Network Functions Virtualization (NFV) is a network architecture concept that uses the technologies of IT virtualisation to virtualise entire classes of network node functions into building blocks that may connect, or chain together, to create communication services. NFV relies upon, but differs from, traditional server-virtualisation techniques. It also differs from Software Defined Networking, although SDN is often leveraged to implement and manage an NFV infrastructure.
NFV, SDN and their underlying virtualisation concepts have been disruptive, game-changing technologies. Physical hardware hosts a number of virtual guest machines (VMs), controlled by a Hypervisor, and agnostic in terms of OS to the host machine. Originally server-based, it encompassed the desktop environment, and now network resources (routers, switches) are virtualised. Few organisations today do not have some element of virtualisation in their networks.
Most of IP Performance’s partners offer their products and solutions as virtual as well as physical instances. IP Performance partner with VMware, one of the pioneers of virtualisation, for their virtualisation and NFV technologies. Click on the partner logo below for more information.
VMware provides cloud and virtualisation software and services, and is the leading virtualisation vendor in the industry. IP Performance are leveraging their expertise in networking and security by specialising in Network Virtualisation and Software Defined Networking (SDN), enabling Software Defined Data Centres (SDDC) and Network Function Virtualisation (NFV), through VMware NSX technology.
IP-Performance recently ran 2 virtual cyber breach response workshops for Elmbridge Borough Council and we cannot recommend them highly enough. As well as lots of practical resources & templates to take away, the second day culminates with an simulation which brings a cyberattack to life. It’s highly interactive, slightly stressful, but most importantly really makes you think! There’s a definite buzz around cyber at Elmbridge now thanks to Phil and team.
