
Revive rotary phones with Raspberry Pi-powered exchange system. Learn to build, program, and enhance this open-source project that mimics global telephone setups, offering unique advantages and nostalgic experiences.

Learn to split and organize your Home Assistant configuration into multiple files, improving manageability and intuitiveness. Covers YAML basics, file editing, backups, and various splitting techniques.

Learn to build a Raspberry Pi-based solar camera for streaming and capturing telescope images, perfect for observing the 2024 Solar Eclipse and exploring astronomy from home.

Explore Cellular IoT's benefits for LPWAN applications: enhanced coverage, robustness, security, and future-proofing. Learn about Nordic's complete solution, including the nRF9151 SiP, and dispel common misconceptions.

Explore diverse operating systems for Raspberry Pi 5, including Raspberry Pi OS, Ubuntu, Armbian, openFyde, Kali Linux, LibreELEC, and Recalbox. Learn installation methods and unique features of each OS.

Explore Arduino IoT Cloud's 2024 features, build projects with Uno R4 WiFi and ESP32 DevKit boards, and learn about cloud variables, dashboards, and triggers in this comprehensive guide.

Build and explore a DIY lunar rover using an Arduino kit. Learn about rover components, Mars missions, and navigate challenges in robotics and programming.

Build and configure an open-source DIY sprinkler system using Raspberry Pi and OpenSprinkler. Learn hardware setup, software configuration, and automation for efficient home irrigation control.

Explore cutting-edge strategies for securing smart homes in this DefCamp 2023 presentation. Learn about emerging threats and innovative solutions to protect IoT devices and networks at the edge.

Explore home-based AI deployment with ChatNMI, focusing on easy implementation and advanced techniques. Learn to push the boundaries of AI integration in personal environments.

Explore open-source solutions for connecting Zephyr devices at scale, comparing CoAP and LWM2M-based architectures for cellular LPWAN and Matter/Thread smart home systems.

Explore Single-Pair Ethernet and Zephyr OS for secure, real-time connectivity in industrial IoT. Learn how this combination enables flexible, high-data-rate links and IP connectivity to field devices.

Comprehensive exploration of Arduino Alvik's capabilities, from unboxing to advanced programming. Covers MicroPython coding, movement control, line following, and color detection for robotics enthusiasts.

Learn to create an escape room puzzle using illuminated arcade buttons, Arduino coding, and strategic timing. Covers hardware setup, wiring, and programming for an engaging interactive challenge.

Explore challenges and solutions for scaling WebSocket-based IoT systems in Kubernetes, focusing on an EV charging platform and addressing reconnection storms through event-driven architecture and Redis-based circuit breakers.

Explore practical cellular IoT applications using nRF9160 SiP and Golioth's platform. Learn to build, customize, and extend IoT solutions from hardware to cloud visualization.

Build a DIY rain gauge using Raspberry Pi Pico, 3D-printed parts, and simple electronics. Learn hardware assembly, design principles, coding, and real-world testing for accurate rainfall measurement.

Comprehensive tutorial on installing Arduino libraries, covering different methods and IDE versions. Includes practical demonstrations and tips for both beginners and experienced users.

Explore KubeEdge's architecture and real-world applications in IoT and distributed systems. Learn how it extends Kubernetes for efficient edge computing workload management across various industries.

Comprehensive review of Argon NEO 5 NVMe case for Raspberry Pi 5, covering assembly, NVMe SSD setup, speed tests, and thermal performance. Ideal for enthusiasts seeking enhanced storage and cooling solutions.

Explore NATS.io for seamlessly connecting AI applications across cloud and edge, enabling distributed computing and fostering organizational agility in the era of generative AI and edge computing.