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Study mode:
on
1
Intro
2
Overview
3
GSM BCCH & Traffic
4
USRP B200 & B210
5
Step 1: Frequency
6
Channel Selection
7
FSK Deviation
8
Quadrature Demod
9
Baud Rate
10
Clock Recovery
11
Line Encoding
12
Manchester Encoding
13
Manchester Violation
14
Compare Changing Bits
15
Finding the ID
16
Modulator Output
17
Remote Control
18
POCSAG Decode
19
POCSAG Frame
20
Pager Frame Construction
21
ZigBee Transceiver
22
Hostage Pager
23
Stereo FM with RDS: Receiver
24
Traffic Message Channel
25
Encrypted Location Codes
26
Patterns
27
Security Analysis
28
Input Data
29
Algorithm
30
Results
31
ATCRBS, PSR & SSR
32
Mode 5 Response Encoding
33
Primary Surveillance RADAR
34
Magnitude Histogram
35
Above Noise Floor
36
Pulse Length Histogram
37
Pulse Envelope
38
Strong Pulse Separation
39
PRF Histogram
40
Raw RADAR Return Plot
41
LAS ASR-9
42
Distortion Map
43
Highway to Hell: Hacking Toll Systems
44
Interrogation Signal
45
Interrogation Payload
46
ANT
47
Preamble Detection
48
Slicer Time!
49
Time-domain Amplitude (UHF)
50
Building Security Badge Auth
51
ISEE-3 Reboot Project
52
Arecibo Radio Observatory
53
Verifying Transmitted Signal
54
Propulsion System
55
Telemetry During Thruster Firing
Description:
Explore the world of wireless hacking through software-defined radio in this comprehensive conference talk from Defcon Wireless Village 2014. Delve into various topics including GSM traffic analysis, USRP B200 & B210 usage, frequency channel selection, FSK deviation, quadrature demodulation, and clock recovery techniques. Learn about line encoding, Manchester encoding, and POCSAG decoding for pager systems. Discover Zigbee transceivers, stereo FM with RDS receivers, and traffic message channel analysis. Investigate air traffic control systems, including ATCRBS, PSR, and SSR, as well as RADAR return plot analysis. Examine toll system hacking, building security badge authentication, and even the ISEE-3 Reboot Project involving the Arecibo Radio Observatory. Gain insights into wireless security, signal processing, and cutting-edge applications of software-defined radio technology.

Hacking the Wireless World with Software Defined Radio 2.0

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