OpenDPD is an end-to-end learning framework built in PyTorch for power amplifier (PA) modeling and digital pre-distortion (DPD). You are cordially invited to contribute to this project by providing your own backbone neural networks, pretrained models or measured PA datasets.

Automatically scan and record selected frequencies ranges using rtl-sdr.

passive keyless entry exploit research

Qt desktop application to send messages, inspect packets, metrics from your Meshtastic node.

Raspberry Pi Greenhouse Automation Project 🌸

Library for a Raspberry Pi Pico and a 433 MHz RF module

Taiwan Radio Frequency Allocations Spectrum - 台灣無線電頻率分配表

The Sonar Vision Mapping System is an advanced environmental mapping and visualization technology. It utilizes high-frequency sound pulses to create a real-time, three-dimensional map of an environment. This system is designed for applications in security, surveillance, and search-and-rescue operations.

SpaceVR Overview 1 Flight Software

Python library to encode & decode data as Manchester code

Automated RF analyzer

H2HC 2022 - Radio Frequency Village

The Seer incorporates machine learning, radio frequency communication, and signal processing to estimate the direction-of-arrival of an incoming low-band 5G signal.

PiMThor is a Big Data Analysis tool that is used to identify High UL RSSI and Passive Intermodulation Problems with Severity of Cell Towers with high accuracy, efficiency, speed and prediction

Listen to Turkish radio channels from the terminal

This project involves the usage of RF frequency transmitter and receiver to control Raspberry Pi wirelessly. The sensors used are DHT11 and Ultrasonic Sensor

RF Design Server

A repo to demo RF exploitation using a toy tank as an example

A passive RF surveillance detection system designed to identify malicious radio frequency scanning and monitoring activities using HackRF One SDR hardware.

Controlling cheap subghz ASK RX and TX modules using raspberry pi, that means signal cloning, using .sub file signal data and jamming!