SD-WAN SOLUTIONS
Networking Re-Imagined
Software-Defined Wide Area Networking (SD-WAN) is a revolutionary way to ensure optimal application performance by using centrally controlled and managed WAN virtualization. Unlike traditional WANs, SD-WAN results in increased network agility and cost reduction, which makes it the perfect solution for mission-critical voice services.
Networking Re-Imagined
Software-Defined Wide Area Networking (SD-WAN) is a revolutionary way to assure optimal application performance by using centrally controlled and managed WAN virtualization. Unlike traditional WANs, SD-WAN delivers increased network agility and cost reduction, which makes it the perfect solution for mission-critical voice services.
Virtualization
In the same way server virtualization abstracts the underlying physical hardware from the logical virtual servers that run on it, WAN virtualization is where a logical WAN connection (to either the Internet or between branch offices) can use multiple underlying connectivity technologies (like xDSL, MPLS, cellular, and fiber). It can be done at the same time and presents this connectivity to users and applications as a single direct to the Internet or a secure site-to-site connection.
Intelligence
SD-WAN enabled networks are capable of monitoring WAN health and quality, then using these measurements to make intelligent decisions on application traffic flow. Real-time services like VoIP and video can be sent via the lowest latency link and intelligent failover configurations can be used to guarantee reliability.
Centrally Managed
SD-WAN configurations are centrally monitored and managed, and do not require interaction on behalf of site managers or branch office networking specialists.
SD-WAN Benefits to You
TelWare regularly installs, configures, and manages SD-WAN solutions that range from relatively simple to extremely complex. The goals are clear: providing dependable failover pathways for mission-critical services like voice and data while offering a multi-layered defense against potential intrusions.
