Course : Network virtualization SDN, NV, NFV

Seminar - 2d - 14h00 - Ref. VTU
Price : 2170 CHF E.T.

Network virtualization SDN, NV, NFV




We offer a comprehensive overview of the emerging field of network virtualization and its impact on the digital transition and Cloud Networking. After an introduction to the market and the changes taking place in Cloud virtualization, the seminar will provide an in-depth study of SDN (Software Defined Network) networks, as well as the current standardization of NFV (Network Function Virtualization).


INTER
IN-HOUSE
CUSTOM

In person or remote class
Available in English on request

Ref. VTU
  2d - 14h00
2170 CHF E.T.




We offer a comprehensive overview of the emerging field of network virtualization and its impact on the digital transition and Cloud Networking. After an introduction to the market and the changes taking place in Cloud virtualization, the seminar will provide an in-depth study of SDN (Software Defined Network) networks, as well as the current standardization of NFV (Network Function Virtualization).


Teaching objectives
At the end of the training, the participant will be able to:
Define the fundamental principles of network virtualization
Understand and evaluate the main aspects of software networks
Identify the problem and the inherent technical solutions
Discover and implement existing solutions
Understand the economic and innovation opportunities offered by SDN

Intended audience
IT or production managers. Operations, relations and applications managers. System or network administrators. Project managers, users...

Prerequisites
Basic knowledge of networks.

Practical details
Demonstration
This seminar will be based on practical case studies and numerous examples, which will be implemented using an SDN model based on the mininet emulator and FlowVisor controller.

Course schedule

1
Virtualization and networks

  • The market and virtualization needs.
  • The shift from in-house to outsourced information systems.
  • The impact of broadband technologies on network virtualization (fiber optics, broadband cellular networks, etc.).
  • From supercomputers to data centers.
  • SDN's precursor academic and industrial research projects.
  • Virtualization: concept, models and principles.
  • Hypervisors (Xen, VMware/vSphere, OpenVZ, Linux VServer, Hyper-V, KVM).
  • Cloud solutions (SaaS, PaaS, IaaS).
  • Network integration in the cloud: Neutron in OpenStack.
  • Virtualized equipment.
  • Characterizing Quality of Service (QoS), and the mechanisms for guaranteeing it.
  • Examples of network functionality virtualization (Firewalls, Switches, Routers, PCs, etc.).

2
Architecture and standardization

  • Standards bodies.
  • Ongoing standardization with NFV (Network Functions Virtualization).
  • ONF (Open Network Foundation) architecture.
  • North, south, east and west interfaces.
  • Cloud architectures (Central Cloud, Cloudlet).
  • Uses (Infrastructure, Service, Mobile...).
  • Sensitive data hosting constraints and regulations.

3
SDN (Software Defined Networking) techniques and applications

  • SDN network architectures.
  • Decoupling the transmission-control plane.
  • Layers of abstraction.
  • Physical and virtual controllers.
  • SDN in local networks.
  • LAN and application controllers.
  • SDN players: Open Networking Foundation, IETF, operators.
  • Infrastructure control (centralized or distributed).
  • Automated network management.
  • The coexistence of virtualized and traditional networks.
  • Virtual network migration.
  • Security virtualization (virtual firewalls): what's possible?
  • Access control management (authentication, identity management, etc.).
  • High availability, load balancing.
  • Managing energy consumption: how to reduce consumption?

4
OpenFlow networks

  • Controller-transfer node coupling.
  • OpenFlow features and frames.
  • OpenFlow and Open vSwitch switches.
  • OpenFlow, NOX, FlowVisor compatible controllers.
  • Open Source developments, OpenDaylight, OpenContrail.

5
Protocol levels

  • Frame and packet level. Advantages and disadvantages.
  • Interconnection solutions for data centers.
  • Ethernet compatibility.
  • Level 2 routing.
  • QoS: MPLS/GMPLS.
  • Overlays: NaaS.
  • Level 3 technologies: NVGRE, VXLAN.
  • VXLAN (Virtual Extensible LAN) encapsulation protocols.
  • Trends: STT, NVGRE, SPB.

6
Wireless network virtualization

  • Virtualization in mobile networks: HLR, VLR, virtual antennas.
  • The coexistence of virtualized and non-virtualized mobile networks, the Cloud-RAN.
  • IMS (IP multimedia Subsystem) virtualization.
  • Passpoint virtual access points.
  • Migration of virtual access points.

7
New network paradigms

  • Limits and drawbacks of current architecture.
  • SDN and support for new network paradigms.
  • SDN in the Internet of Things.
  • The TRILL (TRansparent Interconnection of Lots of Links) protocol.
  • LISP (Locator/Identifier Separation Protocol).
  • The ICN (Information Centric Network) model.

8
SDN equipment manufacturers and new trends

  • Standard OEM products.
  • CISCO's ACI (Application Centric Infrastructure).
  • NSX from VMware, FlexNetwork from HP.
  • Other proposals: Brocade, Juniper, Alcatel-Lucent/Nokia.
  • Performance: hardware gas pedals.
  • Operator trends, first deployments : Google, Orange...
  • The maturity of SDN solutions.
  • Positioning Cloud Networking.
  • Network convergence (Mobile and Cloud).
  • The impact of virtualization on applications and services.
  • Deployment forecasts.
  • The chances of success for new-generation protocols.
  • Market trends.


Customer reviews
4,4 / 5
Customer reviews are based on end-of-course evaluations. The score is calculated from all evaluations within the past year. Only reviews with a textual comment are displayed.
ANTOINE S.
14/10/25
4 / 5

Very friendly trainer. The content of the course was very interesting, but sometimes a bit difficult to follow (not helped by the fact that it was distance learning).
EMMANUEL H.
14/10/25
5 / 5

The trainer's expertise and teaching skills were excellent.



Publication date : 02/22/2024


Dates and locations

Last places available
Guaranteed date, in person or remotely
Guaranteed session
From 2 to 3 June 2026
FR
Remote class
Registration
From 17 to 18 September 2026
FR
Remote class
Registration
From 8 to 9 December 2026
FR
Remote class
Registration

REMOTE CLASS
2026 : 2 June, 17 Sep., 8 Dec.