![]() EK has added a new log for Otter Force One.akarshagarwal98 has added a new project titled Temperature measurement without sensors NRF52832.chumsakol25 liked Self-balancing robot for humans.MartyK on The Great Resistor Embiggens The Smallest Value.Animal717 on Hackaday Prize 2022: Ultratower Is A Powerful Gardening Vertical.Mentat on Hackaday Prize 2022: Meet The Winners Of This Year’s Competition.mrehorst on Pieca Is A Pi Camera With Some Very Nice Lenses.Mark Topham on Creating Your Alarm On The Fly.Piotrsko on The Great Resistor Embiggens The Smallest Value.Bryce Schroeder on Wall Art With A Moving Coil Or Two.The Commenter Formerly Known As Ren on When Only A TO92 Will Do.The Commenter Formerly Known As Ren on Hackaday Prize 2022: Meet The Winners Of This Year’s Competition.Posted in Radio Hacks Tagged framework, I/Q, packet, python, reverse engineering, RF, sdr Post navigationĮurope’s Energy Squeeze Pushes Large Hadron Collider To Halt Operations 45 Comments We’ll be downloading it soon and giving it a try, so be on the lookout for a hands-on report. ![]() If you’ve been using Universal Radio Hacker like we have, this looks similar, only more so. It looks like FISSURE could be a lot of fun, and very handy for your RF analysis and reverse engineering work. The video below has some more examples of what FISSURE can do. ![]() They also mention some of the framework’s capabilities on the GitHub README we’re especially interested in packet crafting for various protocols. Rf toolbox examples code#They’ve got a few examples on Twitter, like brute-forcing an old garage door opener with a security code set by a ten-position DIP switch, and sending tire pressure monitoring system (TPMS) signals to a car. We’ve been looking through all the material we can find on FISSURE, and it appears to be an RF hacker’s dream come true. This is all pretty new - it looks like presented a talk at DEFCON a few weeks back about using FISSURE to analyze powerline communications between semi-trucks and their trailers, and they’ve got a talk scheduled for next month’s GNU Radio Conference as well. And if your job includes making sense out of any of the signals in the virtual soup of RF energy we all live in, then you’re going to need something like the FISSURE RF framework.Įxactly what FISSURE is is pretty clear from its acronym, which stands for Frequency Independent SDR-Based Signal Understanding and Reverse Engineering. No matter what the job at hand is, if you’re going to tackle it, you’re going to need the right kit of tools. ![]()
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