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Monday, August 19 • 9:05am - 9:45am
Enarx - Attested, Secured Execution with AMD’s SEV - Nathaniel McCallum, Red Hat, Inc. & David Kaplan, Advanced Micro Devices, Inc.

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AMD SEV (Secure Encrypted Virtualization) is a new CPU security technology available in AMD's EPYC processors and provides new levels of protection for virtualized workloads. AMD SEV can encrypt the memory and register state of VMs individually, isolating them from the hypervisor.

Enarx is an open source project led by Red Hat, leveraging TEEs, and providing attestation and protection for run-time workloads. It is written in Rust and aims to reduce the number of trust relationships required when running executables in the private or public cloud. It currently supports AMD SEV, and this session will:
● Discuss SEV capabilities and roadmap;
● Introduce the Enarx architecture;
● Present some of the components of Enarx;
● Show a demonstration of an early set of Enarx capabilities.

avatar for David Kaplan

David Kaplan

Security Architect, Advanced Micro Devices
David Kaplan is a Fellow at AMD who focuses on developing new security technologies across the AMD product line as part of the Product Security Organization. He is the lead architect for the AMD encrypted virtualization features and has worked on both CPU and SOC level security features... Read More →
avatar for Nathaniel McCallum

Nathaniel McCallum

Senior Principal Software Engineer, Red Hat, Inc.
Nathaniel is a Principal Software Engineer for Red Hat's Security and Identity group. By day, he tackles tough security problems. By night, he tackles his five children. He is the author of a variety of security related technologies, including: 2FA for Fr

Monday August 19, 2019 9:05am - 9:45am PDT
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