Description

The revolution brought about by Cloud Computing is now underway. From storage to data processing, including the use of “remote” applications, it is an entire dematerialized ecosystem in perpetual movement. This seminar will allow you to understand the fundamental principles of this solution as well as the impact on the company's existing IT infrastructures. You will also see the use scenarios and the different regulatory, human and technical aspects which will allow you to have a clear and complete vision of Cloud Computing.

Who is this training for ?

For whom ?

IT and functional management. Any IT manager.

Prerequisites

Training objectives

Discover what Cloud Computing is

Identify the structural impacts and those linked to the security of the IT department

Evaluate the contributions of the Cloud for the company

Identify the main Cloud offers on the market

Integrate managerial and organizational issues and techniques in the IT department

Training program

• Introduction
  • Definition and origins of Cloud Computing.
  • Application Service Providers (ASP).
  • History leading from SaaS (Software as a Service) to Cloud Computing.
  • Positioning of SaaS, Cloud Computing.
  • Relationship between Virtualization and Cloud Computing.
  • Relationship between SOA architectures and Cloud Computing.
• SaaS and Cloud Computing, the differences
  • The Software vs Cloud Computing model.
  • SaaS and Cloud Computing, what needs do they meet? Virtualization as a foundation.
  • Align its costs and needs.
  • What tomorrow's users will expect.
  • Advantages of Cloud Computing: resource outsourcing, dynamic allocation, logical isolation.
  • Disadvantages of Cloud Computing: security, legislation.
  • Consumption of Cloud Computing.
• State of the art of Cloud Computing solutions and use scenarios
  • SaaS offer.
  • Public, private, hybrid and community Cloud Computing.
  • The main Cloud providers.
  • Service solutions ( SalesForce and Cloud Service.
  • ).
  • Storage solutions (Dropbox, iCloud, etc.
  • ).
  • Collaborative solutions ( Office Web Apps, Google Apps.
  • ).
  • Other solutions.
  • Cloud Computing usage scenarios.
  • Impact of SaaS and Cloud Computing on Green IT.
  • Scenarios presented from a technical perspective (IaaS, PaaS).
  • Scenarios presented from a usage perspective (automation, mobility, Web integration.
  • ).
  • Eligibility of applications to be outsourced (business applications, collaborative applications, customer relationship management, etc.
  • ).
  • Social networks, Web SSO.
• Security
  • The levels at which security should be implemented.
  • Main questions and concerns.
  • Legal, practical and technical aspects of data protection.
  • Choice of supplier and contracting.
  • End-to-end security.
  • Password policy.
  • What backup strategy? rnAuthentication delegation?rnBackup management.
  • International standards and benchmarks on Cloud security.
• SaaS and Cloud
  • Possible objectives depending on the context.
  • For large accounts? SMEs? Startups? Outsource non-critical and critical IT.
  • Risks of outsourcing.
  • What criteria for making a decision? Measure and compare costs.
  • Reversibility, what strategy? How to overcome reluctance? Lead a SaaS and Cloud Computing project The impact on governance.
  • Organizational impacts.
  • The steps to follow.
  • Integration with the existing one.
  • The criteria for choosing the building blocks to outsource.
  • Personnel training.
  • Supporting change.
  • The position of IT departments vis-à-vis business management.
• Integration of SaaS and Cloud Computing in businesses
  • Legislative and regulatory aspects.
  • The main fears.
  • Objective reasons.
  • Perceived risks.
  • Technical aspects: communication between the IS and Cloud/SaaS solutions.
  • Single Sign On.
  • Management of internal, external accounts and access.
  • Choose the billing method.
• Architecture integrating Cloud Computing
  • IS and SOA architecture.
  • IS diagram extended to include SaaS and Cloud.
  • Cloud application architecture patterns.
  • L integration between IS and SaaS solutions.
  • Integration issues between IS and Cloud.
  • Integration issues between Cloud bricks.
  • Migration of cloud bricks SI to the Cloud.
  • Manage network dependence.
• Private Cloud vs. Hybrid Cloud
  • The definition of private Cloud Computing.
  • Difference with Data Center and Compute Grid.
  • Basics and main virtualization technologies.
  • The Open Source tools.
  • Proprietary technologies.
  • The main families of private Clouds.
  • What challenges for the creation of a true private Cloud: IT infrastructures convergent solutions.
  • Why does the private Cloud only really take on its full meaning in hybrid mode?rnWhat are the challenges for implementing a hybrid solution?rnWhat solutions today for hybrid Clouds ? Cloud or VDC?rnTechnical solutions for the Cloud.
  • Databases for the Cloud.
  • Use.
  • Emergence of databases NoSQL and RDBMS data.
  • Fundamentals of RDBMS and NoSQL databases.
  • Possibilities and limitations of RDBMS.
  • Main NoSQL databases used for the Cloud (MongoDBn Cassandra, CouchDB, Hadoop).
  • IaaS market platforms (Amazon EC2 and S3).
  • PaaS market platforms (Amazon SQS, SimpleDB.
  • RunMyProcess.
  • com, Cordys, Facebook, Twitter.