How SD-WAN Optimizers works and optimize your device speed

SD-WAN Optimization can be stated as a Software-defined Wide Area Network. It is a type of virtual WAN architecture that allows leveraging any combination of transport services which may include MPLS, LTE and broadband internet services. It helps users to connect to applications securely. It has a centralized control function that is dedicated to direct traffic across the WAN in a secure way. It enhances the application performance which results in a great user experience as well as increased business productivity. It also cuts down the costs for IT.

SD-WAN Optimization solution provided by Wanos Networks is unmatchable and it helps to Optimize the speed of your device and save a huge amount of money. It increases the efficiency of user application by reducing the data over WAN which results in bandwidth cost-saving and Application Acceleration. Its TCP acceleration increases the performance over sub-optimal network conditions. Also, SD-WAN Path Selection helps in redirecting the bandwidth-intensive traffic over a secondary broadband link.

SD-WAN Optimization works by placing the physical or virtual WAN Acceleration on each end of the link. After that, the bandwidth sent is optimized over the WAN between applications that are 100% transparent to the end stations. 

The prime features of the SD-WAN Optimization Solution provided by Wanos Networks are Packet Loss Recovery, TCP Acceleration, Quality of Service, Packet Order Correction, Stream Correction, Path Selection, and Network Transparency, Universal Deduplication, Bridge Appliance, NetFlow Analysis, Layer7 Firewall, and Tunnel Mode. This optimizes the device speed with the help of Load-balance between MPLS and Broadband Fiber. It also improves Network visibility and accelerates the TCP for high latency links. One of the prime features of this is Packet Loss Recovery and Forward Error Correction which ensures that data is delivered reliably by improving link quality and application performance using accelerated TCP. The stream compression of the network data is executed in real-time on the fly which results in higher compression ratios. Its Tunnel Mode also compliments bridge mode which acts as another deployment option for routing the traffic over Wan Optimizer.