Cubro Network Access

As the digital transformation continues to accelerate, the network is no longer just a pipe; it is the business itself. Cubro Network Visibility understands that in this new paradigm, visibility is the prerequisite for security.

Cubro’s portfolio is vast, but it can be categorized into three distinct layers: Passive Access, Aggregation, and Intelligent Delivery. cubro network

By offering flexible, high-performance hardware that turns raw data into actionable intelligence, Cubro empowers enterprises to move from a reactive posture—fighting fires as they happen—to a proactive stance, where the health of the network is continuously monitored, optimized, and secured. In the crowded marketplace of network infrastructure, Cubro remains the quiet professional, ensuring that the lights stay on and the blind spots are eliminated. As the digital transformation continues to accelerate, the

Recognizing that modern tools need more than just packets, Cubro introduced the XG series . This blurs the line between NPB and DPI (Deep Packet Inspection). The XG can perform application identification (Facebook vs. Zoom), metadata extraction, and SSL decryption (acting as a man-in-the-middle) without requiring keys on the end server. This blurs the line between NPB and DPI

Estimates suggest that over 80% of web traffic is now encrypted. While this protects privacy, it also provides a haven for malware. Cybercriminals hide command-and-control (C2) communications and exfiltrated data within encrypted tunnels. Firewalls often let this traffic pass because they cannot decrypt it without causing latency.

Furthermore, Cubro has aggressively pursued the market. With the advent of CUPS (Control and User Plane Separation), telecom engineers need to correlate signaling (Control) with data payloads (User). Cubro’s ability to strip GTP-U tunnels and correlate them with GTP-C sessions via a common correlation ID is a feature that cloud-focused NPBs lack.

Cubro addresses this through a sophisticated portfolio of . These devices act as the traffic controllers of the visibility network. They take raw feeds from SPAN ports and TAPs, aggregate them, filter out the noise, and deliver precise, relevant data to the monitoring tools. This ensures that a 100G link doesn’t overwhelm a 1G monitoring tool, and that security analysts aren't drowning in irrelevant packets.