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1
Intro
2
Security Risks of Linux/KVM Guests
3
Motivation of Type 1.5 Hypervisor
4
Converting KVM to Type 1.5
5
Two Extremes
6
Domo: Scheduling and PM Issues Hypervisor needs to own VM scheduling
7
Impacts of Linux/KVM Hypervisor
8
Optimization for KVM Guests
9
Optimized Nested Virtualization Current Implementation
10
KVM L2 and LH L2 Kernel Build L2 VM Exit Breakdown
11
Comparing Performance 2/2
12
Findings from POCs
13
Our conclusion
14
Next Step
Description:
Explore the implementation options for KVM-based Type 1 (or 1.5) hypervisors in this 27-minute conference talk by Jun Nakajima from Intel. Delve into security risks associated with Linux/KVM guests and understand the motivation behind Type 1.5 hypervisors. Learn about the process of converting KVM to Type 1.5 and examine two extreme approaches. Discover the scheduling and power management issues in Domo, emphasizing the importance of hypervisor control over VM scheduling. Analyze the impacts of Linux/KVM hypervisors and explore optimizations for KVM guests. Investigate optimized nested virtualization, including current implementations, KVM L2, and LH L2 kernel build comparisons. Evaluate performance metrics and examine findings from proofs of concept. Conclude with insights and next steps for KVM-based hypervisor implementation.

Evaluating Implementation Options for KVM-based Type 1 and 1.5 Hypervisors

Linux Foundation
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