Strategic Objectives
• Master the architectural integration of TPMs, TEEs, and PUFs in industrial chipsets.
• Establish an immutable device identity that persists through the entire lifecycle.
• Eliminate vulnerabilities in the boot process through hardware-verified sequences.
• Build a resilient security posture that withstands sophisticated physical and remote attacks.
The Core Challenge
Traditional industrial security relies on software layers that assume the underlying hardware is safe, leaving critical infrastructure vulnerable to low-level exploitation and identity spoofing.
01
The Architecture of Trust
02
The IIoT Landscape
03
Silicon-Level Identity
04
The Trusted Platform Module
05
Isolating Critical Tasks
06
Verified Power-On
07
Cryptographic Foundations
08
The Chain of Trust
09
Measured Boot and Attestation
10
Hardening the Chipset
11
The Role of Microcontrollers
12
Firmware Over-the-Air (FOTA)
13
Identity Management
14
Standardizing the Trust
15
Arm TrustZone and Beyond
16
The Threat Model
17
Zero Trust in Industry
18
Side-Channel Resistance
19
RISC-V and Open Hardware
20
The Post-Quantum Era
21
Implementing the Blueprint
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