Hacking the Wireless World with Software Defined Radio-2.0
2
Overview
3
USRP B200 & B210
4
Frequency
5
Channel Selection
6
FSK Deviation
7
Quadrature Demod
8
Baud Rate
9
Clock Recovery
10
Flowgraph
11
Line Encoding
12
Compare Changing Bits
13
Finding the ID
14
Modulator Output
15
Remote Control
16
POCSAG Decode
17
POCSAG Frame
18
Pager Frame Construction
19
ZigBee Transceiver
20
Traffic Message Channel
21
Encrypted Location Codes
22
Patterns
23
Security Analysis
24
Input Data
25
ATCRBS, PSR & SSR
26
Primary Surveillance RADAR
27
Magnitude Histogram
28
Pulse Length Histogram
29
Strong Pulse Separation
30
Distance Between Pulses
31
Distortion Map
32
Dual Channel Recording
33
Propulsion System
34
Telemetry During Thruster Firing
Description:
Explore the world of wireless hacking and software-defined radio in this 53-minute Black Hat conference talk. Dive into the intricacies of spoofing restaurant pager systems, building bistatic RADAR systems using airport surveillance equipment, and investigating RFID transactions in toll booths and keyless entry systems. Learn techniques for blindly analyzing and reverse engineering RF signals using open-source software and affordable radio hardware. Discover how to crack poorly-implemented encryption schemes through long-term radio data gathering, and explore fascinating applications such as reversing satellite communications, tracking aircraft with Mode S, visualizing local airspace in 3D, monitoring aircraft health via ACARS, and locating clandestine radio transmissions. Gain insights into various topics including frequency channel selection, FSK deviation, quadrature demodulation, clock recovery, flowgraphs, line encoding, POCSAG decoding, ZigBee transceivers, traffic message channels, and primary surveillance RADAR analysis.
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Hacking the Wireless World with Software Defined Radio - 2.0