Application for Flipper Zero device to control radio boards. Supports the TEA5767 board and includes pin configuration instructions. Inspired by Arduino Radio project with acknowledgments to contributors.
Nick Farrow has created MeshBoard, a text-based bulletin board system inspired by the BBSes of the 1970s and 1980s, running on a Raspberry Pi using the Meshtastic mesh network. The project allows for menu navigation and interactive games like Tic Tac Toe and an Escape Room, with no internet required. It leverages Python to create a modular and easily extensible platform, with plans to expand features such as file transfer over the Meshtastic network.
GUI application for using HackRF as a spectrum analyzer with features like optimized settings, easy retuning, peak/persistent display, and more.
Pelican Plug-In and Theme for publishing a site in Micron markup format for Nomad Network Nodes
Reticulum is a cryptography-based networking stack for building local and wide-area networks, designed to operate even in adverse conditions and without central control. It emphasizes user autonomy, security, and interoperability among networks.
rtl_433 is an open-source program designed to decode radio transmissions from various devices operating on ISM bands. It supports RTL-SDR and SoapySDR and can decode a wide range of sensors, including temperature, humidity, and rain gauges. The software is written in C and is known for its low resource consumption.
This article provides a guide on how to receive weather satellite images using SatDump.
This blog post announces the release of Flipper Zero firmware version 1.0, highlighting major new features like dynamic app loading, a redesigned NFC subsystem, JavaScript support, and various system improvements.
A new study published by Australian government researchers and Swinburne University found that good quality studies show no effect from radio waves on plants and animals, while poor-quality studies show an effect.
A simple explanation of waveguides, transmission lines, and related topics using real-world examples and minimal math.
