bug-bounty488
xss247
rce124
google119
bragging-post117
account-takeover104
microsoft100
facebook96
authentication-bypass82
privilege-escalation82
csrf81
open-source79
stored-xss75
apple68
malware67
access-control65
web-security64
reflected-xss63
ai-agents62
exploit56
cve56
input-validation53
phishing50
sql-injection50
cross-site-scripting49
smart-contract48
defi48
api-security46
ethereum45
ssrf44
information-disclosure43
privacy40
web-application39
vulnerability-disclosure38
dos37
tool37
burp-suite37
reverse-engineering36
automation35
cloudflare35
responsible-disclosure34
writeup34
llm34
web334
html-injection33
smart-contract-vulnerability33
ai-security32
idor32
opinion32
remote-code-execution31
0
2/10
hardware-project
Open-source 10.5 GHz phased array radar system (AERIS-10) with electronic beam steering, available in 3km and 20km range variants, built using modern SDR technology and FPGA-based signal processing at 90-95% below commercial system costs.
radar
phased-array
open-source
sdr
x-band
signal-processing
fpga
hardware
rf-engineering
beam-steering
doppler
lfm-modulation
AERIS-10
AERIS-10N
AERIS-10X
AD9523-1
ADF4382
LT5552
ADAR1000
ADTR1107
XC7A100T
Nawfal
Hackaday.io
0
2/10
tutorial
A hobbyist exploration of software-defined radio (SDR) technology, demonstrating progressive levels of radio signal reception from FM/police/HAM frequencies up to satellite imagery from NOAA weather satellites and the GOES-16 geostationary satellite using modest equipment (~$100 total).
software-defined-radio
sdr
rtl-sdr
satellite-reception
noaa-satellites
goes-16
signal-demodulation
amateur-radio
rf-analysis
antenna-design
raspberry-pi
hobbyist-project
Dmitry Brant
RTL-SDR V3
SDRSharp
CubicSDR
NOAA 15/18/19
GOES-16
goestools
Raspberry Pi