I’ve got a variety of HID Prox round FOBs, two of which read intermittently, one won’t read at all but work fine on the door scanners, as well as a variety of the traditional HID badges.
I can read other cards just fine, and the HID card I did manage to read I can emulate as well.
Looking forward to the RAW mode. If you need me to try to capture anything raw nearby I can with my HackRF.
@Astra any way we can help implementing to speed it up?
So is it stuck at nobody is working on it right now or it just takes more time?
Our RFID dev has been working in this non-stop for the last 2 months, and the reason it takes so long is that it required a full re-write of the RFID subsystem, and the tuning of RAW recording/replay is really fiddly as well. You can’t do anything to make it faster (though you can watch the progress made on github in the lfrfid-overhaul branch), but we’re working on it, it’s not on hold
Alright, thanks!
Let us know if we can help in some way.
Are there any plans to support 35 bit HID cards in the future? HID analyzer reports that for my work badge. Also, is that supported by the hardware?
Yes, all types of HID cards will be supported, including 35 bit ones
this apply’s to the hid proxy key 3 the thob vertion just guesing i think it dosent work becuse of ther large maxamimum storage of arrond 80 bites witch might be why
Not sure about this one. You can update to the latest release firmware version and try reading it, as those changes have recently been finished
I’m on RC 0.66 and I’m still not able to scan my HID RFID cards. Are there certain types of HID cards that are not yet supported?
No, all 125khz HID cards should be supported
I’m trying to read a HID iClass DL RFID card but it’s not reading. I tried three cards that all worked on regular scanners, but none of them worked on my flipper.
Any chance I missed something? Are they encrypted or something? (I don’t know anything about how RFID cards work so I’m just guessing)
Update: I think I found the issue that the cards I was using are 13.56 MHz, not 125kHz. According to the HID page here: https://www.hidglobal.com/sites/default/files/hid-understanding_card_data_formats-wp-en.pdf The 125kHz and 13.56MHz cards are designed to work seamlessly.
I assume that means that if I can manually enter the keycard data for the HID H10301 card, it should work. Right?
I don’t know how I would enter this:
Also is 13.56MHz RFID support planned?
13.56 MHz is just NFC. Switch to that mode and try again?
No luck. I tried the NFC functions but they don’t work. Tried again with RFID but still no luck.
Can you help me with putting in the data manually?
Those cards are 100% NFC. Try updating the firmware? There’s also unofficial firmwares out there with extra features.
But, some NFC access cards have secure elements in them (authentication) that are baked-in in the factory and can’t be reproduced. You could emulate their UID on the Flipper, but just a UOD may not be enough. And even though you can emulate the UID there, that doesn’t mean you’ll be able to write it to any card. I have full confidence the Flipper Zero can read whatever cards you have if they’re 13.56 MHz. But if they are, 125 KHz (RFID) working is not an appropriate expectation.
If you’re saying you can’t read it, you shouldn’t expect to be able to write.
It looks like iClass cards aren’t able to be read yet: https://forum.flipperzero.one/t/13-56-mhz-hid-iclass-corp1000-wiegand-format-cards/1990/5
Seems like there’s a command to manually enable it, but I can’t seem to figure it out.
Thanks! I’ll try it out.
The picopass app reads it now, but it can’t emulate. How do I do that?
Also, I see an option to write, but what cards should I buy to successfully write to it? All the places I can find to buy iClass cards ask for a facility code and ID which I don’t have.
