Case study
PixMob Wave2: reconstructing RF wristband commands for Flipper Zero
A Flipper Zero signal set and Python generator reproduce PixMob Wave2 and Waveband 2 group-0 RF commands for European 868.415 MHz wristbands. Protocol notes describe OOK timing, 6b/8b field encoding, CRC-12, wake frames and persistent color or OFF packets.
- Targets
- Protocol
- Category
- Independent reconstruction cases
- Relationship
- Independent reconstruction project
- Sources reviewed
- Evidence class
- C2 code & docs, no demo or download
- Stars
- 15
- Last commit
- 2026-08-10
- Language
- Python
- License (GitHub)
- MIT
GitHub data as of 2026-11-10
Evidence
- Observed
- Code, documentation and a download method observed; no demo found.
- Checked
- 2026-11-08
Requirements & limits
- Prerequisites: European PixMob Wave2 or Waveband 2 hardware and a Flipper Zero with 868.415 MHz transmission permitted are required.
- Prerequisites: Python 3.10 or newer is needed to rebuild the signal files.
- Scope: Other regional RF bands are outside the documented release.
- License: MIT license.
Cite
BibTeX
@misc{pixmob-wave2-flipper-zero-case,
title = {{PixMob Wave2: reconstructing RF wristband commands for Flipper Zero}},
howpublished = {\url{https://github.com/weeknds/pixmob-wave2-flipper-zero}},
url = {https://github.com/weeknds/pixmob-wave2-flipper-zero},
urldate = {2026-11-08},
note = {Awesome REA entry: \url{https://awesomerea.org/resources/pixmob-wave2-flipper-zero-case/}}
}Plain text
PixMob Wave2: reconstructing RF wristband commands for Flipper Zero. https://github.com/weeknds/pixmob-wave2-flipper-zero (accessed 2026-11-08). Awesome REA entry: https://awesomerea.org/resources/pixmob-wave2-flipper-zero-case/
Useful? Star Awesome REA on GitHub2.4k
About this entry
The description was reviewed against primary sources.
Primary sources
- PROTOCOL.md GitHub · weeknds/pixmob-wave2-flipper-zero · Revision 74abc50
- README.md GitHub · weeknds/pixmob-wave2-flipper-zero · Revision 74abc50
More in Protocols
- Goodix 55a4: reconstructing a Linux fingerprint driver · Case study
- allmiibo-sync: reconstructing Pixl.js Bluetooth file synchronization · Case study
- EBO for Home Assistant: reconstructing Enabot cloud control · Case study
- iM.Master SDK: reconstructing the robot's BLE control protocol · Case study
- PumpSaver Plus: decoding the relay's infrared broadcast · Case study
- Mazda MX-5 ND3: mapping OBD-II PIDs and responses · Case study