Atelier innovation : connecter le non-connecté – FWT15 Paris le RFID au servi...
Atelier Data Center - FWT15 Paris GRT Oracle SNECMA
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Human Centric
Innovation
Fujitsu
World Tour
2015
Optimisez votre Data Center et
votre Budget : Retour d’expérience
et pistes à suivre Les cas de GRT
Gaz & SNECMA
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Optimisez votre Data Center et votre Budget
Retour d’expérience et pistes à suivre
Les cas de GRT Gaz & SNECMA
Patrick Jeandet – Directeur de BU Solution Fujitsu
Eric Bezille – Chief Technologist Oracle Systems
Frédéric Perrin – Responsable technique Fujitsu
Christian Favreau – Responsable de production SNECMA
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Agenda
4
Témoignage
SNECMA
1
Témoignage de
GRTgaz
2
Stratégie
Systèmes
d’Oracle pour
Simplifier vos
projets de
Transformation
3
Démarche
Services de
Fujitsu
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Les Enjeux pour GRTgaz
ENGIE - IT
(GDF SUEZ)
GRT
300 Applications
Socle bureautique
51 serveurs
575 cores
50 TB Stockage
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La Stratégie Systèmes d’Oracle pour
Simplifier vos projets de Transformation
14. 13
Co-Engineered Solutions
Hardware & Software Engineered to Work Together
Full-stack Management
End to end visibility and management
across your data paths.
Application Aware Storage
Dynamic database tuning improves
performance and latency under extreme loads
Software in Silicon
The ultimate in application data integrity,
reliability and performance
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Transformation
Recette
Mise en service
Lot 1
Lot 2
Lot 3
Lot 4Cartographie
Exigences
Délais
Pourquoi Fujitsu : Méthodologie
Système d’Information
Lotissement
Planification
Cadrage
Application Assessment
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Démarche d’engagement
Cadrage détaillé et Pilotage
Engagementforfaitaire
audémarragedela
mission
Engagementforfaitaire
parvagueaprès
commande
Acceptation
par le Client
Non
Oui
Engagement forfaitaire pour la réalisation de la
vague n° x
Engagement forfaitaire pour la réalisation de la
vague n° x
Engagement forfaitaire pour la réalisation de la
vague n° x
Engagement forfaitaire pour la réalisation de la
vague n° x
Pilotage
Reporting
Devis par vague
Commande
de la vague
Catalogue d’unités d’œuvre
Cadrage
Gouvernance
Validationperformance
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SNECMA
CONSOLIDATION DE L’ENVIRONNEMENT ERP
Christian FAVREAU Responsable de centres informatiques
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SNECMA en bref
Filiale du groupe SAFRAN Fourniture du service et
continuité de service
S’adresse à tous les métiers de
l’entreprise R&D > Production
industrielle
Groupe SNECMA Rôle de la DSI
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Le projet SNECMA
Snecma dispose d’une infrastructure
pour son environnement ERP Baan
et des applications métiers
Conserver les outils jusqu’à leur
remplacement
Accompagner la croissance de
l’activité
Pérennité de la solution jusqu’en
2022
Conserver un système d’exploitation
Solaris Sparc pour conserver les
versions figées de ses applications
Engagements sur les performances
de la solution proposée afin qu’elles
soient équivalentes ou supérieures à
l’existant
Enjeux et objectifs
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Contraintes et Exigences
Consolider l’ensemble des serveurs
SPARC sur une nouvelle plateforme
Continuité de service
SLA reprise en moins d’une heure
Reprise d’activité (disaster recovery) sous
24h
Adaptabilité de la puissance à la
croissance de la charge
Scalablilité
Réserve de 50% de la puissance à la mise
en production
Besoins Exigences
PW, M5000/M8000 Architecture cible
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Solution technique retenue
Architecture
4 serveurs M10-4S pour environnements de
production et test
Un serveur M10-4 pour le PRA
Virtualisation OVM pour héberger tous les
environnements
Atouts
Redondance des composants
Dynamic Reconfiguration
Performance
Continuité de service
• Arrêt planifié ou Arrêt intempestif
Scalabilité
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Pourquoi Fujitsu
Historique de la relation avec Fujitsu
Définition de l’architecture
Engagements sur les performances
Réalisation de la prestation
Transfert de compétences
Support
Quickly introduce some of the capabilities, then move to the Demo.
Purpose :
-------------------------
Definining the components that make up database as a service.
This slide is used to provide a high level description of database as a service before showing the demo that highlights these characteristics.
Detailed Description :
-------------------------
On-demand self-service. - A consumer can unilaterally provision computing capabilities,
such as server time and network storage, as needed automatically without requiring human interaction
with each service provider.
Broad network access - Capabilities are available over the network and accessed through standard mechanisms that promote use
by heterogeneous thin or thick client platforms (e.g., mobile phones, tablets, laptops, and workstations).
Resource pooling - The provider’s computing resources are pooled to serve multiple consumers using a multi-tenant model,
with different physical and virtual resources dynamically assigned and reassigned according to consumer demand.
There is a sense of location independence in that the customer generally has no control or knowledge over the
exact location of the provided resources but may be able to specify location at a higher level of abstraction (e.g., country,
state, or datacenter). Examples of resources include storage, processing, memory, and network bandwidth.
Rapid elasticity - Capabilities can be elastically provisioned and released, in some cases automatically, to scale rapidly
outward and inward commensurate with demand. To the consumer, the capabilities available for provisioning often appear
to be unlimited and can be appropriated in any quantity at any time.
Measured service - Cloud systems automatically control and optimize resource use by leveraging a metering capability1 at some
level of abstraction appropriate to the type of service (e.g., storage, processing, bandwidth, and active user accounts).
Resource usage can be monitored, controlled, and reported, providing transparency for both the provider and consumer of the utilized service.
Predefined DB configuration - Predefined templates and profiles (in EM) representing the providers service offerings.
Standard Technologies and Best Practices - Standard Servers, Operating Systems, Database Versions and options and deployment templates used across all
the databases deployed.
Presenter Notes :
---------------------------
Highlight that the first 5 are NIST definitions of properties that every cloud service needs to have.
the last 2 are additional properties that oracle defines for database as a service.
Before putting up the slides, poll the audience for Cloud/DbaaS characteristics, write them down on the board and then show slides.
OUR 2nd DESIGN GOAL IS TO PROVIDE THE MOST SECURE AND SIMPLE MOBILE EXPERIENCE.
Through our integration with MDM platforms, Oracle offers the most secure mobile experience on the market. Our encryption has passed security clearances of large defense contractors. in the US.
Responsive design leverages device-specific user experience features. Native Android and iOS.
Security allows IT to sign, control, customize and publish mobile apps.
Application development – no coding required. You can build a prototype app in an afternoon. (I did)