移动性(Mobility)

移动性(Mobility)

Mobility

With the increasing number of applications hosted in a cloud environment, users or consumers often use mobile computing devices such as tablets or smartphones. The legacy assumption that end users only have desktop PCs or a particular PC operating system (OS) is no longer true.

The concept of mobile first was adopted over the past few years but is more recently replaced with ubiquitous access the intention of both being that applications need to be designed with the ability for users to access the system through any form of computer device, from any location, and have the same experience. Mobility might also require additional security and asset configuration management features and tools to ensure identity, data encryption, data privacy, and synchronization to mobile devices for offline viewing.

Key Take-Away

Ubiquitous access, elasticity, resiliency, and persistent data are the keys to successful cloud-native applications. Applications and data must always be accessible, from any form of computing device and any location, and with a consistent user experience.

流动性

随着云环境中托管的应用程序数量的增加，用户或消费者通常使用平板电脑或智能手机等移动计算设备。最终用户只有台式PC或特定PC操作系统（OS）的传统假设不再适用。

移动优先的概念 在过去几年中被采用，但最近被无处不在的访问所取代， 其意图是需要设计应用程序，使用户能够通过任何形式的计算机设备从任何位置访问系统，并有相同的经验。移动性还可能需要额外的安全性和资产配置管理功能和工具，以确保身份，数据加密，数据隐私以及与移动设备的同步以供离线查看。

Key Take-Away

无处不在的访问，弹性，弹性和持久数据是成功的云原生应用程序的关键。必须始终可以从任何形式的计算设备和任何位置访问应用程序和数据，并且具有一致的用户体验。

因此，CN应用程序需要本地支持移动应用程序。这包括支持一系列移动后端功能的能力 - 包括移动设备的身份验证和授权服务，位置服务，客户识别，推送通知，云消息传递，iOS和Android开发工具包等。

Accordingly, CN applications need to natively support mobile applications. This includes the ability to support a range of mobile backend capabilities – ranging from authentication & authorization services for mobile devices, location services, customer identification, push notifications, cloud messaging, toolkits for iOS and Android development etc.