Kubernetes使用P4实现负载均衡和相关网络功能

Nupur Jain, Vinoth Mohan, Anjali Singhai, Debashis Chatterjee, Dan Daly
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引用次数: 1

摘要

本文重点介绍了使用P4语言开发Kubernetes负载平衡器和解决规模、安全性和网络性能需求的相关网络功能。负载平衡器具有从边缘到数据中心集群的多种部署场景,包括每个节点的应用程序负载分布。P4数据平面运行在IPU (Infrastructure Processing Unit)上,可以为Calico (Container Network Interfaces)等CNI提供高性能、安全、灵活的数据平面。使用P4,我们可以识别数据包报头和特定于运营商的字段,以便在多云环境中通过一致的服务交付实现负载平衡。每个流量监控、按需自动扩展和添加网络策略acl(访问控制列表)等挑战可以通过软件和IPU上的P4数据平面扩展来解决,最终为现代化的服务网格交付铺平道路。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Kubernetes Load-balancing and related network functions using P4
This paper highlights the use of the P4 language for the development of a Kubernetes load balancer and related network functions that address scale, security, and network performance requirements. Load balancers have multiple deployment scenarios from edge to data center clusters, including per-node application load distributions. A P4 data plane running on an Infrastructure Processing Unit (IPU) can serve as a highly performant, secure and flexible data plane for Container Network Interfaces (CNI) like Calico. Using P4, we can identify the packet headers and operator specific fields for load balancing with consistent service delivery across multi-cloud environments. Challenges like per flow monitoring, on-demand autoscaling and adding network policy ACLs (Access Control Lists) can be addressed with software and P4 data plane extensions on an IPU, eventually paving the path for modernized service mesh delivery.
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