“Infrastruktura je bitna upoznajte paradigmu softverski ... · PDF...

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“Infrastruktura je bitna upoznajte paradigmu softverski definirane okoline” big, soft & open Alen Gojčeta, Technical Sales Leader Danijel Paulin, Systems Architect

Transcript of “Infrastruktura je bitna upoznajte paradigmu softverski ... · PDF...

“Infrastruktura je bitna ‐ upoznajte paradigmu softverski definirane okoline”big, soft & open

Alen Gojčeta, Technical Sales Leader

Danijel Paulin, Systems Architect

Smarter Computing je...

• ...IBM‐ov pristup IT inovaciji u informacijsko doba.

• Pomaže IT liderima da prepoznaju i iskoriste prilike kroz:– Računarstvo u oblaku (Cloud)– Otključavanje moći podataka i – Očuvanje sigurnosti kritičnih informacija i poslovnih procesa

Big = osmišljena za velike podatke*

*Smarter Infrastructure

Soft = softverski definirana okolina*

*Smarter Infrastructure

Open= otvoreni standardi i integracije*

*Smarter Infrastructure

Smarter computing priznaje heterogenost radnih opterećenja

Workload optimized systems

"If you strategically buy the right mixture of machines for your particular applications," Mars* says, "you can potentially save millions more."

Turns out IBM has been right all along with its multi-platform strategy. This is exactly the same position that STG has had for many years and is evolving further with PureSystems.

*Jason Mars, Mars is a professor of computer science at the University of California, San Diego,

http://www.wired.com/wiredenterprise/2013/05/google-jason-mars/

...they found that if Google were to more carefully match applications with chips, it could improve the speed of its entire operation by as much as 15 percent. When you’re the size of Google, that’s an enormous boost.

Today, as Mars explains, Google’s data centers don’t work that way. The company builds its massive computing facilities for homogeneity.

Izvor: http://www.pcmag.com/article2/0,2817,2422829,00.asp

Ponovimo

• „Workload optimized systems” odustaju od monolitnosti i priznaju namjensku raznolikost radnih okolina

Ponovimo još ovo...

• Smarter Computing (IT kao cloud, iskoristiti velike podatke, očuvati sigurnost)

...i ovo!• Smarter Infrastructure je:

– Velik (big data)

– Otvoren (standardi i integracije)

– Mekan (softverski definiran)

Mekan!

Novi modeli pristupa korisnicima

MobileSocialBig Data AnalyticsCloud

Enterprise applicationsCore data & transactionsOperational analytics

New Models of Client EngagementExisting Models of Business Operations

Extend / Integrate

1. Technology factors2. People skills3. Market factors4. Macro-economic factors5. Regulatory concerns6. Globalization

Factors impacting organizations:1

Source: IBM CEO Study 2012

Tehnologija je postala strateška komponenta poslovanja...

New models of engagement are driving new requirements Massive

ScaleIncreasing Complexity

Rapid Pace

ComputeCompute StorageStorage NetworkNetwork

Optimize Your ResourcesOptimize Your Resources

Automate Your Workloads Automate Your Workloads

Sim

plifi

ed

Man

agem

ent

Sim

plifi

ed

Man

agem

ent

Cloud

Big Data Analytics

Social

Mobile

Today’s Workloads

Software Defined Environment – omogućava nova rješenja

Software Defined Environment – pruža značajne prednosti!

• Workloads statically assigned to resources manually

• IT Operations manuallymap the resources to the application for software deployment 

• Manual optimization and reconfiguration to reactively address infrastructure issues

Traditional Environment Software Defined Environment

Workloads dynamically assigned resources based on application characteristics and availability

Software maps resources to the workload and deploys the workload.

Analytics-based optimization and reconfiguration to address infrastructure issues

Software Defined Environment – efikasnija veza između workload‐a i resursa

Software Defined Infrastructure

Compute Storage Network

Supply Chain

Big Data and

Analytics

Web Commerce

Social Business

Compute Resource InventoryMonitoring and ReportingOptimization Events

Infrastructure Patterns Workload-Contexts Service Level Policy

Open Application Programming Interfaces (APIs)

Kako izgraditiSoftware Defined Environment?

Software Defined Environment ‐ ključne komponenteSoftware Defined Compute Software Defined Storage Software Defined Networks

SDC automatski bira sustave koji najbolje odgovaraju trenutnim proračunima

SDS dinamički iskorištava heterogenost sustava za pohranu kako bi odgovorio promjenjivim radnim zahtjevima

SDN miče upravljački sloj s preklopnika u softver – za poboljšanje programabilnosti, efikasnost i “produživost”

Software Defined Compute Resources

System z PureSystemsPower Systems System x

Server Virtualization: provides more efficient utilization of server resources through hypervisor technology

Virtual Image Management: Manage lifecycle of virtual images

Virtual Resource Pools: Manage lifecycle of virtual resource pools VMControl

Software Defined Storage

Storwize V7000 Storwize V7000 Unified

Flex System V7000

SAN Volume Controller

Storwize V3700

Storage Virtualization: provide efficient storage of structured and unstructured data across multiple devices

Easy Tier: optimizes placement of data across various types of storage (e.g. Flash, Fiber Channel, SAS) to improve workload performance

Real-time Compression: improves efficiency of data storage without impacting performance

Software Defined Networks

Distributed Overlay Virtual Network

IBM Software Defined Network for Virtual Environments

IBM System Networking SAN96B-5

SDN Controller: Automate connectivity of network services (e.g. Firewall, IPS) used in multi-tier virtual systems, optimize paths

Network Hypervisor: Configure the physical network once, overlay network sitting on top, analogous to hypervisor for compute

Optimize the Fabric: support ethernet & Openflow, move network OS from physical switches to server-based control cluster

Compute Resource Inventory,Monitoring and Reporting,Optimization Events

Compute Patterns, Workload-Contexts, Service Level Policy

Physical Infrastructure

Software DefinedInfrastructure

IBM Controller leveraging

Workload Definition, Orchestration, & Optimization

Software Defined Storage

Software Defined Networks

Software Defined Compute

Resources

• Optimal placement of server, storage and network resources based on workload requirements

• Software maps resources to the workload and deploys the workload leveraging application patterns that define its service level policy.

• Programmable infrastructure via Open APIs encourages broad ecosystem of solutions provider.

Offerings: • IBM SmartCloud Orchestrator • IBM SmartCloud Entry based on Openstack• IBM PureSystems

Software Defined Infrastructure ManagementPattern‐based configuration and continuous optimization

Software Defined Environments Phase 1

Software DefinedEnvironments Phase 2

Software DefinedEnvironments Phase 3

Deploy next-generation policy based, dynamic, intelligent and analytic-

driven solutionsVirtualize, optimize and

automate within domains

Cross domain automation, integration

and orchestration

SDE progression

Software Defined Environment – faze

Software Defined Environment – slijedeći koraci

Understand the current SDE resource building

blocks

Compute

Storage

Networking

Get started with the integrated capabilities of IBM PureSystems

Software Defined Resources

Workload Patterns

Cloud management software

Learn more about Open Standards, IBM

can help

OpenStack

Open Daylight

OpenFlow

OASIS

https://www.ibm.com/smarter-computing/us/en/readynow/software-defined-environment.html