Pasiruoškite ateičiai: modernus duomenų centras Laurynas Dovydaitis Microsoft Azure MVP 2016-05-17
Tension drives change
The datacenter today Traditional datacenter Tight coupling between infrastructure and apps Expensive, vertically integrated hardware Silo-ed infrastructure and operations Highly customized processes and configurations Cloud model Loosely coupled apps and micro-services Industry-standard hardware Service-focused DevOps Standardized processes and configurations
Cloud is an architecture
The cloud transition Consistency from on-premises to public cloud Management from the cloud Write once, deploy anywhere with modern application platform
Transform IT Softwaredefined datacenter Cloud service delivery Modern application platform Management anywhere Windows Server Azure Stack Azure System Center Operations Management Suite
Software-defined datacenter Softwaredefined datacenter Cloud service delivery Modern application platform Management anywhere Windows Server Azure Stack Azure System Center Operations Management Suite
Cloud-inspired infrastructure Compute cluster Network controller Provisioning and operations Windows Server Hyper-V System Center Storage cluster infused with Azure designs and technologies Security controller Virtual machines Virtual networks File servers Shielded VMs Windows Server Hyper-V System Center
Confidently virtualize anything Frictionless cloud-cadence infrastructure upgrades Benchmark-setting scale, performance, and availability Best-in-class support for Linux Rolling upgrades without downtime, no new hardware needed Mixed-mode clusters High-performance live migration and Storage QoS Guest clustering Mission-critical scale: SQL, Exchange, SharePoint, SAP, Oracle Broad distribution support, including: RHEL, SLES, Ubuntu, CentOS Hot add remove vnic and in-guest vrss
Flexible workload placement Cloud-scale fundamentals SDN infrastructure Network function virtualization Hybrid datacenter extension Data plane based on Azure High-throughput, lowlatency packet processing [up to 40G] Programmable network controller based on Azure NVGRE, VXLAN, and OVSDB support Load balancer that is proven in Azure Distributed firewall Custom service chaining, including Linux appliances Azure ExpressRoute Multi-tenant gateways
High-performance storage, fraction of the cost Cloud-scale, costeffective platform Scalable hybrid-cloud storage solution Workload-aware protection Cross-site availability and disaster recovery Storage Spaces Direct Predictable workload performance with Storage QoS Microsoft StorSimple Azure storage Azure Site Recovery Azure Backup System Center Data Protection Manager Sync replication with Storage Replica Stretch clusters with automatic failover Cluster-to-cluster replication with orchestrated recovery
Security designed for zero-trust environments Protect virtual machines from compromised host Control and monitor administrator privileges Add access and usage policies to sensitive information Detect and respond to breach faster Hardware-rooted security Just-in-time administration File Classification Infrastructure Privilege Security Event Logging Shielded virtual machines Just enough administration Azure Rights Management Services Cloud-based security analysis Guardian Service Next generation credentials Dynamic Access Control Out-of-the-box anti-malware
What s new in Technical Preview 4 Nested virtualization Improved PowerShell support for VM upgrade / versioning Node fairness for better resource utilization Shared VHDX integration Network controller now deployable in a high availability mode Improved East-West load balancing Virtual Machine Multi- Queue to enable 10G+ performance Improved container networking Enhancements to Storage Spaces Direct for increased efficiency Storage Health Service with a single monitoring point per cluster Storage QoS offers increased flexibility with maximum bandwidth settings for a VHD/X Shielded VMs have increased robustness and availability for production environments Just Enough Administration for domain controllers and for server maintenance roles
Cloud service delivery Softwaredefined datacenter Cloud service delivery Modern application platform Management anywhere Windows Server Azure Stack Azure System Center Operations Management Suite
Consistent cloud experience Aligning the needs of business and IT Agility Control Flexibility and choice Business Turbulence and innovation Application development and deployment Cloud service delivery IT Stability and predictability
Power of Azure with the control of the datacenter Microsoft Private Cloud (on premises hosted) Microsoft Azure
Power of Azure with the control of the datacenter Microsoft Private Cloud (on premises hosted) Microsoft Azure
Power of Azure with the control of the datacenter Microsoft Azure Stack (on premises hosted) Microsoft Azure
Microsoft Azure Stack architecture Windows Server Linux
Modern application platform Softwaredefined datacenter Cloud service delivery Modern application platform Management anywhere Windows Server Azure Stack Azure System Center Operations Management Suite
Write once, deploy anywhere Virtual machines Containers Azure Service Fabric Azure Resource Manager Microsoft Azure Stack Microsoft Azure
