A Fresh Look at the Architecture and Performance of Contemporary Isolation Platforms
V.J. van Rijn (Student TU Delft)
Jan S. Rellermeyer (TU Delft - Electrical Engineering, Mathematics and Computer Science)
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Abstract
With the ever-increasing pervasiveness of the cloud computing paradigm, strong isolation guarantees and low performance overhead from isolation platforms are paramount. An ideal isolation platform offers both: an impermeable isolation boundary while imposing a negligible performance overhead. In this paper, we examine various isolation platforms (containers, secure containers, hypervisors, unikernels), and conduct a wide array of experiments to measure the performance overhead and degree of isolation offered by the platforms. We find that container platforms have the best, near-native, performance while the newly emerging secure containers suffer from various overheads. The highest degree of isolation is achieved by unikernels, closely followed by traditional containers.
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