SkyRadar Blog

Digital industrial platforms like those of General Electric, Siemens or Bosch are emerging. They start as the heart of a service-led Industry 4.0 manufacturing process. But they have the potential to become the heart of a platform-based, agile and highly innovative internet of things.

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.

SkyRadar offers development services for algorithms and software development around radars and their analytic backbone, building on its yearlong experience and inhouse expertise.

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

Our "Cloud-Based Multisensor" Patent can pave the way for wearable and non-wearable devices in e-Health and general purpose IoT applications.

I am happy that the US Patent office granted another patent to Eric Moskwa and me. The patent extends a patent filed in 2014 (!!!) and describes a rule based multiapplication transceiver / sensor device with cloud connection. It can be used to monitor the human body from heartbeat to cancer markers.

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!