Currently only supporting hackrf devices, but technically with some fiddling of device_soapy_str you should be able to use almost any SDR supported by SoapySDR.
Using this is probably illegal. Don't get caught! Don't use this? Fuck it! Check your local laws, author is not responsible for damage caused when using this tool inappropriately.
Ultimately, parameters are merged with the greater configuration sources taking priority and overriding the lesser;
def_opts = {
"device_soapy_str": "hackrf=0,bias_tx=0,if_gain=47,multiply_const=6",
"signal_power": 47,
"signal_type": 3,
"frequency_delta": 1,
"frequency_start": 2400,
"frequency_end": 2500,
"hopper_mode": 3,
"hopper_delay_static": 0.01,
"hopper_delay_min": 0.001,
"hopper_delay_max": 20,
"ranger_str": "1600,2300,r:2400-2500_1",
}usage: floodair.py [-h] [-c CONFIG] [-d DEVICE_SOAPY_STR] [-f FREQUENCY_START]
[-m FREQUENCY_END] [-p SIGNAL_POWER] [-w {1,2,3}]
[-o {1,2,3,3.1,4,4.1}] [-t HOPPER_DELAY_STATIC]
[-l HOPPER_DELAY_MIN] [-u HOPPER_DELAY_MAX] [-r RANGER_STR]
Flood the airwaves with RF noise
options:
-h, --help show this help message and exit
-c CONFIG, --config CONFIG
config file to load options from
-d DEVICE_SOAPY_STR, --device_soapy_str DEVICE_SOAPY_STR
soapysdr device string
-f FREQUENCY_START, --frequency_start FREQUENCY_START
min center frequency in MHz
-m FREQUENCY_END, --frequency-end FREQUENCY_END
max center frequency in MHz
-p SIGNAL_POWER, --signal_power SIGNAL_POWER
RF signal_power in dB
-w {1,2,3}, --signal_type {1,2,3}
source signal_type
-o {1,2,3,3.1,4,4.1}, --hopper_mode {1,2,3,3.1,4,4.1}
channel hopping mechanism
-t HOPPER_DELAY_STATIC, --hopper_delay_static HOPPER_DELAY_STATIC
time to stay on each frequency hopped to
-l HOPPER_DELAY_MIN, --hopper_delay_min HOPPER_DELAY_MIN
minimum ([l]ower) value for random hopper_delay_static
values
-u HOPPER_DELAY_MAX, --hopper_delay_max HOPPER_DELAY_MAX
maximum ([u]pper) value for random hopper_delay_static
values
-r RANGER_STR, --ranger_str RANGER_STR
comma separated range values for ranger function, see
config for more help
---
######################
##### Device #####
######################
device_soapy_str: "hackrf=0,bias_tx=1,if_gain=47,multiply_const=6,buffers=64"
######################
##### Signal #####
######################
# 1 = single tone
# 2 = QPSK (Quadra Phase Key Shift Keying) modulated signal_type
# 3 = gaussian noise (*)
signal_type: 3
# Note: consider removing this parameter
# in favor of parameters within device_soapy_str.
signal_power: 47
######################
##### Hopper #####
######################
# - 1 constant frequency
# - 2 frequency sweeping
# - 3 random frequency hopping
# - 3.1 \--> (with entropic delay)
# - 4 ranger function string (see below)
# - 4.1 \--> (with entropic delay)
hopper_mode: 3.1
# (seconds) time to wait before hopping to the next frequency
hopper_delay_static: 20
hopper_delay_min: 0.01
hopper_delay_max: 0.1
# comma separated items;
# - freq: single frequency (%f)
# - freqmin-freqmax: frequency range (%f-%f)
# - freqmin-freqmax_delta: frequency range with step (%f-%f_%f)
# - freqmin-freqmax_delta;delaysecs: frequency range with step and delay (%f-%f_%f;%f)
# - r:freqmin-freqmax_delta: random frequency range with step (%f-%f_%f)
#
# Examples:
# - "2400" # 2400Mhz
# - "2400-2500" # 2400-2500Mhz sweep
# - "2400-2500_1" # 2400-2500Mhz sweep with 1Mhz step
# - "r:2400-2500_1" # random frequency between 2400-2500Mhz with 1Mhz step
# - "2400,r:2400-2500_1, 2500" # 2400Mhz, random frequency between 2400-2500Mhz with 1Mhz step, then 2500Mhz
# - "2400-2500_1;0.1, 2500-2600_1;0.2" # 2400-2500Mhz sweep with 1Mhz step and 0.1s delay, then 2500-2600Mhz sweep with 1Mhz step and 0.2s delay
ranger_str: "r:3850-4075_1;0.1,910-925_1;0.2,r:1300-1700_1;0.2,2350;5"
#####################
##### Frequency #####
#####################
frequency_delta: 0.1
frequency_start: 910
frequency_end: 925Some snippets (particularly the QPSK modulation), are from this repo.