In this article, we delve into setting up oil pressure monitoring for an engine using the versatile ESP32 microprocessor.

In the world of smart boating, accurate monitoring of electrical parameters is crucial for ensuring the reliability and efficiency of your vessel’s systems. One key component that can help achieve this is the INA219 board, a high-side current sensor that can measure both the bus voltage and the current flowing through a load. This article will guide you through connecting the INA219 to an ESP32, configuring it using ESPHome, and understanding its advantages over traditional voltage dividers.

In this article, discover how to set up a sophisticated engine temperature monitoring system using the ESP32 microprocessor and DS18B20 one-wire sensors, capable of withstanding extreme temperatures up to 125C and offering waterproof capabilities.

In the rapidly evolving world of smart technology, the ESP32 microcontroller stands out as a game-changer, especially for the boating community. This powerful, versatile, and cost-effective device is transforming how we approach marine automation and smart boating. In this article, we’ll explore what the ESP32 is, its capabilities, and how it integrates seamlessly with ESPHome and Home Assistant to enhance your boating experience.

In this article, I’ll guide you through how to setup online boat tracking! This video guides you through the Smart Anchor integration that connects your boat to No Foreign Land (NFL) for real-time tracking, completely free of charge

In this article, I’ll guide you through using the Raspberry Pi 4 as the core computer for your smart boating needs. This guide will cover unboxing, assembly, and initial setup of the Raspberry Pi 4, transforming it into a powerful and compact smart boating computer.