Tool Documentation:

rtpbreak Usage Example

Analyze RTP traffic using interface eth0 (-i eth0), fill in gaps (-g), sniff in promiscuous mode (-m), and save to the given directory (-d rtplog):

root@kali:~# rtpbreak -i eth0 -g -m -d rtplog
 + rtpbreak v1.3a running here!
 + pid: 10951, date/time: 17/05/2014#13:40:02
 + Configuration
   + INPUT
     Packet source: iface 'eth0'
     Force datalink header length: disabled
   + OUTPUT
     Output directory: 'rtplog'
     RTP raw dumps: enabled
     RTP pcap dumps: enabled
     Fill gaps: enabled
     Dump noise: disabled
     Logfile: 'rtplog/rtp.0.txt'
     Logging to stdout: enabled
     Logging to syslog: disabled
     Be verbose: disabled
   + SELECT
     Sniff packets in promisc mode: enabled
     Add pcap filter: disabled
     Expecting even destination UDP port: disabled
     Expecting unprivileged source/destination UDP ports: disabled
     Expecting RTP payload type: any
     Expecting RTP payload length: any
     Packet timeout: 10.00 seconds
     Pattern timeout: 0.25 seconds
     Pattern packets: 5
   + EXECUTION
     Running as user/group: root/root
     Running daemonized: disabled
 * You can dump stats sending me a SIGUSR2 signal
 * Reading packets...

Packages and Binaries:

rtpbreak

With rtpbreak you can detect, reconstruct and analyze any RTP session. It doesn’t require the presence of RTCP packets and works independently form the used signaling protocol (SIP, H.323, SCCP, …). The input is a sequence of packets, the output is a set of files you can use as input for other tools (wireshark/tshark, sox, grep/awk/cut/ cat/sed, …). It supports also wireless (AP_DLT_IEEE802_11) networks.

Installed size: 92 KB
How to install: sudo apt install rtpbreak

Dependencies:
  • libc6
  • libnet1
  • libpcap0.8
rtpbreak
root@kali:~# rtpbreak -h
Copyright (c) 2007-2008 Dallachiesa Michele <micheleDOTdallachiesaATposteDOTit>
rtpbreak v1.3a is free software, covered by the GNU General Public License.

USAGE: rtpbreak (-r|-i) <source> [options]

 INPUT

  -r <str>      Read packets from pcap file <str>
  -i <str>      Read packets from network interface <str>
  -L <int>      Force datalink header length == <int> bytes

 OUTPUT

  -d <str>      Set output directory to <str> (def:.)
  -w            Disable RTP raw dumps
  -W            Disable RTP pcap dumps
  -g            Fill gaps in RTP raw dumps (caused by lost packets)
  -n            Dump noise packets
  -f            Disable stdout logging
  -F            Enable syslog logging
  -v            Be verbose

 SELECT

  -m            Sniff packets in promisc mode
  -p <str>      Add pcap filter <str>
  -e            Expect even destination UDP port
  -u            Expect unprivileged source/destination UDP ports (>1024)
  -y <int>      Expect RTP payload type == <int>
  -l <int>      Expect RTP payload length == <int> bytes
  -t <float>    Set packet timeout to <float> seconds (def:10.00)
  -T <float>    Set pattern timeout to <float> seconds (def:0.25)
  -P <int>      Set pattern packets count to <int> (def:5)

 EXECUTION

  -Z <str>      Run as user <str>
  -D            Run in background (option -f implicit)

 MISC

  -k            List known RTP payload types
  -h            This

Updated on: 2024-Mar-11