1. Etendez vos Datacenters avec
le Cloud AWS
Stephan Hadinger – Sr Mgr, Solutions Architecture
suivez nous en français @aws_actus
Content: Ryan Shuttleworth – Technical Evangelist
2. Vos retours sont importants
Dites-nous:
Ce qui est bien, ce qui l’est moins ?
Ce que vous souhaitez voir lors de ces événements?
Ce que vous attendez d’AWS
5. Business grand- Business vendeurs Business
public Infrastructure informatique
Des dizaines de Vendez sur les sites Infrastructure
millions de comptes Amazon informatique en nuage
clients actifs permettant d’héberger
Utilisez la technologie
des solutions à l’échelle
Amazon pour vos propres
du Web
site de vente en ligne
Huit pays:
US, UK, Allemagne, Bénéficiez d’un des Des centaines de millers
Japon, France, Canada, réseaux de distribution de clients enregistrés
Chine, Italie les plus perfectionnés au dans plus de 190 pays
monde
6. About Amazon Web
Comment Amazon…
Services
Deep experience in building
and operating global web
scale systems
?
…est passé au Cloud?
7. Plus de 10 ans d’expérience informatique
Ouverture à des vendeurs tiers
Besoins internes pour un environnement extensible
Les développeurs étaient demandeurs de nouveaux services
12. Ce que les anaylstes disent à propos d’AWS Leader in 2012 Gartner IaaS
Magic Quadrant
Gartner “Magic Quadrant for Cloud Infrastructure as a Service,” Lydia Leong, Douglas Toombs, Bob Gill, Gregor Petri, Tiny Haynes, October 18, 2012. This Magic Quadrant graphic was published by
Gartner, Inc. as part of a larger research note and should be evaluated in the context of the entire report.. The Gartner report is available upon request from Steven Armstrong (asteven@amazon.com).
Gartner does not endorse any vendor, product or service depicted in its research publications, and does not advise technology users to select only those vendors with the highest ratings. Gartner research
publications consist of the opinions of Gartner's research organization and should not be construed as statements of fact. Gartner disclaims all warranties, expressed or implied, with respect to this
research, including any warranties of merchantability or fitness for a particular purpose.
13. Chaque jour AWS ajoute la capacité informatique
équivalente à la capacité nécessaire à Amazon
quand l’entreprise faisait $5 Md de CA
(aux alentours de 2003)
14. number of released features, sample services described
Vitesse d’innovation
Relational Database Service
2009
Virtual Private Cloud 2010
Elastic Map Reduce
Auto Scaling
Reserved Instances
48 61 Elastic Beanstalk
Elastic Load Balancer Simple Notification Service Simple Email Service
Route 53 CloudFormation
RDS Multi-AZ RDS for Oracle
Singapore Region ElastiCache
2008
Identity Access Management
24 Cluster Instances
SimpleDB
2012 2011
CloudFront
158 82
EBS
Availability Zones
Elastic IPs
2007
9 Amazon FPS
Red Hat EC2
DynamoDB
Simple Workflow
CloudSearch
Storage Gateway
Route 53 Latency Based Routing
15. Objets dans S3
1.3 Trillion
1000.000
750.000
500.000
250.000
0.000
835k+ transactions par seconde en pic
20. Utility computing
A la demande Paiement à l’usage
Compute
Scaling
Security
CDN Backup
DNS Database
Storage Load Balancing
Workflow Monitoring
Networking
Uniforme Messaging Disponible
21. Une Empreinte globale
Région
US-WEST (N. California) EU-WEST (Ireland)
GOV CLOUD ASIA PAC (Tokyo)
US-EAST (Virginia)
ASIA PAC (Sydney)
US-WEST (Oregon)
ASIA PAC (Singapore)
SOUTH AMERICA (Sao Paulo)
23. Une Empreinte globale