Born-in-the-cloud applications Designed for cloud agility, elasticity, and scalability Constant innovation and upgraded features Shared services allow for increased speed Options to leverage dynamic data sources
New deployment option: Nano Server Just enough OS Optimized for modern applications Higher density and performance Third-party applications RDS experience Reduced attack surface and servicing requirements Next-gen distributed app frameworks Traditional VM workloads Interoperate with existing server applications Containers and modern applications Nano Server Just enough OS Server Core Lower maintenance server environment Full GUI Specialized workloads
Nano Server Basic Client Experience Server with Local Admin Tools Nano Server Server Core
Nano Server - Roles & Features
Why containers? Density Flexibility Consistency Speed Isolation
What is a container? Traditional virtual machines = hardware virtualization VM VM VM VM VM Containers = Operating system virtualization OS CONTAINER CONTAINER CONTAINER CONTAINER CONTAINER
TP3: Windows Server Containers Anatomy and key capabilities Spotlight capabilities Build: write, run, and scale within containers Container A Container B Container C Web tier App tier DB tier Run: container capabilities built into Windows Server Manage: deploy and manage using PowerShell Resources: define resources per container Network: IP options for connectivity
New! In TP4: Hyper-V Containers Anatomy and key capabilities Spotlight capabilities Consistency: consistent container APIs Compatibility: identical container images Strong isolation: dedicated kernel copy Highly trusted: proven Hyper-V technology Optimized: virtualization layer and OS optimized Hyper-V Container Hyper-V Container
Management anywhere Softwaredefined datacenter Cloud service delivery Modern application platform Management anywhere Windows Server Azure Stack Azure System Center Operations Management Suite
Shifting needs in IT management TECHNOLOGY FLUCTUATING RETOOLING FOR VELOCITY CLOUD BASED INNOVATION ANALYTICS CONTAINERS DEVOPS SERVICE MANAGEMENT CLOUD MIGRATION SERVICES
Hybrid Any Platform Any Cloud Microsoft Hybrid Management On-premises System Center
Visibility Hybrid Visibility Any Platform Any Cloud Microsoft End-to-end monitoring Preemptive health, Hybrid capacity, and usage tracking Real-time alert Management management On-premises System Center
Visibility Control Visibility Any Platform Any Cloud Control Microsoft End-to-end Model once, monitoring run anywhere Preemptive Controlled empowerment health, Hybrid capacity, of IT users and Deep usage insight tracking into Real-time automation alert Management management On-premises System Center
Control Protection Visibility Any Platform Any Cloud Control Protection Microsoft AlwaysOn Model once, backup run anywhere and disaster Controlled recovery empowerment Hybrid Continuous of IT users health monitoring Deep insight into Automated automationbackup and Management disaster recovery process On-premises System Center
Protection Security Visibility Any Platform Any Cloud Security Control Protection Microsoft AlwaysOn Thorough backup systems and health disaster checkuprecovery Hybrid Continuous Full exposure health into IT monitoring environments Automated Audit, forensic, backup and and breach Management disaster analysis recovery process On-premises System Center
Protection Applications Visibility Any Platform Control Any Cloud Application Management Protection Microsoft AlwaysOn Real-time performance backup and disaster visibility recovery Hybrid Continuous Dynamic application health monitoring dependency mapping Automated Faster fault analysis backup and Management disaster recovery process Security On-premises System Center
System Center 2016 (Standard and Datacenter) Device Management Support for Windows 10 deployments, MDM enrollment with Azure AD, Access restriction based on device enrollment and policy Provisioning Support for Windows Server 2016 Hyper-V features, Rolling cluster upgrades, Simplified networking, Shielded VM provisioning, Guarded host management, Support for vcenter 5.5 Monitoring Nano Server, Windows storage, SMI-S support, MP Catalog, Performance improvements, Enhanced Data Visualization, SCOM Partner Program Automation Migration to cloud, SCO Integration Packs and Runbooks Self-Service Improved usability and perf, HTML5 self-service portal, New Exchange connector Data Protection Azure Express Route support, Shielded VM, Storage spaces direct
System Center and OMS better together Visibility Control Protection Security Malicious IP detection Patching on your terms Comprehensive security posture End-to-end dependency view Streamlined alert management Holistic network monitoring Always-on applications Central backup management Cloud integrated disaster recovery Elevate process automation Easy configuration management Quick automated remediation
Getting to the cloud model Softwaredefined datacenter Cloud service delivery Modern application platform Management anywhere Change processes and patterns to remove silos within the infrastructure Enable self-service access to resources and consistency across clouds Rethink applications to take advantage of cloud Make hybrid management part of your strategy
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