Headless Raspberry Pi Imaging Cloud-Init: Setup Guide
This guide shows how to automate headless Raspberry Pi imaging using cloud-init, including setting up SSH, Wi-Fi, user accounts, and first boot scripts.
This guide shows how to automate headless Raspberry Pi imaging using cloud-init, including setting up SSH, Wi-Fi, user accounts, and first boot scripts.
Full disk encryption Raspberry Pi headless unlock uses LUKS2 to encrypt the root partition and Dropbear SSH in initramfs to accept a remote passphrase before the OS boots. The result is an encrypted Pi that can be deployed in an unattended location and unlocked over the network without physical access. The boot partition remains unencrypted…
The Raspberry Pi 5 supports booting from SD card, USB, and NVMe drives. This guide walks you through setting up a reliable multiboot environment, configuring EEPROM, and managing OS images.
Borg on Raspberry Pi gives you restorable, encrypted backups with real retention control. Learn how to configure prune policies, run schedules, and test restores properly.
Use Rclone on your Raspberry Pi to encrypt and sync files to cloud storage like Google Drive or Backblaze. This guide walks through setup, encryption, and automation clearly and quickly.
Learn how to configure a Raspberry Pi as a NAS for Time Machine backups using Samba. This guide covers hardware choices, storage preparation, Samba settings, macOS integration, and network tips—designed for macOS and Pi users alike.
Build a full Samba Active Directory domain controller on a Raspberry Pi using Samba 4. Ideal for home labs or test environments where simplicity meets functionality.
Setting up OpenWrt on a Raspberry Pi 4 or 5 with USB NICs and VLANs turns a $50 board into a robust, low-cost network router. Learn how to configure everything from VLAN tagging to firewall rules and more.
WireGuard Raspberry Pi site‑to‑site VPN enables a travel router to securely link two networks across the internet. You’ll learn how to generate keypairs, configure endpoints and route subnets so devices on both sides behave as if on the same LAN.