Emplacements périphériques
London(2)
Seattle South Bend New York (2) Amsterdam
Newark Stockholm
Dublin
Palo Alto
Tokyo
San Jose
Paris(2) Frankfurt(2)
Madrid
Ashburn(2) Milan
Osaka
Los Angeles (2) Jacksonville
Dallas(2) Hong Kong
St.Louis
Miami
Singapore(2)
Sydney
Sao Paulo
24. A la pointe d’un web-service
ec2-run-instances ami-b232d0db ec2-run-instances ami-b232d0db
--instance-count 3 --instance-count 5
--availability-zone eu-west-1a --availability-zone eu-west-1c
--instance-type m1.small --instance-type m1.medium
25. A la pointe d’un web-service
ec2-run-instances ami-b232d0db
--instance-count 2
--availability-zone eu-east-1d
--instance-type m1.xlarge
ec2-run-instances ami-b232d0db
--instance-count 2
--availability-zone us-east-1b
--instance-type m1.xlarge
33. Demande
Approbation
Acquisition de
Hardware /
allocation de VM
Priorisation
Installation
Configuration
Data Center
Corporate
Disponible
Le circuit de demande peut être très long
38. Project X
Impact potentiel: BAS
Coût d’infrastructure: HAUT Project Z
Refusé Impact potentiel: BAS
Coût d’infrastructure: BAS
Approuvé
Project Y
Impact potentiel: HAUT
Coût d’infrastructure: HAUT
Data Center
Corporate
Refusé
Les coûts d’infrastructure peuvent bloquer l’innovation
71. EC2 public Virtual Private Cloud
Filtrage du traffic entrant Filtrage du traffic entrant et sortant
TCP, UDP, ICMP Tous protocoles IP
Assigné au lancement
Assigné aux lancement
ou machine arrêtée (stopped)
Modifiable à tout moment Modifiable à tout moment
72. EC2 public Virtual Private Cloud
IP Privée Dynamique IP Privée Dynamique ou Statique
IP Publique Dynamique Aucune par défaut
IP Publique Statique
IP Publique Statique optionnelle (EIP)
optionnelle (EIP)
Nom DNS public et privé Nom DNS public avec options DNS
fourni par AWS personnalisées fourni par AWS
99. “…AWS seemed to be the best solution
available to allow a small, independent
company to rapidly develop and test a
completely new infrastructure, and host
it.
We also loved the flexibility that AWS
allowed us, when spinning up smaller
test environments, for beta
trials, QA, localization, and during
development. The low initial cost was
also crucial.”
105. Site primaire Site secondaire
Routers Routers
Firewalls Firewalls
Network Network
Licences d’Applications Licences d’Applications
Operating Systems Operating Systems
Hyperviseur Hyperviseur
Serveurs Serveurs
SAN SAN
Stockages Primaires Stockages Primaires
Sauvegardes Sauvegardes
Archives Archives
106. Site primaire Site secondaire
Routers Routers
Firewalls Firewalls
Bascule
Network Network
Licences d’Applications Licences d’Applications
Operating Systems Operating Systems
Hyperviseur Hyperviseur
Serveurs Serveurs
SAN SAN
Retour
Stockages Primaires Stockages Primaires
Sauvegardes Sauvegardes
Archives Archives
107. Site primaire AWS
Routers Routers
Firewalls Firewalls
Network Network
Licences d’Applications Licences d’Applications
Operating Systems Operating Systems
Hyperviseur Hyperviseur
Serveurs Serveurs
SAN SAN
Stockages Primaires Stockage des "Snapshots"
Sauvegardes Sauvegardes
Archives Archives
108. Site primaire AWS
Routers Routers
Firewalls Firewalls
Network Network
Licences d’Applications Coûts du site Licences d’Applications
Operating Systems secondaire Operating Systems
Hyperviseur Hyperviseur
Serveurs Serveurs
SAN SAN
Stockages Primaires Stockage des "Snapshots"
Sauvegardes Sauvegardes
Archives Archives
124. PRA dans la région EU pour des applications
business
