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 distribution networks (CDN) and "overlays". P2P networks.
  • Virtual networks. SDN solutions and their advantages.
  • Virtualization of network functions (NFV: Network Function Virtualization). 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 disconnected mode ".
  • BYOD and the integration of new tools: mobility, DaaS, virtual workstation/office, etc.
  • 3D printing. Immersive 3D.
  • Artificial intelligence and robots.
  • Drones and geolocation and map management.
  • Evolution towards the Internet of Things and "Cyberphysical Systems".
  • Free software. Security and sustainability guarantees. Impact on workstations.
  • Application integration: ESB and EAI. .
• IS infrastructure and security
  • State of the art of IS infrastructure.
  • Mobility and new workstations (PC, Tablet, Hybrid...).
  • New operating systems (Windows 10, Chrome, iOS, Android...)
  • Servers: databases, applications, web.
  • 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).
  • HTML5 JavaScript API (persistence management, access to terminal resources, etc.)
  • 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.
  • 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...).
  • Web services: principles. SOAP, REST, UDDI and WSDL. 'access.
• 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.