This article details a project where the author successfully implemented OpenClaw, an AI agent, on a Raspberry Pi. OpenClaw allows the Raspberry Pi to perform real-world tasks, going beyond simple responses to actively controlling applications and automating processes. The author demonstrates OpenClaw's capabilities, such as ordering items from Blinkit, creating and saving files, listing audio files, and generally functioning as a portable AI assistant. The project utilizes a Raspberry Pi 4 or 5 and involves installing and configuring OpenClaw, including setting up API integrations and adjusting system settings for optimal performance.
The team behind Armbian has released a new image flashing application as an alternative to the Raspberry Pi Imager, offering direct download of Armbian images and support for over 300 boards.
This article details how to set up Pi-hole on a Raspberry Pi to block ads network-wide, improving browsing and streaming experiences on all devices.
Raspberry Pi is transitioning from its firstrun.sh script to cloud-init for more robust and cross-platform OS customization on first boot, offering greater flexibility in configuration.
Cloud-init is a cross-platform, distribution-agnostic tool used to automatically configure systems on first boot. Raspberry Pi is transitioning from its older `firstrun.sh` script to cloud-init for customizing Raspberry Pi OS.
Instead of modifying a single script, cloud-init uses three YAML configuration files (meta-data, network-config, and user-data) placed on the boot partition. These files allow users to configure things like:
* Users and home folders
* Network settings (Wi-Fi and wired)
* SSH access
* Raspberry Pi-specific features (I2C, SPI, UART buses, USB Gadget mode)
Raspberry Pi Imager 2.0 now generates these configuration files by default, making customization easier. Cloud-init offers a more flexible and modern workflow for provisioning Raspberry Pi images.
Cloud-init is a cross-platform, distribution-agnostic tool used to automatically configure systems on first boot. Raspberry Pi is transitioning from its older `firstrun.sh` script to cloud-init for customizing Raspberry Pi OS.
Instead of modifying a single script, cloud-init uses three YAML configuration files (meta-data, network-config, and user-data) placed on the boot partition. These files allow users to configure things like:
* Users and home folders
* Network settings (Wi-Fi and wired)
* SSH access
* Raspberry Pi-specific features (I2C, SPI, UART buses, USB Gadget mode)
Raspberry Pi Imager 2.0 now generates these configuration files by default, making customization easier. Cloud-init offers a more flexible and modern workflow for provisioning Raspberry Pi images.
37年前のポケコン(SHARP PC-G801)を改造し、Linuxが動作するポケットコンピューターを作成した記事。RPN電卓としても使用可能で、WiFi接続やソフトウェアの追加も容易。
A new patch enables Nvidia GPU support on Raspberry Pi 5 and Rockchip devices, allowing for GPU-accelerated compute tasks. The article details the setup process, performance testing with llama.cpp, and current limitations with display output.
Introduction to the OSOYOO V4.0 Robot Car for Raspberry Pi, highlighting its advanced features and capabilities for complex robotic projects compared to Arduino-based kits.
The latest version of Raspberry Pi OS is now based on Debian 13 "Trixie", bringing newer software and technologies. This release features a visual overhaul with two new GTK themes (PiXtrix and PiXonyx), a new icon theme (PiXtrix), a new system font (Nunito Sans Light), and new wallpapers. Key changes include a more modular package installation process, a new plugin-based Control Centre replacing older preferences applications, improvements to the taskbar and LXDE Panel, new command-line tools for keyboard configuration (rpi-keyboard-config and rpi-keyboard-fw-update), and updates to the Bookshelf app. Existing users can update via sudo apt update && sudo apt full-upgrade. The new OS supports all Raspberry Pi models.
This article details how to enable full eGPU acceleration on the Raspberry Pi 500+ with a 15-line patch, resulting in significant performance improvements for gaming and local LLMs. It covers the necessary hardware, software modifications, and benchmark results.
This article discusses using MIT's App Inventor to create a custom Android app for controlling a Raspberry Pi-based robot via Bluetooth. It details the ease of use of App Inventor, the challenges of setting up Bluetooth communication on the Linux side (specifically with Bluez), and a workaround involving a custom server to handle Bluetooth communication.
