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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

Management anywhere

Operations Management SuiteSystem Center Windows Server Azure Stack Azure

Modern application platform

Cloud service delivery

Software-defined datacenter




Management anywhere



Compute cluster

Virtual machines

Storage cluster

File servers

Security controller

Shielded VMs

Windows Server | Hyper-V | System Center

Network controller

Virtual networks

Provisioning and operations

Windows Server | Hyper-V | System Centerinfused with Azure designs and technologies

Cloud-inspired infrastructure

Frictionless “cloud-cadence” infrastructure upgrades

Benchmark-setting scale, performance, and availability

Best-in-class support for Linux

Confidently virtualize anything

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

Cloud-scale fundamentals

SDN infrastructure

Flexible workload placement

Hybrid datacenter extension

Network function virtualization

• Data plane based on Azure

• High-throughput, low-latency 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, cost-effective 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

Control and monitor administrator privileges

Detect and respond to breach faster

Add access and usage policies to sensitive information

Protect virtual machines from compromised host

• Hardware-rooted security

• Shielded virtual machines

• Guardian Service

• Just-in-time administration

• Just enough administration

• Next generation credentials

• File Classification Infrastructure

• Azure Rights Management Services

• Dynamic Access Control

• Privilege Security Event Logging

• Cloud-based security analysis

• Out-of-the-box anti-malware

What’s new in Technical Preview 4

• 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

• Nested virtualization

• Improved PowerShell support for VM upgrade / versioning

• Node fairness for better resource utilization

• Shared VHDX integration

• Shielded VMs have increased robustness and availability for production environments

• Just Enough Administration for domain controllers and for server maintenance roles





Management anywhere




Consistent cloud experienceAligning the needs of business and IT

Agility

BusinessTurbulence and innovation

ITStability and predictability

Control

Flexibility and choice

Application development and deployment


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




Management anywhere





Write once, deploy anywhere

Microsoft Azure Microsoft Azure Stack

Containers Virtual machines Azure Service Fabric

Azure Resource Manager

“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

• Reduced attack surface and servicing requirements

• Next-gen distributed app frameworks

• Interoperate with existing server applications Containers and modern applications

Full GUI

Specialized workloads

Third-party applications

RDS experience

Server Core

Lower maintenance

server environment

Traditional VM

workloads

Nano Server

Just enough OS

Nano Server

Server Core

Server with Local Admin Tools

Basic Client Experience

Nano Server

Nano Server - Roles & Features

Why containers?

Isolation

Consistency

Flexibility

Density

Speed

What is a container?Traditional virtual machines = hardware virtualization

VM VM VM VM VM

Containers = Operating system virtualization

CONTAINER CONTAINER CONTAINER CONTAINER CONTAINER

OS

TP3: Windows Server ContainersAnatomy and key capabilities

Build: write, run, and scale within containers

Run: container capabilities built into Windows Server

Manage: deploy and manage using PowerShell

Resources: define resources per container

Network: IP options for connectivity

Spotlight capabilities

Web tier App tier DB tier

Container A Container B Container C

New! In TP4: Hyper-V Containers Anatomy and key 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

Spotlight capabilities

Hyper-V Container Hyper-V Container

Management anywhere


Management anywhere




Management anywhere


Shifting needs in IT management

TECHNOLOGY

FLUCTUATING

CLOUD BASED

INNOVATION

RETOOLING

FOR VELOCITY

ANALYTICS | CONTAINERS DEVOPS | SERVICE MANAGEMENT CLOUD MIGRATION | SERVICES

Any Cloud

Any Platform

Microsoft Hybrid Management

Hybrid

On-premises

System Center

Any Cloud

Any Platform


Hybrid

On-premises

System Center

Visibility

• End-to-end monitoring

• Preemptive health,

capacity,

and usage tracking

• Real-time alert

management

Visibility

Any Cloud

Any Platform


On-premises

System Center

Visibility

• End-to-end monitoring

• Preemptive health,

capacity,

and usage tracking

• Real-time alert

management

Control

VisibilityControl

• Model once, run anywhere

• Controlled empowerment

of IT users

• Deep insight into

automation

Any Cloud

Any Platform


On-premises

System Center

Visibility

Control

• Model once, run anywhere

• Controlled empowerment

of IT users

• Deep insight into

automationProtection

Control

• AlwaysOn backup and

disaster recovery

• Continuous health

monitoring

• Automated backup and

disaster recovery process

Protection

Any Cloud

Any Platform


On-premises

System Center

Visibility

Control


disaster recovery


monitoring


disaster recovery processProtection

Protection

• Thorough systems health

checkup

• Full exposure into IT

environments

• Audit, forensic, and breach

analysis

Security

Security

Any Cloud

Any Platform


On-premises

System Center

Visibility

Control


disaster recovery


monitoring


disaster recovery processProtection

Protection

Security

ApplicationManagement

Applications

• Real-time performance

visibility

• Dynamic application

dependency mapping

• Faster fault analysis

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

Malicious IP detection

Patching on your terms

Comprehensive security posture

Always-on applications

Central backup management

Cloud integrated disaster recovery

End-to-end dependency view

Streamlined alert management

Holistic network monitoring

Elevate process automation

Easy configuration management

Quick automated remediation

Visibility | Control | Protection | Security

Management anywhere

Getting to the cloud model




Rethink applications to take advantage of cloud

Change processes and patterns to remove silos within the infrastructure

Make hybrid management part of your strategy

Enable self-service access to resources and consistency across clouds

© 2015 Microsoft Corporation. All rights reserved. Microsoft, Windows, Windows Vista and other product names are or may be registered trademarks and/or trademarks in the U.S. and/or other countries.

The information herein is for informational purposes only and represents the current view of Microsoft Corporation as of the date of this presentation. Because Microsoft must respond to changing market

conditions, it should not be interpreted to be a commitment on the part of Microsoft, and Microsoft cannot guarantee the accuracy of any information provided after the date of this presentation.

MICROSOFT MAKES NO WARRANTIES, EXPRESS, IMPLIED OR STATUTORY, AS TO THE INFORMATION IN THIS PRESENTATION.

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