Pulling Linux up by its bootstraps

The live-bootstrap project, initiated in 2020 by Samuel Tyler, aims to automate the complete bootstrapping of a modern Linux system without relying on an existing kernel. This project has made significant strides, notably reducing the binary bootstrap seed size to just 357 bytes, and eliminating the need for a pre-existing Linux kernel. The process begins by cloning the project's Git repository or downloading a release tarball, followed by using a tool called rootfs.py to manage the bootstrapping. The initial phase utilizes a minimal kernel, Builder-Hex0, which is designed to be small and verifiable. This kernel runs scripts to create an in-memory filesystem and build essential tools, eventually leading to the construction of a usable Linux environment. The project emphasizes the importance of human-auditable source code and aims to ensure the longevity of software ecosystems by creating a self-contained chain of software that can build itself from a minimal seed. The bootstrapping process not only enhances user confidence in binary packages but also simplifies the complexity of building Linux distributions from scratch. Overall, the live-bootstrap project represents a significant advancement in the field of reproducible and bootstrappable builds, addressing concerns about software trustworthiness and sustainability.

- The live-bootstrap project automates the bootstrapping of Linux without needing an existing kernel.

- It has reduced the binary bootstrap seed size to 357 bytes.

- The process utilizes a minimal kernel, Builder-Hex0, to create a usable Linux environment.

- Bootstrappable builds enhance confidence in binary packages and simplify Linux distribution building.

- The project aims to ensure the longevity of software ecosystems through self-contained software chains.