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content_type: concept
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weight: 1
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---
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<!--
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reviewers:
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- zparnold
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title: Overview of Cloud Native Security
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description: >
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A model for thinking about Kubernetes security in the context of Cloud Native security.
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content_type: concept
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weight: 1
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-->
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<!-- overview -->
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<!--
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You can think about security in layers. The 4C's of Cloud Native security are Cloud,
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Clusters, Containers, and Code.
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-->
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## 云原生安全的 4 个 C
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## 云原生安全的 4 个 C {#the-4c-s-of-cloud-native-security}
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你可以分层去考虑安全性,云原生安全的 4 个 C 分别是云(Cloud)、集群(Cluster)、容器(Container)和代码(Code)。
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云原生安全模型的每一层都是基于下一个最外层,代码层受益于强大的基础安全层(云、集群、容器)。
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你无法通过在代码层解决安全问题来为基础层中糟糕的安全标准提供保护。
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## 云
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<!--
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## Cloud
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-->
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## 云 {#cloud}
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<!--
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In many ways, the Cloud (or co-located servers, or the corporate datacenter) is the
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consult your documentation for security best practices.
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Here are links to some of the popular cloud providers' security documentation:
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-->
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### 云提供商安全性
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### 云提供商安全性 {#cloud-provider-security}
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如果你是在你自己的硬件或者其他不同的云提供商上运行 Kubernetes 集群,
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请查阅相关文档来获取最好的安全实践。
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* Securing the cluster components that are configurable
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* Securing the applications which run in the cluster
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-->
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## 集群
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## 集群 {#cluster}
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保护 Kubernetes 有两个方面需要注意:
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Disallow privileged users | When constructing containers, consult your documentation for how to create users inside of the containers that have the least level of operating system privilege necessary in order to carry out the goal of the container.
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Use container runtime with stronger isolation | Select [container runtime classes](/docs/concepts/containers/runtime-class/) that provide stronger isolation
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-->
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## 容器
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## 容器 {#container}
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容器安全性不在本指南的探讨范围内。下面是一些探索此主题的建议和连接:
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While securing application code is outside of the Kubernetes security topic, here
You can use [htmltest](https://github.com/wjdp/htmltest) to check for broken links in [`/content/en/`](https://git.k8s.io/website/content/en/). This is useful when refactoring sections of content, moving pages around, or renaming files or page headers.
`htmltest` scans links in the generated HTML files of the kubernetes website repository. It runs using a `make` command which does the following:
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-->
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`htmltest` 会扫描 kubernetes website 仓库构建生成的 HTML 文件。通过执行 `make` 命令进行了下列操作:
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<!--
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<!--
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- Builds the site and generates output HTML in the `/public` directory of your local `kubernetes/website` repository
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- Pulls the `wdjp/htmltest` Docker image
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- Mounts your local `kubernetes/website` repository to the Docker image
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- 挂载本地 `kubernetes/website` 仓库到 Docker 容器中
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- 扫描 `/public` 目录下生成的文件并将遇到的失效链接通过命令行打印出来
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<!--
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<!--
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## What it does and doesn't check
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-->
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## 哪些链接不会检查
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<!--
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<!--
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The link checker scans generated HTML files, not raw Markdown. The htmltest tool depends on a configuration file, [`.htmltest.yml`](https://git.k8s.io/website/.htmltest.yml), to determine which content to examine.
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The link checker scans the following:
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-->
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该链接检查器扫描生成的 HTML 文件,而非原始的 Markdown. 该 htmltest 工具依赖于一个配置文件,[`.htmltest.yml`](https://git.k8s.io/website/.htmltest.yml),来决定检查哪些内容。
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该链接检查器扫描生成的 HTML 文件,而非原始的 Markdown. 该 htmltest 工具依赖于配置文件
- Links included in the top and side nav bars, footer links, or links in a page's `<head>` section, such as links to CSS stylesheets, scripts, and meta information
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- Top level pages and their children, for example: `/training`, `/community`, `/case-studies/adidas`
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- Blog posts
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- API Reference documentation, for example: https://kubernetes.io/docs/reference/generated/kubernetes-api/v1.18/
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