Toutes les instances sont dans un Virtual Private Cloud (VPC)
PRA pour des applications dépendant de bases de données Oracle et
SQL Server
Inclus également le PRA pour Active Directory et les serveurs de fichiers
Windows
125. On-premise On-premise
Data Centre A Data Centre B
Internet AWS Direct Connect
Active
Directory
Bastion Host SmartSentinel
Client-to-site VPN Site-to-site VPN Proxy Server
VPC Subnet A VPC Subnet B VPC Subnet C
Remote File
Desktops Applications Databases
Servers
VPC Subnet D VPC Subnet E VPC Subnet F VPC Subnet G
Availability Zone
Region
S3 Buckets
with Objects
126. On-premise On-premise
Data Centre A Data Centre B
Connectivité
dual-route
Internet AWS Direct Connect
Active
Directory
Bastion Host SmartSentinel
Client-to-site VPN Site-to-site VPN Proxy Server
VPC Subnet A VPC Subnet B VPC Subnet C
Remote File
Desktops Applications Databases
Servers
VPC Subnet D VPC Subnet E VPC Subnet F VPC Subnet G
Availability Zone
Region
S3 Buckets
with Objects
127. On-premise On-premise
Data Centre A Data Centre B
Réplication
Active Directory
Internet AWS Direct Connect
Active
Directory
Bastion Host SmartSentinel
Client-to-site VPN Site-to-site VPN Proxy Server
VPC Subnet A VPC Subnet B VPC Subnet C
Remote File
Desktops Applications Databases
Servers
VPC Subnet D VPC Subnet E VPC Subnet F VPC Subnet G
Availability Zone
Region
S3 Buckets
with Objects
128. On-premise On-premise
Data Centre A Data Centre B
Machines Internet AWS Direct Connect
Bastion
Active
Directory
Bastion Host SmartSentinel
Client-to-site VPN Site-to-site VPN Proxy Server
VPC Subnet A VPC Subnet B VPC Subnet C
Remote File
Desktops Applications Databases
Servers
VPC Subnet D VPC Subnet E VPC Subnet F VPC Subnet G
Availability Zone
Region
S3 Buckets
with Objects
129. On-premise On-premise
Data Centre A Data Centre B
Internet AWS Direct Connect
Active
Directory
Bastion Host SmartSentinel
Client-to-site VPN Site-to-site VPN Proxy Server
VPC Subnet A VPC Subnet B VPC Subnet C
Réplication
Bases de
Remote
données
Applications Databases File
Desktops Servers
VPC Subnet D VPC Subnet E VPC Subnet F VPC Subnet G
Availability Zone
Region
S3 Buckets
with Objects
130. On-premise On-premise
Data Centre A Data Centre B
Internet AWS Direct Connect
Active
Directory
Bastion Host SmartSentinel
Client-to-site VPN Site-to-site VPN Proxy Server
VPC Subnet A VPC Subnet B VPC Subnet C
Images d’Applications
Remote File
Desktops Applications Databases
Servers
VPC Subnet D VPC Subnet E VPC Subnet F VPC Subnet G
Availability Zone
Region
S3 Buckets
with Objects
131. On-premise On-premise
Data Centre A Data Centre B
Internet AWS Direct Connect
Active
Directory
Bastion Host SmartSentinel
Client-to-site VPN Site-to-site VPN Proxy Server
VPC Subnet A VPC Subnet B VPC Subnet C
Remote File
Desktops Applications Databases
Servers
VPC Subnet D VPC Subnet E VPC Subnet F VPC Subnet G
Availability Zone
Region
Environnements
Desktop
S3 Buckets
with Objects
132. On-premise On-premise
Data Centre A Data Centre B
Internet AWS Direct Connect
Active
Directory
Bastion Host SmartSentinel
Client-to-site VPN Site-to-site VPN Proxy Server
VPC Subnet A VPC Subnet B VPC Subnet C
Remote File
Desktops Applications Databases
Servers
VPC Subnet D VPC Subnet E VPC Subnet F VPC Subnet G
Availability Zone
Sauvegardes
Region
hautement S3 Buckets
durables
with Objects
In this webinar I am going to introduce Amazon Web Services, also known as AWS, and some of the fundamental concepts behind the Amazon Cloud.
