We offer solutions to help Enterprises that today depend on a wide variety of applications to make their organizations function effectively. Any effective solution for application acceleration must provide significant acceleration for all key applications that cross the WAN.

Many enterprises believe that the key to application acceleration is WAN optimization. But optimizing the network - via compression, QoS, or TCP optimization - is only one part of the solution needed to truly improve application performance across the network.

Unlike other approaches to application acceleration, Fadetel partner’s Riverbed wide-area data services (WDS) solutions can provide dramatic application performance increases - typically by five to 50 times and in some cases up to 100 times faster - across the broad range of applications that enterprises care about the most.

Even SSL-encrypted (e.g. HTTPS) traffic can take advantage of Riverbed's award-winning acceleration techniques. These dramatic performance increases enable customers to dramatically change the way they do business: Inter-office collaboration becomes easier; broad-based IT consolidation becomes a reality; network-based backups become feasible; data can be more easily secured through centralization.

Most WAN optimization approaches look at the performance problem from just one angle - the network. But the network is only one of the factors slowing application performance. Because of the limited approach taken by many WAN optimization vendors, enterprises that deploy these products typically see just 10 to 20 percent improvement in application performance, and similarly small gains in bandwidth utilization. In the case of QoS-only products, enterprises see no acceleration overall, they merely make trade-offs between reserving bandwidth for one application at the expense of another.

To make the application performance leap that enterprises need, a radically different approach must be taken: Simultaneously address bandwidth constraints, TCP's behavior in high latency networks, and inefficiencies in the applications themselves.