To install the driver, the falco-driver-loader script requires write and execution permissions on the /tmp directory, as it will try to create and execute a script from there. If you want to use other sources like the modern BPF probe or plugins you can skip this step. Run falco-driver-loader binary to install the kernel module or the BPF probe. CentOS/RHEL/Fedora/Amazon LinuxĪpt install -y dkms make linux-headers- $(uname -r ) # If you use the falco-driver-loader to build the BPF probe locally you need also clang toolchain apt install -y clang llvm We have already seen the installation steps on a Debian-like system, let's see some other Distros. You can see an example of how to configure the falco-bpf service in the Running section Installation on different Distros Since no service is started, you have to manually configure services after the installation phase. This option installs only the Falco units into the system without starting any service, this is the equivalent of not having the dialog binary installed on the system. If you remember well, in the dialog we also had the Manual configuration. Installation without dialog (Manual configuration) If enabled, the Falcoctl service will follow the same behavior as Falco so it is enough to disable the Falco service. If you want to disable this behavior type systemctl disable rvice (if you are using the kernel module like in this example). When you choose a driver from the dialog (in our case Kmod), the systemd service is always enabled by default so it will start at every system reboot. In this mode, the Falcoctl service is masked by default so if you want to enable it in a second step you need to type systemctl unmask rvice. Typing systemctl list-units | grep falco you should see something similar to this: In this case, the Falco package will only start the rvice.
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