Minimalistic and secure operating system
Licensing: See the LICENSE file
- Small size
- Automation of the most processess related with getting, preparing, compiling and configuration
- Minimal core - The system base (core) itself contain only files required to start-up and run the system
- Enchanced security - The system will be defaultly hardened and isolated to provide maximal possible protection. The hardenings include among others:
- kernel hardening
- minimal permissons for the core components of the system
- total isolation from "outside world" (all connections will be done thru secure tunnels)
- installed and configured security software
- multiple security layers
- Small footprint - In oposite to other Linux distributions, except the security software, there won't be neither a GUI, nor other software preinstalled
- Full customization - The administrators may freely customize the system (by installing the GUI and software at choice) according to the needs
I. 64-bit Debian based Linux distribution
II. All required packages needed to get, compile and prepare the Linux image file. Bellow, are few of them:
a) Build environment containing among others:
-
build-essentials (install's allmost all software required for the compilation process)
-
bison++
-
CMake
-
gcc
-
c++
-
libtool
-
python3
-
sqyashfs
-
libssl-dev
-
autotools (autoconf, automake)
-
m4
b) Dependencies required by the third-patry software required to compile the sources
- The USB stick need to meet following criteria:
-
must be cleaned using the
wipe
command to prevent any potential leftovers from previous data and potential malware -
must have a GPT partition table
-
the partition
need
to be set bootable
-
The BIOS/UEFI
need
either to be set to run from USB before the hard drive or be run from a boot menu -
You have propper tools to "burn" the Linux image to the USB stick
- Get the content of the repository (one of):
a) using git clone (remember to use the --recrusive
and --recrusive-modules
options)
b) Download the archive from the repository and then extract it on your drive
From now, the folder to with the repository got clobed/extracted will be refered as the "project dir"
-
In the
project dir
enter thecode
sub-folder -
ensure that the scripts are executable (command:
chmod -v +x *.sh
) -
run the
prepare.sh
script -
After the script finishes (assuming that it wasn't interrupted due an error), return to the
project dir
and then enter thedist
sub-folder. Inside should be a Linux image that need to become "burned" into a USB stick. It can become also used in Virtual Machines