2. REAL DYNAMIC INFRASTRUCTURE
RDI – Real Dynamische Infrastruktur
Eine Rechenzentrums Philosophie, die die Menschen entlastet und
der Business Unit die Infrastruktur bereitstellt die sie benötigt
RDS – Real Dynamischer Speicher
Speicher und Managementprozesse die einfach,
zuverlässig und sicher die Daten verfügbar halten
RDD–RealDynamicDataManagement
DatenbeschützenundeinLebenlangbetreuen
RDC – Real Dynamic Content
Dateien und Objekte optimiert ablegen
und mit der richtigen Geschwindigkeit
bereitstellen
RDP – Real Dynamic Compute
Rechenressourcen die anpassbar, flexibel und skalierbar die
Rechenleistung bereitstellen, die die Anwendung benötigt
5. 0
2
4
6
8
10
12
Jan Feb Mar Apr Mai Jun Jul Aug Sep Okt Nov Dez
Series 1
Series 2
Series 3
• Hohe Ausgaben
CAPEX und OPEX
• Lange Bestellzeiten
• Gerine Flexibilität
6. WARUM EINE CLOUD?
• Hohe Ausgaben
CAPEX und OPEX
• Lange Bestellzeiten
• Gerine Flexibilität
• Schwierige Abrechnung
7. WARUM EINE CLOUD?
• Hohe Ausgaben
CAPEX und OPEX
• Lange Bestellzeiten
• Gerine Flexibilität
• Schwierige Abrechnung
• Zu wenig Ressourcen
8. WARUM EINE CLOUD?
• Hohe Ausgaben
CAPEX und OPEX
• Lange Bestellzeiten
• Gerine Flexibilität
• Schwierige Abrechnung
• Zu wenig Ressourcen
• Migrationen & Downtimes
16. CLOUD ALS NATÜRLICHER SCHRITT
Direct Attached (SCSI, SSA, SAS) Network Attached (SAN, NAS) Cloud
SOURCE: DATA
Ist es real?
Google speichert
mehr und günstiger
Amazon, Facebook
Benchmark für IT
17. WAS IST DIE CLOUD?
Protection
Location independence
Dynamic provisioning
Virtualization
Mobility
Multitenancy
Discoverability
1. Self-service
2. Pay-per-use
3. Dynamic scale ↑↓
22. HITACHI DATA SYSTEMS
CLOUD VISION
Einfache Infrastruktur
‒ Lösung im Rack
‒ Schnelles provisioning
und deployment
‒ SLA Monitoring und
Management
Data intelligence
– Data lifecycle
management
– Index und
Suche/Finden
Information analytics
– Daten unabhängig von
der Anwendung
– Daten
wiederverwenden und
in anderem Kontext
betrachten
Single Virtualization Platform
– Hitachi Storage and Servers –
Information
Cloud
Content
Cloud
Infrastructure
Cloud
Informations
Wiederverwendung
Intelligenz
23. WAS LIEFERN WIR FÜR DIE CLOUD?
Cloud Hardware
Hitachi Data Systems liefert
GESAMTE Hardware
Storage, Content , Compute
Cloud Concepts & Software
Monitoring, Chargeback,
Interfaces (S3), Virtualisierung
(Managment improvemts comming)
Financial Models
24. HOW HITACHI DATA SYSTEMS
LIEFERT HEUTE CLOUD SOLUTIONS
Deployment
Deployment
– Private
– Hybrid
– Public
Delivery
Delivery
– Billing and metering
– Self-service
– Pay-per-use consumption
– Flex up and down
Services
Services
– Remote managed services
– Managed storage utilityConnectivity
Connectivity
– Support existing applications
– REST API, MAPIInfrastructure
Infrastructure
– Integrated block, file and content
platforms and technologies
– Converged and compute solutions
25. Hitachi Cloud Strategy
HITACHI DATA SYSTEMS
CLOUD STRATEGY
Integrated content and
file portfolio
Enterprise and modular
Converged data center
solutions
Management software
Technology
Storage as a service
Infrastructure as a
service
Platform as a service
Application as a
service
Solution
Technology packaging
Hitachi managed
services
Delivery with partners
Financial models
Delivery
HITACHI CLOUD
STRATEGY
Infrastructure Cloud: building on our core technology we have today, we’re building the infrastructure plumbing for data centers. Key components are converged data center solutions which integrate storage, compute and network. And the ability to deliver dynamic provisioning.
Content Cloud: deliver intelligence to enable customers to manage the life cycle of their data. Access, tier, search and discover data. Eg. Hitachi Clinical Repository plays is a great example of content cloud.
Information Cloud: Re-purpose of content to enable business decision making. It’s the data warehousing for content.
Cloud computing is not a product. It’s a way to deliver IT services in an on demand, rapid, flexible and scalable fashion. Hitachi lets customers to choose the best possible delivery method, deployment model and underlying infrastructure to address your particular cloud needs, all at your own pace.
We start with our integrated infrastructure and cloud enabling technologies.
Then provide connectivity options for customers to move data into the cloud, whether it’s their existing applications or new applications that can talk directly to the cloud (via REST for example).
Next we layer in our service capabilities, which can be remote and utility based – allowing pay-per-use consumption of storage resources.
Then we provide the fundamental delivery mechanisms to enable a cloud service delivery model, such as billing/chargeback which can be segregated by tenant (i.e. business unit or even company for service providers), self-service on demand access to storage, pay per use consumption and the ability to scale up or down to meet the needs of the business.
The cloud architecture can be deployed in any of the following ways:
Private: Hosted within an organization’s firewall and managed internally or externally
Public: Hosted on the internet and managed by a provider
Hybrid: A combination of private and public