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1
Intro
2
Trusted Execution Environment
3
A problem of Intel SGX... Vendor lock-in
4
Decoupling TEES from hardware
5
Software-defined TEE
6
What our solution is
7
Design goals
8
Challenges
9
Instruction emulation
10
Memory access
11
Cross-VM communication
12
Control flow transferring
13
Prototype
14
Capability tested
15
Performance - Instructions
16
Performance - BYTEmark
17
Performance - Graphene
18
Conclusion
Description:
Explore a 20-minute IEEE conference talk on virtualizing Intel SGX enclaves on AMD SEV platforms. Delve into the challenges of vendor lock-in in Trusted Execution Environments (TEEs) and discover a novel approach to decoupling TEEs from hardware. Learn about software-defined TEEs, their design goals, and the challenges faced in implementation. Examine the prototype's capabilities, including instruction emulation, memory access, cross-VM communication, and control flow transferring. Analyze performance metrics for instructions, BYTEmark, and Graphene, gaining insights into the potential of this innovative solution for enhancing hardware-independent trusted computing environments.

vSGX: Virtualizing SGX Enclaves on AMD SEV

IEEE
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