Strategic Objectives
• Identify unintentional physical signatures in industrial control systems.
• Quantify the risk of power, acoustic, and electromagnetic data leakage.
• Implement robust hardware-level countermeasures against physical eavesdropping.
• Bridge the gap between cybersecurity protocols and industrial physics.
The Core Challenge
Traditional firewalls can't stop the laws of physics. Industrial hardware leaks sensitive data through heat, sound, and power—creating a silent backdoor for sophisticated attackers.
01
The Silent Language of Machines
02
The Industrial Landscape
03
The Foundations of Cryptography
04
Power Consumption Analysis
05
Acoustic Cryptanalysis
06
Electromagnetic Emissions
07
Thermal Side-Channels
08
Differential Power Analysis
09
Timing Attacks
10
The Physics of Hardware
11
Signal Processing Basics
12
Embedded System Vulnerabilities
13
Data Acquisition Systems
14
Countermeasures: Shielding and Masking
15
Algorithmic Hardening
16
Fault Injection Attacks
17
Information Theory
18
The Role of FPGAs
19
Physical Unclonable Functions
20
Regulatory Standards and Compliance
21