One thing I should have explained better with the light is 125-kHz has lots of really thin wire, vs 13.56 that is typically thicker and has gaps. Let me know what else you think should have been in this intro video?
In a future video we will look at other protocols besides the H10301 -- different number of bits, encoding, modulation, etc. We will also look at what gets sent over the air between the tag and the receiver and what gets sent to the door controller.
If anyone has an 125kHz Indala card with FlexSecur technology that they can share, please let me know on my Discord server. In particular both a picture of a card and the Flipper saved file would be helpful. discord.com/invite/NsjCvqwPAd
Hello Derek, I assume you are using third party firmware to give your flipper zero these abilities. Are you using Roguemaster or Dark Flipper? If not, what firmware are you using?
In this video I was using Official firmware for this particular video. RogueMaster may have additional menu items under "Extra Actions" which allow setting T5577 data (used in other videos in this series). 5 months, so it's probably slightly different now. Feel free to join my Flipper Zero Discord if you have additional question or need help - discord.gg/k7WX7Be3Vy If you aren't writing blocks to T5577 chip, then Momentum is also a good option.
@@MrDerekJamison Hello Derek, after much fiddling I managed to create a file with 100 try out combinations in it and give the file a name I specified. Then I got the Flipper to chug through the 100 try out combinations. I was able to control the time delay between each try out; the maximum delay I chose was 3 seconds. This was what I was trying to do. I could not use letters in a combination; each combination was 12 digits; and at the end of the file I had to put a carriage return/line feed at the very beginning of the last line--with no other characters in the line. Of course, I have 10 billion billion combos to go. This experience might enable me to hack simpler locks. Thank you for your comments, which were about a different task (reading a key fob) but still useful.
Hello Derrek, where do I get the file "nameless passage" and how do I load it into the Flipper Zero? What folder in the Flipper Zero should this file go into? Or can I go to a site that downloads and installs it automatically--and what is the site address?
At 1:52, I scanned a H10301 card with ID 65 73 D1 and saved it, which automatically made a random name of "nameless_passage.rfid". The contents of the file were the following... Filetype: Flipper RFID key Version: 1 Key type: H10301 Data: 65 73 D1
One thing I should have explained better with the light is 125-kHz has lots of really thin wire, vs 13.56 that is typically thicker and has gaps. Let me know what else you think should have been in this intro video?
In a future video we will look at other protocols besides the H10301 -- different number of bits, encoding, modulation, etc. We will also look at what gets sent over the air between the tag and the receiver and what gets sent to the door controller.
Nice explanation , thank you very much 👍👍👍
Thanks. I should have a more detailed video in the next couple of weeks, which cover some interesting 125khz topics.
If anyone has an 125kHz Indala card with FlexSecur technology that they can share, please let me know on my Discord server. In particular both a picture of a card and the Flipper saved file would be helpful. discord.com/invite/NsjCvqwPAd
Hello Derek, I assume you are using third party firmware to give your flipper zero these abilities. Are you using Roguemaster or Dark Flipper? If not, what firmware are you using?
In this video I was using Official firmware for this particular video. RogueMaster may have additional menu items under "Extra Actions" which allow setting T5577 data (used in other videos in this series). 5 months, so it's probably slightly different now. Feel free to join my Flipper Zero Discord if you have additional question or need help - discord.gg/k7WX7Be3Vy
If you aren't writing blocks to T5577 chip, then Momentum is also a good option.
@@MrDerekJamison Hello Derek, after much fiddling I managed to create a file with 100 try out combinations in it and give the file a name I specified. Then I got the Flipper to chug through the 100 try out combinations. I was able to control the time delay between each try out; the maximum delay I chose was 3 seconds. This was what I was trying to do. I could not use letters in a combination; each combination was 12 digits; and at the end of the file I had to put a carriage return/line feed at the very beginning of the last line--with no other characters in the line. Of course, I have 10 billion billion combos to go. This experience might enable me to hack simpler locks. Thank you for your comments, which were about a different task (reading a key fob) but still useful.
Hello Derrek, where do I get the file "nameless passage" and how do I load it into the Flipper Zero? What folder in the Flipper Zero should this file go into? Or can I go to a site that downloads and installs it automatically--and what is the site address?
At 1:52, I scanned a H10301 card with ID 65 73 D1 and saved it, which automatically made a random name of "nameless_passage.rfid". The contents of the file were the following...
Filetype: Flipper RFID key
Version: 1
Key type: H10301
Data: 65 73 D1
Can anyone help me to get a flipper zero 😢
flipperzero.one/how-to-buy will help you find a location near you that sells it.
Plz can you send me a flipper zero?
Sorry, I don't sell them.