Flipper Zero Raw RFID Tools

A python library for reading and analyzing Flipper Zero raw RFID files (tag.[ap]sk.raw)

• Installation
  • Via pip
  • From source
• Usage
  • As a library
  • From commandline
• Tutorial

Installation

Via pip

pip install flipper-raw-rfid

From source

git clone https://github.com/hnesk/flipper-raw-rfid.git 
cd flipper-raw-rfid
make install

Usage

As a library

from flipper_raw_rfid import RiflFile
import matplotlib.pyplot as plt 

rifl = RiflFile.load('test/assets/Red354.ask.raw')
# for the reconstructed binary signal
signal = rifl.signal()
# or for the raw pulse and duration values
pd = rifl.pulse_and_durations()

plt.plot(signal[0:20000])

results in:

There is also a short tutorial notebook

From commandline

# Plot a file (requires matplotlib)
$ flipper-raw-rfid plot tests/assets/Red354.ask.raw
# Dump the contents in pad format (see below) 
flipper-raw-rfid convert --format=pad tests/assets/Red354.ask.raw Red354.pad.csv
# Dump the contents in signal format
flipper-raw-rfid convert --format=signal tests/assets/Red354.ask.raw Red354.signal.csv

Commandline help

flipper-raw-rfid --help

flipper-raw-rfid 

Description:
    Reads a raw rfid file from flipper zero and plots or converts the signal

Usage:
    flipper-raw-rfid convert [-f <format>] RAW_FILE [OUTPUT_FILE]
    flipper-raw-rfid plot RAW_FILE
    flipper-raw-rfid (-h | --help)
    flipper-raw-rfid --version

Arguments:
    RAW_FILE        The raw rfid file from flipper (xyz.ask.raw or xyz.psk.raw)
    OUTPUT_FILE     The converted file as csv (default: stdout)

Options:
    -h --help                 Show this screen.
    --version                 Show version.
    -f --format=(pad|signal)  Output format: "pad" (=Pulse And Duration) is the internal format of the Flipper Zero,
                              each line represents a pulse and a duration value measured in samples, see
                              "Pulse and duration format" below.
                              In "signal" format the pulses are written out as a reconstructed signal with a "1" marking a
                              sample with high value and "0" marking a sample with low value [default: pad]

Pulse and duration (pad) format:

    column 0: pulse - (number of samples while output high) and
    column 1: duration - (number of samples till next signal)

    Diagram:

    ______________      __________
                  ______          __________ .......

    ^ - pulse0 - ^      ^-pulse1-^           .......
    ^ -    duration0  -^^ -    duration1  -^ .......

    The csv file has the following format:

    pulse0, duration0
    pulse1, duration1
    ....

Tutorial

There is a short RFID tutorial notebook to see if there is data in the recording and what to do with it.