Why wanos networks wan optimization solutions in 2020 most liking product

WAN ( Wide Area Network ) Optimization is collection of techniques that help in controlling excess data traffic and increasing data flow efficiency across a wide area network. WAN Optimization is necessary to avoid latency and packet loss rate in order to maintain the level of performance of all the applications running on that particular network.

Reasons why you should choose Wanos networks WAN optimization products over others -

1. Cost Reduction - SD WAN Optimization Solution by Wanos Networks in 2020 reduces data over the wide area network which in turn saves bandwidth cost and improves user experience by speeding up the applications.

2. Centralized control function - wanos networks provide us with a dedicated to direct traffic across the WAN in a secure way.

3. Network Transparency - In transparent WAN optimization architecture optimizations are applied to the traffic "payload" and original and critically-important IP and TCP headers are preserved.

4. Quality of Service - One of the most important feature of any WAN optimizer is its quality of service because without Network Bandwidth Control, the bandwidth demanding applications will fill the newly created available bandwidth. Quality of Service ensures the priority applications get access to the new free bandwidth.

5. Universal Deduplication - Duplicate bytes tend to occupy more space in memory. Thus to avoid deduplicate byte patterns cross flow deduplication is introduced.

6. Bridge Appliance - By default wan optimizer are based on a bridge appliance which enables quick and simple deployment, is non-intrusive and preserves the natural traffic flow.

7. Tunnel Mode - Wanos supports bridge mode by default but in some cases tunnel mode can be considered. Traffic that has to be tunneled to the remote site is required to be routed to the wanos instance by creating an IPComp or UDP tunnel.

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WAN Optimization products wanos networks delivering best in city

WAN (Wide Area Network) Optimization can be described as a collection of techniques that help in controlling the data traffic and maximizing the efficiency of data flow across a wide area network. All the applications running on WAN often show signs of performance degradation due to increase in latency and packet loss rate. Latency is any type of delay that occurs in the network. In easy words, WAN optimization helps IT organizations to reduce costs, increase productivity and strengthen site infrastructure and wanos networks best in city. This can be achieved by a number of techniques:

1. Compression – It is WAN optimization technique which involves reducing of data size to save transmission. Data Compression is the process of encoding information using unique encoding strategies and then transmitting that encoded information.

2. Caching – It is a process where the copies of documents passing through web cache are stored. In case of network congestion or heavy load on server, cache quickly serves data to the page. When the request is met by the cache instead of the server, it reduces latency and increases access time.

3. Data Deduplication – Optimization technique of reducing storage needs by eliminating redundant data. Only single copy of space or increase time of data is stored on the system and redundant data from all sites is replaced by placing pointers to the actual data. This also helps in saving money on disk costs.

4. Protocol Spoofing – It is an essential method that helps in enhancing performance. It bundles multiple requests from chatty applications into a single protocol. Used in situations where existing protocol is inadequate either due to high error rates or long delays.

5. Latency Optimization – Latency Optimization can include window size scaling, selective acknowledgements, congestion control algorithms. In some cases application is placed near the endpoint of connection to reduce latency.

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Wanos Tcp Acceleration Apply These Secret Techniques To Improve WAN

WAN stands for Wide Area Network. These are largely used for bulk data transmission. Due to competitive and cutting edge technologies, it is always desirable to introduce some algorithm to maximise the efficiency. SD-WAN (Software defined Wide Area Network) Optimization comes into the picture when it requires user to transmit with higher efficiency and more transparency. When it comes to SD-WAN Optimization, the solution provided by Wanos Networks is unmatchable in the market. It saves a huge amount of money on bandwidth cost and accelerates the application to improve the user experience.

One of its most significant feature is TCP Acceleration which significantly improves the performance over sub-optimal network conditions. This prime feature offered of TCP Acceleration offered by Wanos Network improves the WAN. It is an optional feature which can be enabled on the WAN Accelerator or improve the performance while sending TCP traffic on the suboptimal network conditions. It also helps in improving the TCP performance and well as slowing down the TCP stack implementations.

The TCP Acceleration uses few secret techniques to improve the WAN and reduce the bandwidth cost. Few of these techniques can be understood in following line. It uses High Speed TCP for high-speed high-delay networks. It also utilise Windows Scaling to set the desired window sizes so that it could avoid the throughput limitation of a suboptimal TCP window size. Selective Acknowledgment is another very useful feature in which sender is notified to retransmit only those packets which were missing  during initial transmission and the packets were lost and those packets were unrecoverable through packet loss recovery feature. In its another acknowledgment feature called Local Acknowledgement, the acknowledgments are sent locally in between proxy and server. At the same time, it is also sent in between proxy and client. This results in reduction of idle time to wait for the acknowledgements. These features results in faster file transfers for TCP-based applications.

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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.