Update 2-characteristics-azure-arc-enabled-servers.md

Author: ShawnKupfer

learn-pr/azure/intro-to-arc-for-servers/includes/2-characteristics-azure-arc-enabled-servers.md

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-> [!CAUTION]
-> This content references CentOS, a Linux distribution that is End Of Life (EOL) status. Please consider your use and plan accordingly. For more information, see the [CentOS End Of Life guidance](/azure/virtual-machines/workloads/centos/centos-end-of-life).
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 The business technology landscape continuously evolves and becomes increasingly complex, with multiple applications running on different hardware across on-premises datacenters, multiple public and private clouds, and the edge. Managing these disparate environments at scale, enhancing security across an entire organization, and enabling developer agility and innovation are critical for businesses to succeed and thrive. Microsoft Azure provides tools and solutions that help customers like Contoso to innovate their hybrid environments in a secure manner and with a minimized management overhead. Azure Arc is an example of such solution. While it offers support for a range of different scenarios, most on-premises workloads still rely on physical or virtual servers running either Windows or Linux, so our focus will be on Azure Arc-enabled servers.
 
 Azure Arc consists of a set of technologies that simplify administrating complex, distributed, hybrid environments, such as the one you deal with as Contoso's IT Engineering team lead. It provides a centralized, multicloud, and on-premises governance and management platform. It facilitates adoption of automation, single-pane-of-glass monitoring, and comprehensive security, and promotes the cloud-first strategy regardless of where your resources are located. At the same time, Azure Arc still allows you to continue using traditional ITOps tools and practices as you transition to the DevOps model to fully benefit from cloud-native architectural and operational patterns.