您现在访问的是微软AZURE全球版技术文档网站,若需要访问由世纪互联运营的MICROSOFT AZURE中国区技术文档网站,请访问 https://docs.azure.cn.

与云采用相关的创新Cloud Adoption-related innovation

所有 IT 项目组合都包含一些可以显著改进公司在市场中定位的工作负荷和理念。All IT portfolios contain a few workloads and ideas that could significantly improve a company's position in the market. 大多数云采用工作专注于现有工作负荷的迁移和现代化。Most cloud adoption efforts focus on the migration and modernization of existing workloads. 但是,最大的商业价值来自于云创新。Cloud innovation, however, can provide the greatest business value. 与云采用相关的创新可以解锁新技能和扩展的业务功能。Innovation related to cloud adoption can unlock new technical skills and expanded business capabilities.

云采用框架的此部分重点介绍能够产生最大投资回报的项目组合的元素。This section of the Cloud Adoption Framework focuses on the elements of your portfolio that drive the greatest return on investment.

此框架建议你完成以下云创新练习,为此阶段的云采用生命周期做准备:To prepare you for this phase of the cloud adoption lifecycle, the framework suggests the following cloud innovation exercises:

     


商业价值共识:在确定技术解决方案之前,需了解云创新以何种方式提高商业价值。Business value consensus: Before you decide on technical solutions, identify how new cloud innovation can drive business value. 将该价值与云策略相对应。Map that value to your cloud strategy. 在此增量方法中,商业价值通过一个有关客户需求的假设来体现。In this incremental methodology, business value is represented by a hypothesis about customer needs.


Azure 创新指南:Azure 包括用于加速创新解决方案部署的云创新工具。Azure innovation guide: Azure includes cloud innovation tools to accelerate the deployment of innovative solutions. 可以根据假设考虑不同的工具组合。Depending on your hypothesis, you might consider various combinations of tools. 建议使用基本工具创建最小可行产品 (MVP)。The creation of a minimum viable product (MVP) with basic tools is suggested.


最佳做法:体系结构决策应该遵循工具链中每个工具的最佳做法。Best practices: Your architectural decisions should follow best practices for each tool in the toolchain. 遵循此类指南可以更好地加快解决方案开发速度,并为可靠的体系结构设计提供参考。By adhering to such guidance, you can better accelerate solution development and provide a reference for solid architectural designs.


反馈循环:在每次迭代期间,团队都可以通过正在开发的解决方案与客户一起学习。Feedback loops: During each iteration, the solutions under development offer a way for your teams to learn alongside customers. 通过客户完成快速且准确的反馈循环有助于更好地测试、度量、学习,并降低面市时间影响。Fast and accurate feedback loops with your customers help you better test, measure, learn, and reduce the time to market impact. 了解如何通过 Azure 和 GitHub 加速反馈循环。Learn how Azure and GitHub accelerate feedback loops.

创新摘要Innovation summary

数字经济中的创新为应用程序开发、DevOps、IT 和企业团队中的云创新确定了一种通用语言。Innovation in the digital economy establishes a common language for cloud innovation across application development, DevOps, IT, and business teams. 以下方法基于现有的精益方法。The following approach builds on existing lean methodologies. 它旨在帮助你创建一个以云为中心的会话,该会话涉及客户采用以及如何通过科学模型来创造商业价值。It's designed to help you create a cloud-focused conversation about customer adoption and a scientific model for creating business value. 此方法还将现有的 Azure 服务映射到可管理的决策过程。The approach also maps existing Azure services to manageable decision processes. 有了这种映射,你可以更容易找到正确的技术选项来解决特定的客户需求或假设。This alignment can help you find the right technical options to address specific customer needs or hypotheses.

云采用框架的创新方法

建议的技能Suggested skills

对云采用带来的新技能和新责任准备就绪并不容易。Readiness for the new skills and responsibilities that come with cloud adoption doesn't come easily. Microsoft Learn 提供了令人满意的方法来进行实践学习,有助于更快地实现目标。Microsoft Learn provides a rewarding approach to hands-on learning that helps you achieve your goals faster. 赚取积分和等级,实现更多目标!Earn points and levels, and achieve more!

下面是 Microsoft Learn 上特定于角色的学习路径的几个示例,它们对应于云采用框架中的“创新”方法。Here are a couple of examples of role-specific learning paths on Microsoft Learn that align with the Innovate methodology of the Cloud Adoption Framework.

在 Azure 中管理容器:使用 Azure 容器实例是在 Azure 中运行容器的最简单快捷的方法。Administer containers in Azure: Azure Container Instances are the quickest and easiest way to run containers in Azure. 本学习路径将介绍如何创建和管理容器,以及如何使用 Azure 容器实例为 Kubernetes 提供弹性缩放。This learning path will teach you how to create and manage your containers, and how you can use Azure Container Instances to provide elastic scale for Kubernetes.

创建无服务器应用程序:使用 Azure Functions 可以创建可由各种外部事件触发的事件驱动型按需计算系统。Create serverless applications: Azure Functions enable the creation of event-driven, compute-on-demand systems that can be triggered by various external events. 了解如何使用函数来执行服务器端逻辑并构建无服务器体系结构。Learn to use functions to execute server-side logic and build serverless architectures.

若要发现更多学习路径,请浏览 Microsoft Learn 目录To discover more learning paths, browse the Microsoft Learn catalog. 使用“角色”筛选器使学习路径与角色保持一致。Use the Roles filter to align learning paths with your role.