Practical articles, in-depth tutorials, and architectural insights on software engineering, AI, and systems.
Learn how to build robust smart routines in Home Assistant using Zigbee sensors and strictly local processing without relying on external clouds.
Learn practical bench procedures for linearity compensation and noise elimination in industrial weighing system load cells.
Learn how to automate firmware updates for embedded devices using QEMU emulators and real hardware testing with self-hosted runners.
Learn how to develop closed-loop PID controllers on ESP32 microcontrollers to stabilize temperature, motors, and industrial or residential processes.
Learn how to connect industrial sensors via MQTT to Home Assistant securely, ensuring network isolation and reliable monitoring.
Learn how to design and build an industrial electrical panel featuring emergency stop interlocking, ensuring regulatory compliance and total protection.
Is your Zigbee network failing? Learn how to analyze the 2.4 GHz spectrum, understand packet routing, and resolve packet drops in smart homes.
Learn how to structure a secure Modbus TCP network on the factory floor, avoiding freezes, packet drops, and critical communication delays.
Learn the practical step-by-step process to calibrate 4-20 mA pressure transducers and read current loops in industrial controllers accurately.
Does your smart home crash when internet drops? Learn how to build resilient firmwares on ESP8266 and ESP32 chips using ESPHome for local processing.
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