All from

Discover how the Four Ws (Where, When, What, and Why) transform network observability from abstract awareness to actionable intelligence with packet-level precision, real-time enrichment, and AI-powered insight.

Learn how packet-based observability helps contain the blast radius of cloud outages. Discover practical strategies to detect faster, prove root cause, and build lasting operational resilience.

Network observability through the deployment of packet brokers is essential for keeping a network healthy and secure, but they present their own configuration and troubleshooting challenges.

Learn how AI-driven prioritization enables smarter decision-making in complex networks — bridging gaps left by retiring expertise.

Without high-fidelity observability data, AI can’t deliver on its promise. Discover how packet-level insight unlocks speed, precision, and smarter NetOps.

cPacket Partners with Azure for their virtual network terminal access point (TAP) RSA launch

Why AI Will Be the Force Multiplier Network Ops Teams Have Been Waiting For

Learn what packet capture (PCAP) is, how it works, and why it’s critical for network observability, security, compliance, and real-time application performance.

Learn what a packet broker is, how it differs from a tap aggregator, and why it’s essential for packet observability, security, and efficient network monitoring.

By integrating cPacket’s packet data solutions alongside your MELT tools, you gain a powerful advantage — zero blind spots, reduced Mean Time to Resolution (MTTR), and complete accountability for ever

cPacket’s smart filtering technology offers a dynamic and scalable solution that ensures the right data reaches the right tools with minimal overhead.

In modern networks, hop-by-hop latency analysis is essential for rapid troubleshooting, security monitoring, and performance optimization.

Integrating cPacket’s Packet Broker (cVu) with Packet Capture and Analytics (cStor) provides a seamless, high-performance solution that enhances network visibility, optimizes data processing, and improves forensic analysis.

Capture and analyze network traffic with complete accuracy while providing a simple way to find data, payloads using keyword like searches—anytime, anywhere

By leveraging smart filters, network teams can ensure precise control over which traffic is passed, dropped, or balanced, enhancing security and optimizing network performance.

In today’s complex, hybrid IT environments, Site Reliability Engineering (SRE) teams must ensure application reliability, performance, and security. A core enabler of this mission is network observability.

No matter what split ratio you choose, ensuring sufficient power for both network functionality and monitoring efficiency is key to achieving high-performance network observability!

As 100G Ethernet adoption accelerates, choosing the right TAP solution is critical to ensuring full visibility, security, and performance monitoring.

In modern networks, precise timestamps are critical for ensuring accurate packet analysis, performance monitoring, and forensic investigations.

As networks scale to 100G and beyond, traditional monitoring architectures simply won’t keep up. Did you know that a single 100G link generates 1.08 petabytes of data per day — from just a single direction of traffic!

A 100G link can experience a microburst that exceeds 12.5MB in just 1 millisecond—overloading buffers and dropping packets before operators even notice!

cPacket’s Packet Brokers (cVu) can capture and analyze specific network packets in real-time using Snapshot and Triggered Intercept for effective network troubleshooting and security monitoring.

cPacket's Packet Brokers (cVu) efficiently terminate ERSPAN tunnels, decapsulating GRE-encapsulated packets at line-rate.

cPacket’s Packet Brokers (cVu) leverage Dynamic Truncation to intelligently analyze and trim packet data, preserving critical payload details while eliminating redundant information.

cPacket’s Packet Brokers (cVu) strip VN-Tags at line-rate and without performance bottlenecks in Cisco FEX and UCS environments.

cPacket’s Packet Brokers (cVu) strip VXLAN headers at line-rate, ensuring seamless integration with monitoring and security solutions for accurate traffic analysis.

cPacket’s Packet Brokers (cVu) enhance network monitoring and security by stripping MPLS headers at line-rate

cPacket Networks’ cVu and cStor solutions provide a seamless approach to decrypting and analyzing MACsec-encrypted traffic at scale

cPacket and GCP have partnered for the launch of Google Cloud’s Network Security Integration (NSI).

This is an exclusive offer available for a limited time!

cPacket Terms and Conditions for current customers: Outlines parameters including but not limited to hardware and software usage, product licensing, maintenance and support, warranty and more.

cPacket's cVu series NPB nodes offer high-performance 400Gbps aggregation with 32 ports for flexible, mixed-speed network visibility, supporting IT and security ops.

Network Packet Brokers provide essential visibility to the entire IT team and rich data to security and network performance monitoring tools. Advanced processing maximizes the effectiveness, life, and ROI of your tools.

The cVu-V is the industry’s most flexible virtual network packet broker that is validated and available for the top public clouds. It leverages and/or synthesizes packet/traffic mirroring services.

Generate network flow data from packet data to optimize network performance and strengthen cybersecurity.

The physical and virtual cClear products aggregate, correlate, and analyze network data and presents it as actionable network intelligence via predefined and customizable dashboards.

cPacket’s Cloud Suite provides true hybrid-cloud observability for today’s public and private cloud environments with industry-leading observability, packet delivery and packet capture capabilities

The guide provides an at-a-glance side-by-side comparison of cPacket products for new and existing customers, eco-system, and channel partners.

The cVu NG/NGE observability nodes offer high-performance distributed architecture plus advanced packet processing features not typically implemented in other packet brokers in this class.