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An image of city hall

How State Agencies Use Flow Data to Spot Anomalies Before They Spread 

State and local government agencies face a complex cybersecurity landscape. From ransomware attacks targeting municipal services to sophisticated nation-state actors probing critical infrastructure, the...

University students study on the steps of a campus building

Student Devices, Rogue Access Points, and the Invisible Risks on Campus 

While headlines focus on dramatic breaches and ransomware attacks, on campus the real threats often hide in plain sight: that IoT device with unusual...

A doctor using a laptop and a phone to reference patient information

From Knee Surgery to Packet Capture: What Healthcare Can Teach Us About Network Visibility

It starts with a twinge. Then a limp. By the time our patient reaches the orthopedic surgeon, they’re facing full knee replacement surgery—a journey...

A black box, which represents a lack of network visibility

What Your Firewall Doesn’t Tell You

Your firewall is dutifully logging every connection attempt, blocking malicious traffic, and generating alerts. But here’s the uncomfortable truth: those logs are only telling...

An image of an hourglass, representing MTTA

MTTA Explained: How to Measure and Improve Mean Time to Acknowledge 

Mean Time to Acknowledge (MTTA) is a performance metric that measures how quickly an IT team responds to incidents and alerts. When systems fail...

A hand holding a stopwatch, representing a measurement of MTTD

Understanding MTTD (Mean Time to Detection) and How to Reduce It

Mean Time to Detection (MTTD) is a critical metric for measuring cybersecurity effectiveness, as the speed at which organizations can detect network anomalies and...

A digital environment containing a server rack and a cloud, representing hybrid cloud visibility

Hybrid Cloud Visibility Challenges: A Guide for IT Teams

Hybrid cloud architectures have introduced a lot of complexity in managing network performance and security. An organization’s environment can span across on-premises infrastructure, public...

A bridge made of digital data connects two sides of a ravine, representing the divide between NetOps and SecOps

How to Bridge NetOps and SecOps Teams: A Complete Guide for 2025

In today’s complex IT landscape, the traditional silos between NetOps and SecOps teams have become more and more counterproductive. Organizations that successfully bridge these...

Nodes of information in a network with varying levels of detail, representing packet capture and flow analysis

Packet Capture vs. Flow Data: Striking the Right Balance

From detecting security threats to troubleshooting elusive performance issues and meeting compliance demands, understanding what’s happening on your network is essential.   To achieve...