Windows Server 2019

Windows Server 2019
Name	Windows Server 2019
Developer	Microsoft
Released	2018
Programmed in	C++, C#
Operating system	Microsoft Windows
License	Proprietary commercial software

Windows Server 2019 is a server operating system developed by Microsoft for enterprise and datacenter environments. It succeeds an earlier Windows Server 2016 release and was previewed at events hosted by Microsoft and partners before general availability. The release targeted virtualization, hybrid cloud, and container workloads used by organizations such as IBM, Accenture, Deloitte, HP, and Lenovo.

History and development

Development of the product occurred within Microsoft's server and cloud division under leaders who had roles in projects like Azure and Windows 10. Previews were announced at industry events including Microsoft Ignite and Build (developer conference), alongside presentations referencing technologies from Red Hat, Canonical, and Docker, Inc.. Beta cycles involved partners such as Intel, AMD, NVIDIA, and cloud providers including Amazon Web Services and Google Cloud Platform. The product timeline intersected with regulatory and standards discussions involving ISO and NIST for security baselines, and with open-source communities represented by projects hosted on GitHub.

Editions and licensing

Microsoft offered multiple editions patterned after prior server releases, marketed through channels including Microsoft Volume Licensing, Original Equipment Manufacturers such as Dell Technologies and Hewlett Packard Enterprise, and cloud marketplaces like Azure Marketplace. Licensing models referenced enterprise agreements used by corporations such as Bank of America, Walmart, and Siemens. Editions were positioned for deployment with virtualization hosts managed by solutions from VMware, Inc., Citrix Systems, and Oracle Corporation. Licensing and servicing also aligned with policies from bodies like European Commission and U.S. Department of Defense where compliance matters affected procurement.

Features and improvements

Key enhancements built on work from Windows Server 2016 and technologies from Hyper-V and Active Directory. Networking and storage features referenced developments from Storage Spaces Direct, SMB, and integration scenarios with Azure Active Directory. Container support expanded compatibility with orchestration projects such as Kubernetes and container images provided via repositories like Docker Hub. Security improvements aligned with practices from NIST SP 800-53 and involved features related to Windows Defender and hardware roots-of-trust using vendors such as Trusted Platform Module manufacturers. Hybrid cloud features connected to services including Azure Arc and Azure Backup.

Deployment and hardware requirements

Hardware support drew on chipmakers Intel and AMD, and storage vendors such as Seagate and Western Digital. Microsoft documented system requirements for processors compatible with instruction sets used across platforms including servers from Supermicro and Fujitsu. Deployment scenarios included on-premises racks sourced from Cisco Systems and converged infrastructure offerings by NetApp and HPE SimpliVity, as well as cloud deployments on Azure, AWS, and Google Cloud Platform. Installation options mirrored patterns used in enterprise rollouts handled by services from Accenture and Capgemini.

Management, administration, and security

Administration tools built on frameworks like PowerShell and were integrated with management suites from System Center and third-party offerings from SolarWinds and Puppet (software). Security and compliance features interoperated with identity providers such as Okta and Ping Identity, and monitoring used platforms like Splunk and Datadog. Patch management and update channels referenced mechanisms similar to those used by Microsoft Update and enterprise patch systems from Ivanti. Audit and logging workflows were designed to interoperate with standards endorsed by ISO/IEC and operational practices employed by agencies such as National Security Agency in guidance documents.

Integration and compatibility

Compatibility matrices emphasized interoperability with database and application vendors including Microsoft SQL Server, Oracle Database, and MySQL. Integration scenarios included middleware and application servers from IBM WebSphere and Red Hat JBoss, and development toolchains from Visual Studio and JetBrains. Support for container ecosystems enabled workflows incorporating Kubernetes, Helm (software), and service meshes like Istio. Backup and disaster-recovery approaches referenced solutions from Veeam and Commvault.

Reception and lifecycle

Industry reception included reviews and adoption studies by analysts at Gartner and Forrester Research, and case studies from enterprises including Coca-Cola and Toyota Motor Corporation. Lifecycle and servicing timelines were governed by Microsoft policies similar to those announced for prior products and discussed at conferences such as Microsoft Ignite and forums like TechNet. End-of-support and extended servicing decisions were monitored by IT organizations and influenced migration plans to cloud platforms such as Azure and successor server releases promoted by Microsoft.

Category:Microsoft server software