Dynamic Network Environments

How does Sangfor WANO handle dynamic network environments, such as those with remote workers or multiple branch offices, and ensure consistent optimization across all locations?

Hi Zonger,

Sangfor WANO (WAN Optimization), deployed in the WAN gateway of data centres and branch offices, enables Application Acceleration, reduces traffic, compresses stream, streams cache and accelerates protocol among other leading technologies. Sangfor WANO cuts up to 70% of redundant traffic, reduces packet loss rate to below 1%, saves 50% of link costs and improves application speed by 3-10 times, achieving WAN Optimization, significant Application Acceleration & WAN speed.

Thanks

Sangfor WANO (WAN Optimization) is designed to handle dynamic network environments, including those with remote workers or multiple branch offices, and ensure consistent optimization across all locations.

To achieve this, Sangfor WANO uses various optimization techniques such as data deduplication, compression, caching, protocol optimization, and QoS (Quality of Service) to improve the performance of the network. Sangfor WANO also supports multiple deployment scenarios, including physical appliances, virtual machines, and cloud-based deployments.

In a dynamic network environment, Sangfor WANO uses a combination of these optimization techniques to ensure that all traffic, regardless of its origin or destination, is optimized. It achieves this by dynamically adjusting its optimization techniques based on the traffic flow and network conditions. For example, when traffic originates from a remote worker, Sangfor WANO may prioritize data compression and protocol optimization techniques to reduce the amount of data transmitted over the network and improve response times.

Sangfor WANO also ensures consistent optimization across all locations by using a centralized management console that provides a unified view of the entire network. The management console allows administrators to configure and manage Sangfor WANO appliances across all locations from a single interface, ensuring consistent optimization policies and settings are applied across the network.