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Amazon Web Services is part of Amazon.com. Most of us at some point in time have used the online amazon retail store to buy books, cd's and gifts for friends and family. There are three parts to the amazon business: Our retail consumer business where amazon stocks and ships many thousands of different products, our seller business that enables retailers to sell through the same world class online store as amazon, and finally amazon web services, our IT infrastructure business.
We are often asked the question: how did Amazon get into cloud computing? Amazon is really good at providing an immense selection of products, and of shipping those products to customers efficiently. But behind that online capability lies years of experience in providing technical services to the business that ensures our online stores are secure, fast, always available and capable of meeting huge seasonal demand.
Over ten years ago, the technical teams supporting Amazon were moving from providing software and hardware capabilities to a service orientated approach - that is packaging things in an easy to consume way so that deployments by parts of the business were easier, faster and more scalable. As Amazon opened up the it's internal services to third party sellers, and we published simple web services such as our catalog search, it became apparent very quickly that developers were hungry for more, and that Amazon had developed significant technical know-how that could be packaged for others to use. We asked ourselves 'what if we could package everything we do and offer it to others over the web?'. 'What if other businesses could leverage the scale and reach of Amazon.com?'
As such let's dispel an urban myth
: AWS is not running on excess amazon.com server capacity. Come xmas and when Amazon.com is undergoing a seasonal spike in load, Amazon does not reclaim computing to finalise orders! There are hundreds of thousands of businesses running on Amazon Web Services ranging in size from the smallest startup to multi-national companies. Indeed, Amazon.com also uses AWS. It's a strategic business for Amazon.
To give you an idea of the scale that AWS operates at, even though AWS is only 6 years old, each day the equivalent server capacity to run Amazon.com when it was a 2.7 billion dollar business is added.
And over time the pace of innovation has been intense. Since the very early days of 2007 year on year we have added more and more services to help customers deliver world class applications. From Relational Database Service to DynamoDB, each service is delivered with the same focus on reliability, scale, ease of use. AWS is a technical tool box of sophisticated building blocks, all available at the end of a web service call.
And scale is something AWS is used to dealing with. The Amazon Simple Storage Service, S3, recently passed 1 trillion objects in storage, with a peak transaction rate of 750 thousand per second. That's a lot of objects, all stored with 11 9's of durability.
To help understand why Amazon Web Services and Cloud Computing are changing IT delivery, a nice comparison to make is that of a utility like electricity. When electricity was discovered businesses would generate their own, using steam generators to power factories. When electricity was brought together under a national system of supply, it was no longer necessary for everyone to generate their own and buy and maintain their generators, you could simply tap into the grid and use what you needed, paying only for what you did use, and be assured that the electricity you consumed was consistent and always available.
Utility computing brings those same benefits to the deliver of IT - the factories of many businesses.
By taking the services delivered from traditional data centers and wrapping them all in a consistent programming interface, or API,
services that are normally expensive to manage or difficult to use become available on-demand, in a uniform and available way, and only paid for when used. Just like electricity.This is what AWS does. It takes away the hard work from providing infrastructure IT services and makes them available to anyone on a pay as you go basis.
And just like an electricity grid, where you would not wire every factory to the same power station, the AWS infrastructure is global, with multiple regions around the globe from which services are available. This means you have control over things like where you applications run, where you data is stored, and where best to serve your customers from.
Each AWS region is also split into Availability Zones, making highly available applications possible from within a region.
And the whole footprint is supported by many edge locations, places from which content can be served to your customers for the fast possible response times.
Let's take a quick look at what that means with a tangible example. Here, two commands are issued against AWS to create servers, or EC2 instances, in two zones in the EU. We're creating 8 instances of differing sizes, running geopgrahically distinct for availability purposes, all from 2 simple commands. Once booted, in a matter of a minute or two, those server instances are available to you to run your own applications on. Amazon has done the heavy lifting for you, so you can focus on using the compute resources available to you.
Continuing the example, here we have created 4 new large servers in the US,
In this webinar I am going to introduce Amazon Web Services, also known as AWS, and some of the fundamental concepts behind the Amazon Cloud.
