High-end monitoring tools from vendors like Splunk, SolarWinds, or Gigamon are expensive, often licensed by throughput. If a company feeds these tools "dirty" data—duplicate packets, Layer 2 keep-alives, or irrelevant video streaming traffic—they are paying premium prices for noise.
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. cubro network
Cubro’s portfolio is vast, but it can be categorized into three distinct layers: Passive Access, Aggregation, and Intelligent Delivery. The rapid adoption of 5G Standalone (SA) architectures,
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). ensuring comprehensive packet access
To eliminate these vulnerabilities, organizations deploy dedicated network visibility fabrics. stands as a premier global developer of carrier-grade visibility solutions. Their architectural ecosystem bridges the gap between raw data streams and specialized monitoring systems, ensuring comprehensive packet access, protocol manipulation, and traffic optimization. 1. The Core Architecture of a Visibility Fabric
Cubro operates in a triangular competitive field:
Cubro Network is the quintessential "engineer’s company." It does not distract itself with dashboard aesthetics or marketing hype; it solves the fundamental physics problem of moving packets from a live fiber link to a tool without dropping a single byte. By doubling down on FPGA technology and session-aware intelligence, Cubro has carved out a vital niche that bridges the gap between legacy network infrastructure and modern security analytics.