How WAN Optimization Increases Network Performance

The optimization of wide-area networking system includes the usage of a collection of methods and technological interventions to amplify the efficiency of data transferring. Wide area network optimization is an essential part of network management. It allows you to guarantee a specific amount of available bandwidth for the most critical applications and prioritize the traffic. Wide area network optimizers shape traffic, compresses data, caches data, streamlines data protocols, bandwidth management, and elimination of redundant data.

The necessity

The importance of wide area networking optimization is increasing day by day as WAN develops with advances in cloud computing, application advancements, and other technologies. The major trends of the current times are driving more and more traffic over the wide area networking systems which will significantly impact the performance of business-critical applications that pass through the WAN. The expenses of network bandwidth and the inherent latency issues of WAN is making business organizations look for practical solutions. That is where WAN optimization from wanos.co steps in to enhance the performance of the wide area networking system.

Performance increment measures

1.Enabling remote locations and mobile workers: You can eradicate the distance between mobile workers, business headquarters and brand offices with WAN optimization. It will maximize the speed of the network between distant locations by letting you transfer data quickly and complete transactions by accelerating network-based communication systems like email.

2.Reliable and fast data recovery: Optimization of wide area networking makes the remote backup of data much more comfortable than without optimization. The ability of the optimization system to increase network response time allows users to regain access to critical applications after a crash.

3.Savings in expenditures: With wide area networking optimization you can consolidate the applications and in turn, dramatically reduce the need for software solutions and cost of equipment. Optimization facility significantly minimizes the costs of caching, protocol optimization, bandwidth management, and compression.

4.Better file accessibility: Wide area network optimization ensures complete utilization of same files repeatedly if one wishes to access the records more quickly. With the optimization system, you have to save and retrieve the data, rather than reloading the entire document.

5.Improvement in performance: Optimization makes applications run smoothly and much faster than before, especially the ones remaining unaffected from the optimization. It happens because of the ability to dedicate bandwidths to the most critical applications.

The technologies

As mentioned before, there are specific technology usages in wide area networking optimization that augments the efficiency of data transferring. Some of those technologies are,

1.Redundant data elimination which reduces the amount of data one has to send across the WAN by replacing actual data with references.

2.Traffic shaping highlights traffic and allocates bandwidth accordingly.

3.Data caching facility allows repeated use of data that host locally or on local servers for speedy access.

4.Manages bandwidth service and quality, by putting limits on bandwidth levels for monopolization by specific resource-hogging applications.

5.Streamlining of data protocols by bundling multiple requests from chattering applications into one.

Visible improvements

Optimization of the wide area networking system brings in remarkable improvements to many companies and business operations. It is perfectly recommendable to incorporate wide area networking optimization into any enterprise wireless network solution. The optimization systems will reduce network expenses while accelerating the speed of the network via byte-caching, packet loss recovery, compression, and TCP acceleration

. Resources: https://wanosnetwork.blogspot.com