Software-Defined Networking (SDN) is a revolutionary new networking technology that has the potential to revolutionize enterprise networks. By separating the control plane from the data plane, SDN allows network administrators to quickly and easily configure their networks in response to changing business needs. This flexibility makes it easier for organizations of all sizes to keep up with ever-changing demands on their infrastructure while reducing costs and improving efficiency.
At its core, SDN is an architecture designed around virtualization and programmability, enabling centralized control over entire network infrastructures. The main benefit of this approach is that it simplifies management by allowing IT staffs greater visibility into how traffic flows across different parts of a given system or multiple systems at once. Additionally, since these infrastructures are managed centrally instead of locally, they can be adjusted more quickly to meet dynamic workload requirements without impacting existing users or applications running on those same systems.
The benefits don’t stop there, though; because SDNs use open standards such as OpenFlow protocol for communication between controllers and switches – which gives them greater interoperability than traditional architectures – changes made within one part of an organization’s infrastructure can be reflected throughout its entire environment almost instantaneously if need be! Furthermore, due to its ability to automate many labor-intensive tasks associated with managing large-scale deployments – like provisioning resources & configuring security policies – organizations utilizing this technology often experience significant cost savings compared to legacy approaches relying upon manual processes alone.
Finally, thanks to advances made via cloud computing technologies and innovations found within software-defined networking, today’s businesses have access to improved agility and far better scalability than ever before. As such, investing in Software Defined Networks may prove invaluable moving forward.