论文标题
云环境中的基准测试隧道和加密方法
Benchmarking tunnel and encryption methodologies in cloud environments
论文作者
论文摘要
由于可用性，功能和监管要求，最近的过去已经看到了企业采用多云部署。典型的部署涉及在私有云中运行的应用程序/工作负载的一部分，而其他部分则分布在多个本地/公共云中。此类部署中的典型群集到群集网络涉及建立站点对站点的加密隧道来连接工作负载。 在本报告中，我们基于各种隧道和加密技术的性能，以提供有关它们在多云部署中使用的说明。基于在三个不同测试床上进行的各种实验，我们提出了可量化的数据，这些数据可以由运营商和云提供商来利用，这些数据负责，负责多云网络连接和编排的设计和开发决策。
The recent past has seen the adoption of multi-cloud deployments by enterprises due to availability, features, and regulatory requirements. A typical deployment involves parts of an application/workloads running inside a private cloud with the other parts spread across multiple on-prem/public clouds. Typical cluster-to-cluster networking in such deployments involve the establishment of site-to-site encrypted tunnels to connect the workloads. In this report, we benchmark the performance of various tunneling and encryption technologies to provide directions on their use in multi-cloud deployments. Based on the various experiments conducted on three different testbeds, we present quantifiable data which can be leveraged by operators and cloud providers tasked with design and development decisions of multi-cloud network connectivity and orchestration.
