rethink testing with network resiliency

  • Enterprises

    Harden and maintain network and data center infrastructures to be resilient against attack and high stress application load. Mitigate risks associated with infrastructure changes and evaluate network and security equipment for more informed purchase decisions.

  • Government Agencies & Contractors

    Simulate and analyze real world global-scale network conditions to harden network resiliency, conduct cybersecurity research, train cyber warriors and validate lawful intercept (LI) systems.

  • Service Providers

    Improve the performance, security, and stability of traditional and mobile networks. Evaluate equipment with your own network conditions prior to purchase and deployment. Accelerate the delivery of robust new services and ensure subscriber quality of experience.

  • Equipment Vendors

    Ensure your devices are compliant with emerging cybersecurity legislation while accelerating the delivery of more resilient next-generation network and security devices.

When it comes to network resiliency, trust no one. Rely on what you see for yourself.

The issues are clear. Liabilities associated with security breaches and performance issues are escalating unabated. Budgets are tight, requiring you to scrutinize every IT purchase. There is simply no margin for error. You must know with certainty how every device, network, and data center in your infrastructure will perform in the face of current global threats and your own unique network conditions.

With BreakingPoint, there is no guessing about the resiliency of your network infrastructure. With the introduction of the world’s first Cyber Tomography Machine (CTM)–the BreakingPoint Storm CTM–you now have the insight you need to measure and harden the resiliency of every component of your critical infrastructure against potentially crippling attacks and peak application traffic. With BreakingPoint you can find, for the first time, the virtual stress fractures lurking within your network or data center before they are compromised by cyber attackers or high-stress application load.