Welcome to the RF Swift project! 🎉 Our mission is to provide all the essential tools for both HAM radio enthusiasts and RF professionals. 📡🔧
-supported-success){kind=icon}
-supported-success){kind=icon}
Introducing our Go and shell script-based toolbox, designed to streamline the deployment of Docker containers for your preferred RF tools. This evolving toolkit promises even more features in the near future, making it an essential asset for RF enthusiasts.
Currently, the scripts are still under development. However, we invite you to contribute by adding any tools you find necessary for large-scale deployment.
Inspired by the remarkable Exegol project, our toolbox aims to integrate all essential tools for radio analysis without requiring you to uninstall your preferred operating system. It also offers special Docker file recipes to help you conserve space based on your specific needs.
For those who prefer a single OS with all RF software, consider using DragonOS. But if your goal is to deploy tools within a container without affecting your host system, or saving space deploying specific recipes, this toolbox is your ideal solution.
Our philosophy is straightforward: maintain the integrity of your Linux or Windows systems while enjoying unrestricted RF experimentation. Start exploring RF without boundaries today!
We have a new documentation that will guide you through the different steps.
A list of included tools can be also seen here.
rfswiftdemo.mp4
With GQRX ;)
rfswift-demo-gqrxonwindows.mp4
Even if the Go program can build on any platform and Dockerfiles are compilable on macOS, the USB may be difficult to reach on this platform.
For the moment, consider using the tool inside a VM that handles USB, such as VMware Fusion.
You can directly pull a working container from our registry using the penthertz/rfswift:sdr_full_aarch64 reference: Docker Hub Link.
You are warmly welcomed to contribute and fill scripts with your desired tools.
In the future, we will create a dedicated page for developers.