Talari's WAN Virtualization Solution Exploits Internet Links Cutting IT Cost

As a result, enterprise WAN clients gain 30 to 100 times the bandwidth per dollar. Compared to existing private WANs, they have greater reliability and application performance predictability that use single-provider Frame Relay, or multiprotocol label switching services, said Talari Networks.

"Many enterprises that have deployed WAN optimization solutions are however looking for the then and there technology to furthermore improve application delivery and to reduce costs," said Michael Kennedy, principal at Network Strategy Partners, in a statement. "For these and other enterprises, Talari’s innovation is the logical then step, as it enables enterprises to inexpensively add bandwidth, reliability and application predictability for all applications, including real-time applications, just as VoIP (Voice over Internet Protocol) and virtual desktop infrastructure," added Kennedy.

Similarly, commented Andrew Gottlieb, founder and CEO of Talari Networks, "For years, enterprise IT managers have been dependent exclusively on expensive Frame Relay or MPLS circuits for their four nines reliability, though public Internet connectivity has been widely available at a fraction of the cost." He added, "Talari’s innovative approach and innovation combines multiple sources of public Internet bandwidth in parallel to deliver the same, or better, quality than expensive WAN bandwidth, enabling enterprises to reduce WAN expenses by up to 90 percent."

Talari Networks' APN research uses RAID-like methods, overlay networking techniques and end-to-end algorithms to do dynamic, real-time, per-packet traffic engineering. By continually measuring loss, latency, jitter and bandwidth utilization, APN adapts to variations in network traffic flow virtually instantly to ensure reliable, predictable application performance leveraging all available bandwidth sources.