SD WAN Optimization

wan acceleration

Why People Prefer Wanos Networks SD WAN Optimization Solution and Tools

Optimization of applications and data traffic has been an important and integral part of the WAN since its inception as it accelerates application traffic by overcoming latency and reducing the amount of data traversing the WAN by applying techniques like protocol acceleration, duplication, compression, reduce latency and caching to dramatically increase the amount of available bandwidth. These days, SD-WAN is being adopted by most of the enterprise as a preferred solutions when rearchitecting their WANs.


When it comes to SD WAN optimization solution, people prefer Wanos Networks for that as it uses Stream Compression and bandwidth deduplication via byte-caching in real time. It reduces data over the WAN which helps in reduction of bandwidth cost. It accelerates the application and improves the user experience. It ensures the great application response using Quality of Service, Packet Loss Recovery and Forward Error Correction. It also enhances the TCP Acceleration performance remarkably over sub-optimal networks conditions. It redirects the bandwidth intensive traffic over a secondary broadband link with the help of SD-WAN Path Selection.

Solution provided by the Wanos Networks for SD WAN optimization. Physical or Virtual WAN acceleration appliances are placed on both end of the link. It helps in transmission of optimized bandwidth over the WAN in between these appliances. This SD WAN optimization solution is completely transparent to the end stations.


The solution provided by Wanos Networks for SD WAN optimization helps in many ways as it accelerates the process of backup and replication, WAN and Cloud applications, branch broadband VPN. It also accelerates the TCP for high latency links. It balances the load between MPLS and Broadband Fiber. It also improves the networks visibility.

Best SD-WAN optimization products in 2020

As the world of the network is exploding so is the traffic over Software-defined WAN optimization. That certainly means a number of technology providers are all competing to strive in the enterprise world of SD-WAN. Some of the best features which uplift the deployment options and weigh the importance of various application like prioritization, multi-cloud support and network integration.


These technologies are combined with various multiple physical WAN links to the logical network.


Traffic sorting is the key alignment for many WAN optimization servers.To get traffic prioritization it is accelerated with application performance. Along with the growing bandwidth requirements, it improvises the economic of branch connectivity with the support of enabling organization.


SD-WAN optimization solutions is relatively easy to deploy with the managing services like maps, security and other top existing physical networks.


These operations can be managed individually or can be handled directly with the leading SD-WAN technology operators. Many channels provider such as AT&T, Verizon and many others that individually promote these services along with the security services. The main benefit of installing these channel partner is that it integrates SD-WAN infrastructure to the available routers.


Several key issues are taken into consideration that manages SD-WAN operators internally. They set up the branch WAN/LAN architecture to select an SD-WAN technology for bandwidth requirements.


Another key factor of SD-WAN requirements is to get along with the growing market requirements that meet up to 20% per year. This lead to the hybrid structuring of WAN operators with two or more distinct WAN circuits. One more leverage about the Sd-WAN setup is to get the inexpensive internet bandwidth with existing MPLS links.


These fibre connectivity cables provide insurance against WAN operations. It is one of the potential leverage with the backup from remote branches set up-connectivity.


For more information about wan solutions vs wan accelerator please click here:

Enhance Your Internet Speed with WAN acceleration

To improve the end user’s experience an appliance is added that optimizes the bandwidth. This appliance is usually termed as WAN accelerator.

The appliance can be attached in the form of a physical hardware component, software program or an appliance running in a virtualized environment. In simple terms, its job is to speed up the time taken for information to flow back and forth across the WAN. The major techniques applied by the WAN accelerator are compression and data deduplication to reduce the amount of data that needs to be transmitted. What an accelerator does is, it cache the duplicate files or parts of files so they can be referenced instead of being sent all over again through WAN.

Initially, accelerators required to set up a dedicated hardware appliance at each end of the WAN link to make things work smoothly. It was acceptable by large enterprise WANs that needed to connect the branch office to a centralized corporate data center. This was not feasible for the company’s mobile or remote users as it would take up most of the space and with all the wiring it created trouble. Taking all these parameters in mind WAN accelerator vendors introduced mobile software clients that act as localized appliances. This would allow the remote user’s computer to cache duplicate files and parts of files locally. These mobile clients can either connect to corporate WAN accelerator hardware appliances or to dedicated headquarters servers.

As the WAN acceleration market developed many products also evolved as per the needs. The distinction between WAN optimization controllers (WOC) and traditional WAN accelerators lies in its functionality. The WOC offers compression and disk caching like the earlier version and in addition to this, it also optimizes the WAN link. It works by accounting the known problems that arise with common network protocols. This protocol optimizes by cleaning up the chatty protocols that are used in common enterprise standards such as Common Internet File System (CIFS), Microsoft Exchange and even TCP/IP. This works by eliminating the typical overhead found in these communication protocols.

Interesting Facts I Bet You Never Knew About WAN OPTIMIZATION

WAN Optimization is mainly regarding the collection of technologies that are used to amplify the efficiency of the data transfer. WAN networks mainly work over the setup at the locations of installed servers. The main aspect of network management is WAN optimization as it lets you set the priority traffic for better availability of bandwidth. This availability of bandwidth ensures that most critical applications run smoothly without any connection-loss. Some of the techniques used in WAN optimization or WAN optimizer are listed below:-

• Traffic shaping- The method of diverting the irrelevant traffic to one direction s that main data can be prioritized accordingly.

• Redundancy- The main trouble with Data storage is sorted with the help of the elimination of duplicate data also known as data deduplication. It easily reduces the data that need to send across a WAN network simply for the actual data.

• To maximize the size of the bandwidth the size of the data is compressed which automatically increases the flow of data flow.

• The data which is repeatedly used is hosted locally or on a local server for better access.

• All chatty applications are transferred into a bundle that is monitored with the help of streamlining data protocols.

• It organizes resource-hogging applications with précised bandwidth that help to manage the bandwidth and improve the quality of service.

Why is WAN Optimization important?

With the advancement of technology, the world is rapidly switching towards the technology of cloud computing. For the devices to function properly inter work connections also need to optimize their functioning with WAN being adaptable to various changes in the technical world. The WAN Optimization gas a major impact on business-critical applications that are necessary to run applications smoothly. WAN is dealing with major issues of latency and the cost-effectiveness of building this system work for major business houses.