Cubro’s TAPs are unique because they are "fail-safe." If the TAP loses power, the fiber link continues to pass traffic (optical bypass). Their Open Gear series allows for rack-mounted, high-density fiber patching combined with TAP functionality.
Modern enterprises, data centers, and telecommunications service providers face an increasingly complex operational landscape. The rapid adoption of 5G Standalone (SA) architectures, Software-Defined Networking (SDN), SD-WAN, and high-density cloud environments has fundamentally obscured traditional infrastructure borders. This evolution creates —hidden data streams that bypass standard security, analytics, and performance monitoring layers.
A visibility fabric separates production data traffic from the out-of-band security and performance analysis infrastructure. Cubro executes this strategy through a three-layer foundational paradigm: cubro network
[ Production Physical / Virtual / Cloud Infrastructure ] │ ▼ [ Layer 1: Passive Network TAPs ] ◄── Permanent, zero-loss capture │ ▼ [ Layer 2: Network Packet Brokers (NPBs) ] ◄── Aggregation, filtering, L4-L7 processing │ ▼ [ Layer 3: Downstream Analytics & Security Tools ] ◄── NDR, SIEM, Firewalls, DPI Blog overview of Cubro Network Visibility
Looking forward, Cubro is pivoting towards (Programming Protocol-independent Packet Processors). The next generation of Cubro devices will allow customers to program the data plane using P4 language. This means a bank could program the Cubro to look for a proprietary trading protocol not recognized by standard filters. Additionally, as encryption becomes universal, Cubro is investing in Post-Quantum cryptography readiness and eBPF integration for hybrid cloud environments (where some traffic is on-prem and some in AWS). Cubro’s TAPs are unique because they are "fail-safe
Cubro’s SSL/TLS Visibility solutions sit in-line or out-of-band, decrypting traffic for inspection by security tools, and then re-encrypting it for delivery. This effectively "unmasks" hidden threats, turning a blind spot into a monitored highway, without compromising the end-user experience.
At the forefront of this critical sector stands . The rapid adoption of 5G Standalone (SA) architectures,
Cubro Network is a network visibility and security solutions provider that offers a range of products and services to help organizations monitor, analyze, and secure their network traffic. The company was founded in 2009 and is headquartered in San Jose, California.
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.
In an era where the difference between stopping a ransomware attack and suffering a breach is measured in milliseconds, the visibility layer cannot be a bottleneck. Cubro provides the "unseen architecture" that allows security and network teams to do their jobs effectively. For any organization operating 100G+ links, low-latency trading floors, or 5G mobile cores, Cubro is not merely an option; it is the most cost-effective, deterministic, and scalable solution for network visibility available today. As networks move toward 800G and terabit speeds, Cubro’s hardware-first philosophy ensures it will remain the silent guardian of the data stream.
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.