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Study mode:
on
1
Introduction
2
Agenda
3
Motivation
4
Attacks
5
Hardware Engine
6
AMD Secure Processor
7
Secure Memory Encryption
8
Secure Encrypted Virtualization
9
Architecture
10
Example
11
Secure Communication
12
Encryption
13
VMCB
14
Launch Receipt
15
Hardware Architecture
16
Comparison
17
Linux enablement
18
Linux SME
19
hypervisor modifications
20
public documentation
Description:
Explore AMD's innovative x86 memory encryption technologies in this informative conference talk by David Kaplan. Gain insights into Secure Memory Encryption (SME) and Secure Encrypted Virtualization (SEV), designed to enhance system security against physical access attacks and provide isolated encrypted virtual machines. Delve into the technical aspects, including ISA changes, security benefits, key management frameworks, and Linux enablement. Learn from Kaplan's expertise as a hardware security architect at AMD, covering topics such as the AMD Secure Processor, hardware architecture, and comparisons with existing technologies. Discover the practical implications for Linux systems and hypervisor modifications, and access public documentation for further understanding of these cutting-edge security features.

AMD x86 Memory Encryption Technologies - Secure Memory Encryption and Virtualization

Linux Foundation
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