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An alert touches multiple segments of the network, representing the challenge to reduce false positives
Deep Network Observability

How to Reduce False Positives with Shared Context

False positives are rarely caused by too many alerts, but by missing context. Let’s say a spike in outbound traffic shows up in the firewall logs. Around the same time, ...

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Magnifying glass on top of a diagram that looks like both a fingerprint and a network, representing end-to-end network troubleshooting
Network Operations

Why Most Performance Investigations Start in the Wrong Place

A padlock silhouetted against a dark background, surrounded by a spray of white particles, representing password spraying detection.
Security Operations

What Password Spraying Looks Like in Raw Network Telemetry

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

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.

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A representation of cyber threat intelligence: chess pieces on a map of interconnected nodes
Network Security

Cyber Threat Intelligence (CTI): From Reactive to Proactive Security

As attackers grow more sophisticated and persistent, organizations are shifting from reactive defense to proactive strategy. That’s where cyber

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A representation of network observability: many nodes on a network, which are all interconnected
Deep Network Observability

Understanding Network Observability: A 2025 Guide for NetOps

A trend of this decade is that we’re being flooded with information and data points. Certainly, an overabundance of

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bobn
Network Operations

NetOps and SecOps Collaboration Benefits the Business

Not only have NetOps and SecOps teams historically been separate, but they have often seen each other as impediments

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