Seamless Failover

We call it seamless failover, but essentially our system makes failover a thing of the past. Our Multi-Directional Pathway Selection (MDPS) Engine monitors the connections regularly to determine where data traffic will flow with the fewest interruptions and dynamically aligns your applications accordingly.

No Dropped Words, No Dropped Sessions

With MDPS, the system will automatically detect if a connection is experiencing unacceptable quality degradation and will move your applications - you won't lose your call (not even a syllable!) nor will you lose any data for your applications.

Asymmetrical QoS

The growth in popularity of video-conferencing, web-based presentations, and cloud-applications has meant incredible advancements in bandwidth requirements. Our next-generation Quality of Service application allows your download-heavy applications to receive priority - regardless of their upload requirements.

Our "bi-directional QoS" is revolutionary.

No longer does peaking your download threshold strangle the application's performance. Now, you get dynamic QoS over all of the bandwidth (in/down and out/up), so that your applications - whether heavy in download or upload - can perform
at their very best across your network.

Rate-Limit Avoidance

Our Quality of Service engine allows us to proactively avoid thresholds in your network connections that will affect application quality. With our system, we can limit the amount of bandwidth that can be used by a particular application. For example, a network connection may begin to drop an application's packets as the transfer rates hit the top 5% of the connection capacity. With our system, that applications will never reach the connection's limit and excess data will travel elsewhere in the Network.  

Our Quality of Service engine avoids rate-limiting by restricting application use on each connection. What we do is force the application to use the most reliable, most high-quality transfer rate windows - essentially controlling the application's quality regardless of how demanding the bandwidth requirements.