkyRadar's training radar allows students to play on most of the stages concurrently - and independently!