NFV training and software defined networking training can be overwhelming to understand at first. Each is an approach to solving different macro issues in network mobility. Network functions virtualization training allows engineers and project managers to learn how to use IT virtualization technologies and standards that run on high-volume service, switch, and storage hardware to virtualize network functions. NFV training helps network providers and Communication Service Providers (CSP) to accelerate the deployment of new network services to support their revenue and growth objectives.
NFV training allows engineers and project managers to work in network virtualization. NFV is virtualizing Layer 4-7 functions such as firewall or IDPS, or even load balancing application delivery controls. NFV uses best practices as base policies and configurations for different network elements and allow engineers and project managers to punch through infrastructure, adding a firewall or IDS/IPS to specific tunnels. Once in place, NFV saves a lot of time on manual provisioning and training for the client.
What NFV Training Teaches You?
When training as an engineer, you will understand the concepts behind virtualization. This includes service and infrastructure evolution, cloud computing, Software-defined networking (SDN), Open Flow, Open Stack, as well as NFV. Engineers and project managers learn NFV building blocks, reference architecture, and implementation. They learn how to use IT virtualization technologies and standards that run on high-volume service, switch, and storage hardware to virtualize network functions. Engineers understand how virtualization enables a hardware platform in software as a “virtual instance.”
Why NFV Training?
NFV is designed to address mobility and agility by adding virtual tunnels and functions to the physical network. Engineers are in high demand, as NFV can work on existing networks because they reside on servers and interact with traffic sent to them. Clients are able to have a system in place that does not require a new network construct with data and control being separate.