RELEASE 6.2
SIGpi is a "go-kit" for Signal Intelligence (SIGINT) enthusiasts with emphasis on capabilities in the VHF, UHF, and SHF spectrum. For completeness, HF spectrum related software is included for optional install. This (bash) shell script builds SIGINT tools on the following platforms:
- Raspberry Pi4 4GB RAM or Raspberry Pi 400 with 32GB microSD card running Raspberry Pi OS Full (64-bit)
- Ubuntu 22.04 LTS on arm64 and amd64
A headless server aka Node Install can be built on a minimum of a Raspberry Pi3 B+ with 32GB microSD card running Raspberry Pi OS Lite (64-bit) or Ubuntu 22.04 LTS Server
SIGpi includes it's own package manager to update applications to their latest releases using familiar syntax from package management systems
Usage: sigpi [ACTION] [TARGET]
ACTION
install install TARGET from current release
remove remove installed TARGET
purge remove installed TARGET and purge configs
update check to see if new TARGET available
upgrade upgrade TARGET to latest release
TARGET
A SIGpi package
You can update packages in your existing SIGpi install with the following commands using SDRangel and SDR++ as examples:
SIGpi purge sdrangel
SIGpi install sdrangel
SIGpi purge sdrpp
SIGpi install sdrpp
Perhaps you forgot to add an application during your initial run of SIGpi_installer or there is a new software release available of SDRangel. SIGpi includes its own application management system akin to OS package management systems like APT. The difference is sigpi manages applications whether they are from the distro releases or compiled from other repos such as Github. This enables you to just install the base system and go back and add inidividual applications. sigpi can periodically be run to check on availability of new applications and upgrade them.
Usage: SIGpi [ACTION] [TARGET]
ACTION
install install TARGET application from current release
remove remove installed TARGET application
purge remove installed TARGET application and purge configs
update check to see if new TARGET application available
upgrade upgrade TARGET application to latest release
shell wrap SIGpi environment variables around a TARGET script
TARGET
A SIGpi package or script
Example
SIGpi install kismet
Best efforts made to update releases when significant releases (X.Y) are made available for component packages with speciall attention to popular SDR packages like SDRangel and SDR++
Though our first priority of support platforms is the Raspberry Pi4 4GB RAM running Raspberry Pi OS Full (64-bit), this build will install and run on Ubuntu 22.04 LTS (amd64 and aarch64)
While tools are included for Amateur Radio, it is not this builds focus. We are focused on the ability to detect and decipher the range of RF signals around us from consumer IoT to critical infrastructure for educational purposes and provide tools to assist those with spectrum planning responsibiity to better visualize spectrum utilization around them.
- Login as pi or sudo user on supported platform
- Update and install pre-requisite packages to install SIGpi
- From your home directory, create a directory called SIG and switch into it
- Clone the SIGpi repo
- Change directory into SIGpi
sudo apt update && sudo apt upgrade
sudo apt-get install -y build-essential cmake git
cd ~
mkdir ~/SIG && cd ~/SIG
git clone https://github.com/joecupano/SIGpi.git
cd SIGpi
This is the full desktop installation. Run the following command:
./SIGpi_installer.sh
A node is an SDR connected to a headless server running software accessed/managed by command line or a network accessible API interface. Node Install can be performed on Raspberry Pi3/4 B+ with 32GB microSD card running Raspberry Pi OS LiteFull (64-bit) SIGpi Node install gives the option to run RTL_TCP, SoapySDR, or SDRangel-server on startup. Run the following command to create a node
./SIGpi_installer.sh node
During installation you will have the option to run either RTL-TCP, SDRangel Server, or SoapySDR server on startup or choose not to start any of them.
In this setup a 12V@17A switching supply powers all the kit. Since RPi4 are picky about getting 5.1V a set-up converter is added to power it. A 12V Rpi4 are pickya bout getting 5.1V. USB peripherals can be hungry so a powered USB hub is included. While 7 ports are available no more than three devices requiring power should be enabled since hub produces a maximum of 36 Watts ( 3 x 5V x 2.4A = 36 Watts)
Since this is a SIGINT platform we do not want to be generating any RF so onboard Bluetooth and WiFi should be disabled. If Internet is needed and only available via WiFi then so be it and use your onboard WiFi.
Only three USB devices requiring power should be enabled at a time. The range of devices depicted is only to demonstrate what you could potentially connect to it.
Yes, I know there are more apps installed. There is no short-cut and must defer you to the documentation on their respective sites