theeogflip / camebruteforcer

Flipper Zero Sub File To Brute-Force CAME 12bit Gate

Flipper Zero Sub Files To Brute-Force CAME 12bit Gate.

About the Project

433.92Mhz/CAMEbruteforcer433.py: will generate sub files which have all the possible keys combination for CAME gate (12bit code/433.92 Mhz), the code will generate multiple files splitted by user choice (500 keys in a file, 1000... etc).

868.35Mhz/CAMEbruteforcer868.py: will generate sub files which have all the possible keys combination for CAME gate (12bit code/868.35 Mhz), the code will generate multiple files splitted by user choice (500 keys in a file, 1000... etc).

Changelog

12-Aug-2022 : -Time reduced! the whole script now complete in ~4 minutes. Folder created automatically

17-Aug-2022 : -File names updated for better display on flipper.

Installation

Tested for Python 3.10.0+

$ git clone https://github.com/BitcoinRaven/CAMEbruteforcer.git
$ cd CAMEbruteforcer

Usage

Just run the script and it will generate all the required files.

$ python CAMEbruteforcer.py

Practical Guide for Brute-Force attack using sub files.

This process is the best I can get with the current flipper firmware.

1. Start with the 1000 keys file, each file will take around 1 minute. (for example the gate opened on file "1000-1999.sub")
2. Go to the next set of files with 500 keys files, you need to run two files now (in our example we need to run "1000-1499.sub" and "1500-1999.sub"), lets assume it opened with "1500-1999.sub" file.
3. Go to the next set of files with 100 keys files, you need to run five files now, each file will take 5 seconds to run.
4. if you feel you really need to know the exact code, generate less files with the script (50, 10...) and continue the same process.

Folder system and Timing

2000	From	To	Time
0	0	1999	~2 min
1	2000	3999	~2 min
2	4000	4096	~5 sec

1000	From	To	Time
0	0	999	~1 min
1	1000	1999	~1 min
2	2000	1999	~1 min
3	3000	3999	~1 min
4	4000	4096	~5 sec

500	From	To	Time
0	0	499	~27 sec
1	500	999	~27 sec
2	1000	1499	~27 sec
3	1500	1999	~27 sec
4	2000	2499	~27 sec
5	2500	2999	~27 sec
6	3000	3499	~27 sec
7	3500	3999	~27 sec
8	4000	4096	~5 sec

Thanks

@tobiabocchi for the updated code and great ideas! check his codes for more protocols and explanation for the recent optimization