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This directory contains the openLTE source code. For support, please subscribe to openlte-discuss@lists.sourceforge.net. Details can be found at sourceforge.net/projects/openlte/. The directory structure for the project is: octave Octave test code cmn_hdr Common header files liblte C++ library of commonly used LTE functions cmake Files needed for cmake LTE_fdd_dl_file_scan A gnu-radio LTE FDD DL file scanner application LTE_fdd_dl_file_gen A gnu-radio LTE FDD DL file generator application LTE_fdd_dl_scan A gnu-radio LTE FDD DL scanner application that currently supports rtl-sdr, hackrf, USRP B2X0, and bladeRF hardware LTE_file_recorder A gnu-radio LTE file recording application that currently supports rtl-sdr, hackrf, USRP B2X0, and bladeRF hardware LTE_fdd_enodeb An LTE FDD eNodeB application that currently supports URSP B2X0 hardware.
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QUESTION
I am trying to find whether it is possible to sniff LTE traffics.
However, I only found online about behaving as a fake base station (eNodeB) so devices will be forced to connect to you. Then you get info about other devices.
But I never find a completely passive sniffing tool.
There are downlink sniffing tool where you act as a benign user and search for basestation/cell signals. For example, openLTE and srsLTE.
But how come there is no such a tool to sniff traffic on the uplink (from user device to basestation)? Or there is one that I couldn't find?
Can some please explain this? I understand basic LTE frame structures and how they talk to the basestation.
Thanks ahead.
...ANSWER
Answered 2017-Dec-18 at 18:20The main issue would be uplink synchronization. Each individual user has their own timing advance (based on physical distance from the cellular tower). This is so at the enB, the uplink transmissions are in sync from a physical perspective. As a sniffer, unless you're co-located with the enB, the uplink transmissions from different users will not arrived "in sync" with each other and hence decoding is basically impossible.
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