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Jonas Nick 4022f86b92
Merge #296: Remove nixops examples and as recommended deployment method; replace with krops
520a983862 docs: nixops-krops migration guide (nixbitcoin)
7c0b521785 docs: describe deploying with krops in installation tutorial (Jonas Nick)
eb6dff5478 docs: various improvements to installation tutorial (Jonas Nick)
e8b47f099c examples: add deploy-krops.sh (Erik Arvstedt)
fe118b28ff examples: add krops deployment method (Jonas Nick)
e017675d5e krops: add package (Jonas Nick)
03db1a61b1 lnd, joinmarket: don't write to secrets dir (Erik Arvstedt)
55d87490ec secrets: make configuration more robust (Erik Arvstedt)
b0c223e716 secrets: don't stop services when the secrets target stops (Erik Arvstedt)
b701cb5603 secrets: add option 'generateSecrets' (Erik Arvstedt)
03515a8da6 examples/qemu: disable hardened preset (Erik Arvstedt)
908af3bfb8 examples/deploy-qemu-vm: show progress when waiting (Erik Arvstedt)
ccba86a0f0 examples: extract common features for running QEMU VMs (Erik Arvstedt)
cb3d5446c8 examples: use relative paths to example files (Erik Arvstedt)
a4dabc7390 Remove nixops examples and documentation (Jonas Nick)

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ACKs for top commit:
  erikarvstedt:
    ACK 520a983862

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2021-03-15 19:03:47 +00:00
ci ci: use 'cachix watch-exec' 2021-02-07 22:45:37 +01:00
docs docs: nixops-krops migration guide 2021-03-15 19:02:58 +01:00
examples docs: various improvements to installation tutorial 2021-03-15 19:02:58 +01:00
helper Remove nixops examples and documentation 2021-03-15 12:42:47 +00:00
modules examples: add krops deployment method 2021-03-15 18:53:07 +01:00
pkgs krops: add package 2021-03-15 18:53:07 +01:00
test examples: add deploy-krops.sh 2021-03-15 19:02:58 +01:00
.cirrus.yml fix build-to-cachix 2021-01-30 11:38:47 +01:00
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nix-bitcoin logo


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nix-bitcoin is a collection of Nix packages and NixOS modules for easily installing full-featured Bitcoin nodes with an emphasis on security.

Overview

A Bitcoin node verifies the Bitcoin protocol and provides ways of interacting with the Bitcoin network. nix-bitcoin nodes are used for a variety of purposes and can serve as personal or merchant wallets, second layer public infrastructure and as backends for Bitcoin applications. In all cases, the aim is to provide security and privacy by default. However, while nix-bitcoin is used in production today, it is still considered experimental.

A full installation of nix-bitcoin is usually deployed either on a dedicated (virtual) machine or runs in a container and is online 24/7. Alternatively, the Nix packages, NixOS modules and configurations can be used independently and combined freely.

nix-bitcoin is built on top of Nix and NixOS which provide powerful abstractions to keep it highly customizable and maintainable. Testament to this are nix-bitcoin's robust security features and its potent test framework. However, running nix-bitcoin does not require any previous experience with the Nix ecosystem.

Examples

See here for examples.

Features

A configuration preset for setting up a secure node

  • All applications use Tor for outbound connections and support accepting inbound connections via onion services.

NixOS modules

Security

  • Simplicity: Only services you select in configuration.nix and their dependencies are installed, packages and dependencies are pinned, support for doas (sudo alternative), most packages are built from the NixOS stable channel, with a few exceptions that are built from the nixpkgs unstable channel, builds happen in a sandboxed environment, code is continuously reviewed and refined.
  • Integrity: Nix package manager, NixOS and packages can be built from source to reduce reliance on binary caches, nix-bitcoin merge commits are signed, all commits are approved by multiple nix-bitcoin developers, upstream packages are cryptographically verified where possible, we use this software ourselves.
  • Principle of Least Privilege: Services operate with least privileges; they each have their own user and are restricted further with systemd options, RPC whitelisting, and netns-isolation. There's a non-root user operator to interact with the various services.
  • Defense-in-depth: nix-bitcoin is built with a hardened kernel by default, services are confined through discretionary access control, Linux namespaces, dbus firewall and seccomp-bpf with continuous improvements.

Note that if the machine you're deploying from is insecure, there is nothing nix-bitcoin can do to protect itself.

Docs

Troubleshooting

If you are having problems with nix-bitcoin check the FAQ or submit an issue. There's also a #nix-bitcoin IRC channel on freenode. We are always happy to help.