Cubro's Approach to Network Visibility: Harnessing Hardware and Software Integration

At Cubro, our approach to network visibility is distinct. Just like how Apple designs its own chipsets to ensure superior performance and a wide array of features, Cubro takes pride in owning the entire hardware and software stack. By designing and programming our chipsets, we create network appliances that offer a rich feature set, often eliminating the need for multiple devices.

This complete control over both hardware and software allows us to optimize performance in ways that would be challenging with off-the-shelf solutions. Our programmable chipsets give us the flexibility to swiftly respond to evolving market demands and emerging security threats, enabling us to develop unique features that are difficult to replicate on standard platforms.

In today’s environment, where security is paramount, having control over every layer of the product stack significantly enhances our ability to protect data and maintain robust security measures. By managing both hardware and software, we ensure seamless quality control throughout the product lifecycle, leading to fewer bugs and a smoother user experience.

The integration of hardware and software at Cubro also reduces dependency on third-party components, accelerating innovation. This synergy makes it easier to introduce new features and roll out software updates efficiently. A great example of this is the evolution from our EXA32100 to the EXA32100A, where a new chipset allowed us to introduce advanced capabilities that further elevate network performance.

Additionally, Cubro’s philosophy extends to our pricing. We believe in simplicity. When you purchase a Cubro solution, you receive both hardware and software with a perpetual license—no hidden subscription fees or recurring costs.

Cubro’s commitment to delivering excellence across both hardware and software continues to set us apart in the industry, providing our customers with faster innovation, greater security, and lasting value.