Description

A precise summary of the most recent advances in IT and telecommunications, their foreseeable developments in the short and medium term, and their impact on businesses: building service networks, securing them; master Internet technologies; measure the impact of mobility and e-commerce; integrate mobility into development methods; set up client-server and Cloud applications; choose a development process adapted to new technologies.

Who is this training for ?

For whom ?

IT leaders and all those who have to participate in the development of digital strategies.

Prerequisites

No special knowledge.

Training objectives

Identify the main advances in digital technologies

Discover methodological trends

Evaluate the impact on the organization

Identify new IS and telecommunications architectures

Discover new trends in IS security

Understand web technologies and its applications

Training program

• Telecommunications: market and solutions
  • Principles, architectures and evolution of telecommunications networks.
  • Actors, markets, positioning of operators, content and service providers.
  • Business networks.
  • Main switching and routing architectures.
  • Quality of service and SLA (Service Level Agreement).
  • Evolutions towards virtual networks and network virtualization .
  • Scaling towards server farms and the cloud.
• Network architectures and technologies
  • Operator networks. Access networks. High speeds. Triple/quadruple play. xDSL, EFM solutions.
  • Techniques. Cable. Optical local loop. Emergence of radio networks: WiFi, WiMax, Mesh, WiGig.
  • Cellular telephone networks: EDGE, UTMS, HSDPA 4G and 5G.
  • Local mobile networks (802.11 a/b/e). /g/n), Bluetooth (802.15), ZigBee and UWB, WiFi Hostpot.
  • Local network architecture.
  • Network technologies: switching, routing and switching label (Ethernet, IP, MPLS).
  • Internet routing (intra-domain and BGP).
  • QoS: DiffServ model.
  • Content delivery networks (CDN) and
  • Virtual networks. SDN solutions and their advantages.
  • Network function virtualization (NFV). OpenFlox and OpenStack.
  • Mobility: moving the workstation. Network mobility management.
  • Handover, roaming and mobility management. WIMAX 802.16IP Mobile networks and cellular mobility...
  • Evolution of Internet architecture and protocols. IPv6, ambient Internet, vehicular networks, etc.
  • Synthesis: interaction between networks and applications. Traffic. Metrology. Perspectives.
• Methodological and technological trends
  • DevOps: focus on collaboration between the different players in the software chain.
  • Big data: positioning the IT department.
  • Data storage in
  • BYOD and the integration of new tools: mobility, DaaS, virtual workstation, etc.
  • Immersive 3D printing.
  • Artificial intelligence and robots .
  • Drones and geolocation and map management.
  • Evolution towards the Internet of Things and
  • Security guarantees and sustainability. workstations.
  • Application integration: ESB and EAI. Web Services (SOAP, REST, UDDI, WSDL, etc.).
• IS infrastructure and security
  • State of the art of IS infrastructure.
  • Servers: databases, applications, web. Their positioning in relation to the internet.
  • News operating systems (Windows 10, Chrome, iOS, Android...)
  • Mobility and new workstations (PC, Tablet, Hybrid...).
  • Big Data. Evolution of databases: in-memory, opening towards virtualization and the cloud, NoSQL.
  • Virtualization: impact on infrastructure and security.
  • Cloud: private, public and hybrid. Outsourcing or densification of server rooms via virtualization.
  • Impact of social networks, semantic web (Web 3.0).
  • Internet of things. .
  • Servers. The push for open source.
  • ETL and data processing. underlying and impacts.
  • IS security. Architecture, protocols, organization. Secure VPNs. Biometrics.
  • Digital signatures, key management infrastructures.
• Web technologies and its applications
  • Developments and evolutions. Applications.
  • Internet protocols: messaging, forums, web, directories (SMTP, POP, IMAP, HTTP, LDAP).
  • N-tier architecture, the role of the relay web server.
  • Structuring documents. PDF, XHTML, web 3.0.
  • Impact of terminals on browsers (Responsive Design, offline mode ...).
  • RIA technologies (Flex, Java), RDA (Air, JavaFX, Java FX8), HTML5, CSS3, xHTML Trends.
  • HTML5 JavaScript API ( persistence management, access to terminal resources...)
  • Performance and scalability.
  • JavaScript framework (jQuery, Angular, BackBoneJS, React, VueJS...)
  • XML: XSLT transformations, parsers. protocols (SOAP, Rosettanet, XHTML, BPML, WSDL).
  • XML and NoSQL DBMS (MongoDB, Hadoop...).
• Evolution of the essential Java, .Net and PHP
  • Microsoft .Net Platform, C#, HTML5, CSS and JavaScript.
  • .Net Framework: ASP.NET, MVC Core, Entity Framewok, WCF, WPF, Web Services, Multicore programming ....
  • Java technology. Java EE platform.
  • Frameworks JSF, Hibernate, Spring...
  • API security and opening to the IS: JCA, JMS, JNDI...
  • Enterprise Java Beans, CORBA integration.
  • Application bus. Adoption of SOAP and REST.
  • PHP trends.