Project Introduction The eNFS protocol is a driver module running in the openEuler OS kernel, consisting of the mounting parameter management module at the NFS protocol layer and the multipathing management High-Performance and Reliable Distributed File System for Production Services Enhanced NFS protocol Native NFS protocol NFS One Socket Limited by the maximum NIC performance /A /A NFS-TCP+Nconnect Multi nodes, significantly improves host access performance. • Notably, eNFS is the industry's first protocol to offer active-active path failover on a three-layer network. It enables cross-site active-active

core，对于大规模集群底噪开销太大，降低了业务容器 的部署密度。 Kmesh 基于可编程内核，将服务治理下沉 OS，实现高性能服务网格数据面，服务间通信时延对比业界方案提升 5 倍。 • 支持对接遵从 XDS 协议的网格控制面（如 istio） • 流量编排能力 - 负载均衡：支持轮询等负载均衡策略。 - 路由：支持 L4、L7 路由规则。 - 灰度：支持百分比灰度方式选择后端服务策略。 •

carrying hundreds of thousands of rules that need to be updated with a con�nuously growing frequency. Protocol ports (e.g. TCP port 80 for HTTP traffic) can no longer be used to differen�ate between applica�on operates at Layer 3 and 4. A protocol running on a par�cular port is either completely trusted or blocked en�rely. Cilium provides the ability to filter on individual applica�on protocol requests such as: Allow can just use 1 region. The cluster NAME variable should end with k8s.local to use the gossip protocol. If crea�ng mul�ple clusters using the same kops user, then make the cluster name unique by adding

carrying hundreds of thousands of rules that need to be updated with a continuously growing frequency. Protocol ports (e.g. TCP port 80 for HTTP traffic) can no longer be used to differentiate between application at Layer 3 and 4. A protocol running on a particular port is either completely trusted or blocked entirely. Cilium provides the ability to filter on individual application protocol requests such as: Allow you can just use 1 region. The cluster NAME variable should end with k8s.local to use the gossip protocol. If creating multiple clusters using the same kops user, then make the cluster name unique by adding

Layer 3 Examples Layer 4 Examples Layer 7 Examples Kubernetes Endpoint Lifecycle Troubleshooting L7 Protocol Visibility API Rate Limiting Default Rate Limits Configuration Automatic Adjustment Metrics Understanding carrying hundreds of thousands of rules that need to be updated with a continuously growing frequency. Protocol ports (e.g. TCP port 80 for HTTP traffic) can no longer be used to differentiate between application at Layer 3 and 4. A protocol running on a particular port is either completely trusted or blocked entirely. Cilium provides the ability to filter on individual application protocol requests such as: Allow

Rule Basics Layer 3 Examples Layer 4 Examples Layer 7 Examples Deny Policies Host Policies Layer 7 Protocol Visibility Using Kubernetes constructs in policy Endpoint Lifecycle Troubleshooting Monitoring carrying hundreds of thousands of rules that need to be updated with a continuously growing frequency. Protocol ports (e.g. TCP port 80 for HTTP traffic) can no longer be used to differentiate between application at Layer 3 and 4. A protocol running on a particular port is either completely trusted or blocked entirely. Cilium provides the ability to filter on individual application protocol requests such as: Allow

Enforcement Modes Rule Basics Layer 3 Examples Layer 4 Examples Layer 7 Examples Host Policies Layer 7 Protocol Visibility Using Kubernetes constructs in policy Endpoint Lifecycle Troubleshooting Monitoring carrying hundreds of thousands of rules that need to be updated with a continuously growing frequency. Protocol ports (e.g. TCP port 80 for HTTP traffic) can no longer be used to differentiate between application at Layer 3 and 4. A protocol running on a particular port is either completely trusted or blocked entirely. Cilium provides the ability to filter on individual application protocol requests such as: Allow

Rule Basics Layer 3 Examples Layer 4 Examples Layer 7 Examples Deny Policies Host Policies Layer 7 Protocol Visibility Using Kubernetes constructs in policy Endpoint Lifecycle Troubleshooting Monitoring carrying hundreds of thousands of rules that need to be updated with a continuously growing frequency. Protocol ports (e.g. TCP port 80 for HTTP traffic) can no longer be used to differentiate between application at Layer 3 and 4. A protocol running on a particular port is either completely trusted or blocked entirely. Cilium provides the ability to filter on individual application protocol requests such as: Allow

Rule Basics Layer 3 Examples Layer 4 Examples Layer 7 Examples Deny Policies Host Policies Layer 7 Protocol Visibility Using Kubernetes constructs in policy Endpoint Lifecycle Troubleshooting Monitoring carrying hundreds of thousands of rules that need to be updated with a continuously growing frequency. Protocol ports (e.g. TCP port 80 for HTTP traffic) can no longer be used to differentiate between application at Layer 3 and 4. A protocol running on a particular port is either completely trusted or blocked entirely. Cilium provides the ability to filter on individual application protocol requests such as: Allow

balancing services for mod_proxy. The new mod_proxy_ajp module adds support for the Apache JServ Protocol version 1.3 used by Apache Tomcat. Regular Expression Library Updated Version 5.0 of the Perl This is required for some third-party modules on platforms with small default thread stack size. Protocol handling for output filters In the past, every filter has been responsible for ensuring that it it affects them. Filters can now delegate common protocol management to mod_filter, using the ap_register_output_filter_protocol or ap_filter_protocol calls. Monitor hook added Copyright 2014 The Apache