Yes. For many workloads, systemd-nspawn beats Docker on leanness, simplicity, and host integration. It shines on servers and homelabs where you want isolated environments without daemon overhead. You launch a container with one command, manage it with machinectl, and run it as a systemd service. All the tools already ship with every modern Linux system.

That said, Docker and nspawn solve slightly different problems. Knowing where each one wins makes the choice easy.

Bubblewrap (bwrap) is a small, unprivileged tool that sandboxes untrusted Linux apps and CLI tools with no root and no SUID binary. You build the sandbox mount by mount, so you control exactly what a program can see. It’s the same engine Flatpak runs inside. There is no daemon and no container image.

This guide is built around Bubblewrap: sandboxing desktop apps, locking down CLI tools and build scripts, network isolation, and runtime overhead. It also weighs bwrap against Firejail , the friendlier SUID-root sandbox with 1,000-plus ready-made profiles. That way you can see which one fits your threat model.

Install Windows first. Then install Linux with systemd-boot as the bootloader on a shared EFI System Partition. Add a dedicated exFAT partition for cross-OS file sharing. This setup avoids the classic problem of Windows Update wiping out GRUB , since systemd-boot entries sit next to Windows Boot Manager in the ESP without a fight. Both systems read and write exFAT out of the box, with no risk of corruption.

Got a Lunar Lake laptop and went looking for Intel’s Arc Control app on Linux? It doesn’t exist. Intel only ships Arc Control for Windows. Linux users get a community tool instead: LACT , the Linux GPU Configuration and Monitoring Tool. It covers temperature, power limits, clock speeds, and voltage through a proper GUI. For live performance data, intel_gpu_top and nvtop handle the rest from the terminal.

Below: driver setup, LACT installation, CLI monitoring tools, power tuning, and the most common things that go wrong on a fresh install.

You can build a practical AI terminal assistant by wiring Ollama’s local API into shell functions that explain errors, suggest commands, and summarize man pages - all from your .bashrc or .zshrc. No Python dependencies, no cloud API keys, no persistent daemon consuming RAM when you’re not using it. The whole thing fits in under 120 lines of shell script and responds in under a second on modest hardware with a model already loaded.

GDB and LLDB are the two workhorses of compiled-language debugging. If you write C, C++, or Rust, knowing these tools saves you hours of staring at printf output. GDB 17.1 is the default debugger on Linux. LLDB 22.1 ships with the LLVM toolchain and is the default on macOS. Both handle Rust binaries through rustc’s DWARF debug info. This guide covers the commands and workflows you actually need: from your first breakpoint to a segfault from a core dump.