Edit: No reason might seem excessive. It’s a TypeScript project and I was working on components that got imported everywhere so I might understand why the sizes needed to be updated, but it’s not a BIG project, it still doesn’t make sense to eat all the CPU.
Read MoreHere’s a straightforward docker-compose setup for running WordPress locally on my M1 Macbook, with persistent data, mapped plugins directory, and custom PHP upload settings. I use it as a Dev environnement but should work for prod with minor changes.
Read MoreBoat wiring isn’t just about hooking up positive and negative leads; it’s about ensuring every connection can withstand a harsh marine environment without turning into a fire hazard. Even the smallest wiring mistake—like a subpar crimp or an undersized wire—can lead to localized overheating. Over time, these issues can degrade further until they become a serious safety risk. In this article, we’ll walk through common pitfalls and best practices to keep your boat’s electrical system safe and reliable.
Have you ever wished you could send messages where there’s no cell service or when roaming fees are sky-high? Meshtastic makes it possible. This open-source project lets anyone create a mesh network using affordable LoRa radio modules.
It’s like setting up a mini-internet that works anywhere. Whether you’re hiking in remote areas, attending a packed festival where networks are overloaded, or like us spending time off-grid on a remote island, Meshtastic has you covered.
At its core, Meshtastic combines two technologies: LoRa (Long Range) radio for communication and Protocol Buffers (protobuf) for efficient data packaging. Together, they create a system that sends messages over several kilometers while using minimal power.
In this post, we’ll explore how Meshtastic works behind the scenes—how it cleverly routes messages, manages power use, and what makes its mesh networking approach unique. By the end, you’ll understand what makes this technology tick, even if you’re new to radio communications.
Read MoreVoltage drop can significantly impact the performance and safety of electrical systems. Here’s what you need to know about measuring it.
But What is Voltage Drop?
Voltage drop is the decrease in electrical potential along a conductor carrying current. It’s caused by the resistance in wires and connections.
Network congestion can wreak havoc on critical tasks, especially when bandwidth-hungry applications like backups hog the line. Peplink QoS Application Queue feature offers a solution, allowing you to prioritize traffic and ensure smooth operation of essential services. Here’s a very short guide onhow to set it up.
Read MoreEfficient water management is crucial for extended voyages. Let’s explore how to set up a smart system to monitor your water tanks, calculate consumption and refill rates, and provide real-time insights into your water usage, assuming you already have a sensor reporting your tank level in liters to Home Assistant.
Read MoreIf you’re considering extended offshore living or sailing, one of the most crucial pieces of equipment you’ll need could be a RO watermaker. These devices can turn seawater into fresh, potable water, ensuring a steady supply even when you’re far from land. We’re surrounded by water but none of it is suitable for consumption.
Read MoreIn our previous posts, we’ve discussed various aspects of power management on a sailboat. Today, we’re diving deep into how we control our Victron Quattro inverter/charger using Home Assistant. This setup allows for easy Inverter and Charger control and seamless integration with our other boat systems.
Read MoreLiving aboard a sailboat with modern amenities requires careful power management. Today, we’ll explore an automation that attempts to protects your battery system. This setup demonstrates how to prioritize power usage and protect your batteries from over-discharge.
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