cVu
cPacket’s cVu family of distributed monitoring and network packet broker appliances provide integrated traffic monitoring and packet brokering in one device. They provide full-line rate performance and complete packet inspection at speeds ranging from 10G to 100G on every port.
cVu: Bringing Intelligence to the Wire
Eliminate bottlenecks and reduce dropped packets with cVu. Powered by our patented Algorithmic Fabric Chip, cPacket’s cVu packet brokering monitoring nodes are distributed across the network and provide a high density monitoring layer at all the critical parts of your network. Imagine advanced analytics and complete packet inspection at line rate across your entire network giving full visibility.
The same cVu product line is also a network packet broker supplying the right data at the right time to the right security and application monitoring tools. Smart Ports with pre-ingress and post-egress filters means that cVu doesn’t suffer from packet drops like other packet brokers.
cPacket’s distributed monitoring architecture can reduce mean time to resolution by more than 80% and the network packet broker outperforms other leading packet brokers at a third of the cost.
Correlated Performance Metrics:
Reliable data when you need it. Improve and simplify your network’s performance with cPacket’s Integrated Monitoring Architecture. Get instant access to critical data across the network anywhere, anytime.
Proactive Network Awareness:
Solve network problems before they happen. Real-time tracking of key performance indicators enables network operators to take preventative measures against network issues such as hotspots, bottlenecks, and behavioral anomalies.
Forensic analysis and real-time visualization:
Visualize and respond to any threat in the network. cPacket’s intelligent monitoring fabric allows network operators to search the header and payload content across L2-L7, in real-time and forensically. Easily customize the filter based on specific traffic profiles, and use any combination of header fields and patterns in the packets’ payload content to gather the information you want.