How does Sangor WANO optimize network performance?

How does Sangor WANO optimize network performance?

WAN Optimization (WANO) is a technology that is used to improve the performance of Wide Area Networks (WANs). WANs are used to connect geographically dispersed locations, but they can suffer from issues such as high latency, packet loss, and limited bandwidth, which can impact application performance and user experience.

WANO works by using a combination of techniques to optimize WAN traffic, reduce latency, and improve overall network performance. Some of the techniques used in WANO include:

Data compression: WANO compresses data to reduce the amount of data that needs to be transmitted over the WAN. This can improve performance by reducing the amount of bandwidth required.

Data deduplication: WANO identifies and eliminates duplicate data in traffic streams. This can reduce the amount of data that needs to be transmitted, further reducing bandwidth requirements.

Traffic shaping: WANO prioritizes traffic based on the application and user requirements. This ensures that critical applications get the bandwidth they need while non-critical traffic is limited.

Caching: WANO caches frequently accessed data at remote locations, reducing the amount of traffic that needs to be transmitted over the WAN.

Protocol optimization: WANO optimizes the protocols used for WAN traffic to reduce latency and improve performance.

By using these techniques, WANO can improve application performance, reduce network congestion, and enhance the user experience.

Optimize the Bandwidth Constraint, Long transmission Time, Latancy & Packet Loss by using:

1. Data Reduction this technelogies using data compression, deduplication and Caching

2. Application Acceleration this technelogy is based on TCP acceleration technelogy and its designed to accelerate the most critical business application.

3. Link Optimization using HTP (High-Speed Transmission Technelogy), HTP-TCP enhances WAN transmission by selective and quick re-transmission of lost packets, improving the eficiency of congestion control mechanisms in traditional TCP protocol and significantly boosting WAN link performance. HTP-UDP can also reduce UDP
packet loss using two built-in algorithms; UDP Proxy and FEC Technologies, significantly improving transmission of UDP based applications like video conferencing.

4. Maximize the Bandwidth Value, Sangfor's +3000 application signature database and URL library of 10 million, Sangfor WANO is capable of intercepting non-compliant browsing activities and limiting unproductive traffic. WANO’selective traffic management guarantees maximum core business application bandwidth and improves staff effeciency and productivity

Sangfor WANO optimizes network performance by reducing bandwidth utilization, minimizing packet loss and improving application response times. It achieves this by using a combination of techniques, including data compression, data deduplication and TCP optimization. By optimizing network traffic, sangfor WANO can improve the user experience and reduce the overall cost of network infrastructure.

Sangor WANO is a suite of software and hardware tools designed to optimize wide area network performance. It provides a centralized platform for analyzing, monitoring and controlling the performance of an entire WAN. It has a number of features to help analyze network traffic and detect potential bottlenecks, as well as optimize network paths by analyzing available bandwidth and latency. Sangor WANO can also be used to prioritize certain applications and prioritize traffic. It also offers reporting, analytics and alerting capabilities to help administrators identify and address performance issues.