Chris Bihary
Chris Bihary, CEO and Co-founder of Garland Technology, has been in the network performance industry for over 20 years. Bihary has established collaborative partnerships with technology companies to complement product performance and security through the integration of network TAP visibility.
Increase Zero Trust Effectiveness by Simplifying Your Security Stack
The US government is rapidly transitioning to Zero Trust security architecture. This includes new guidance, reference architectures, and mandates from the administration and CISA for agencies to develop and meet the five “specific zero...
Combining the Power of the Purdue Model with Network TAPs
Years back, companies within our critical infrastructure sectors realized that if they wanted to improve their strategic planning and scale their operation, they needed to remove silos between their production and business operations. This...
Cybersecurity Anxiety Transcends Geographies
4,848 miles separate Nuremberg, Germany and Orlando, Florida. But surprisingly, their cybersecurity concerns are much closer than their physical distance. I traveled to both cities in the past month to attend it-sa Expo & Congress, October...
Ensuring Federal Cybersecurity Success with Flexible, Compact Flyaway CyberKit Visibility
Recent U.S. Federal cybersecurity initiatives have been put in place to ensure critical infrastructure, whether it's a pipeline, food processor, or water treatment facilities are protected from modern cyber threats and vulnerabilities. The...
FutureCon Baltimore & Beyond
We had a great time together with colleagues and tech partners at the recent FutureCon conference in Baltimore, Maryland, USA. Thought leaders - engineers to executives - shared their perspectives on the current state of cybersecurity. It...
Adding Visibility to Improve Network Detection and Response (NDR)
Network detection and response (NDR) is a discipline that evolved out of what was once known as network traffic analysis. Basically, as network traffic became more complex—and more potentially malicious—network traffic analysis had to take...