cPacket’s novel technology delivers unified performance monitoring for today’s cloudy virtual network environments

“While virtual networks enable flexible resource allocation, efficient use of these resources depends on the underlying physical implementation,” said Dr. Rony Kay, Founder and CEO of cPacket. “Optimising data centres requires correlated performance metrics across the virtual overlays and physical network connectivity. Also troubleshooting of intermittent applications requires insight into specific traffic in the virtual tunnels. Therefore, unified real-time visibility across both the virtual and physical boundaries becomes a must.”

Existing network performance monitoring tools only provide limited information of average link utilisation, which masks reliability issues like bottlenecks, spikes, microbursts, jitter, and inconsistent user experience. cClear is the first technology to provide a correlated performance mapping of physical links, virtual tunnels, and applications behavior in real-time.

cPacket’s unique hardware-software architecture delivers advanced analytics and real-time visibility beyond what was previously possible. At the heart of this novel architecture are cPacket’s Smart Ports, which are high-speed and cost-effective distributed sensors based on the company’s algorithmic chip. cClear technology correlates information from multiple Smart Ports to identify intricate dependencies between the virtual overlays and the underlying physical network connectivity. Having a granular view of the performance of both the physical and virtual environments allows network managers to monitor traffic behaviors, identify critical bottlenecks, and make fact-driven decisions.

cClear is available to existing customers of cPacket’s cVu-NG devices and SPIFEE centralised dashboard at no additional charge.

“The promise of virtualised networking is flexible and agile resource allocation,” said Dr. Kay. “But consistent application delivery depends on solid understanding of actual traffic behavior. cPacket’s new technology provides a correlated performance mapping across cloudy virtual and physical infrastructure to enable higher operational efficiency and improved end-user experience.”