Skip to content

It has finally happened: thanks to advances in encryption, legacy security and monitoring tools are now useless when it comes to SSL. Read this white paper from Ixia, to learn how this negatively impacts visibility into network applications, such as e-mail, e-commerce, online banking, and data storage. Or even worse, how advanced malware increasingly uses SSL sessions to hide, confident that security tools will neither inspect nor block its traffic.

  • ​Consider the following challenges:
  • Visibility into ephemeral key traffic
  • Coping with CPU-intensive encryption and decryption tasks
  • Chaining and handling multiple security tools
  • Meeting the demands of regulatory compliance

The very technology that made our applications secure is now a significant threat vector. The good news is, there is an effective solution for all of these problems. Learn how to eliminate SSL related threats in this white paper.

Thanks to Ixia for this article

Related Posts

Bypass Switches: Ensuring Network Uptime and Security in High-Stakes Environments

Bypass Switches: Ensuring Network Uptime and Security in High-Stakes Environments

Modern Bypass Switches also offer granular control and flexible configurations, allowing administrators to choose whether the device should fail open…
Traceable Time as a Service - The Evolution of Precision Time

Traceable Time as a Service - The Evolution of Precision Time

Time is more than just a measure of seconds. It underpins the financial markets, telecommunications, cybersecurity, and every sector that…
Back in time packet capture and forensics with VIAVI Obeserver as a key component in a Zero Trust Network implementation

Back in time packet capture and forensics with VIAVI Obeserver as a key component in a Zero Trust Network implementation

Explore how packet capture and forensic analysis empower Zero Trust security implementations, ensuring network visibility and compliance.
TCXO, OCXO and Rubidium -- understanding oscillators and the role they play in precision time keeping

TCXO, OCXO and Rubidium -- understanding oscillators and the role they play in precision time keeping

Explore the differences between TCXO, OCXO, and Rubidium oscillators in precision timekeeping for telecommunications and industrial applications.
Mission-Critical Timing: The Transition from Spectracom to Safran

Mission-Critical Timing: The Transition from Spectracom to Safran

When it comes to critical operations whether in defense, public safety, telecommunications, or infrastructure, accurate, reliable time synchronization is non-negotiable.…