3 min read
|
Saved February 14, 2026
|
Copied!
Do you care about this?
This article discusses how complexity in security environments hampers effective detection and response, with the network serving as a crucial source of visibility. It emphasizes the importance of investigation over mere detection and highlights continuous packet capture as a key tool for improving response times and collaboration between security teams.
If you do, here's more
Organizations face significant challenges in cybersecurity, primarily due to complexity. A recent Enterprise Strategy Group (ESG) study reveals that 63% of security teams identify environmental complexity as their top barrier to effective detection and response. This complexity leads to delays, with over half of organizations taking hours to validate alerts, giving attackers ample time to maneuver within systems.
To navigate this complexity, security leaders increasingly rely on network visibility. The network acts as a unifying source of truth, as 41% of leaders believe network detection and response tools offer the best visibility across hybrid and multicloud environments. The study found that 93% of organizations now have SecOps and NetOps teams sharing network visibility tools, breaking down silos that slow down response times. The focus has shifted from mere detection to investigation, with 98% of organizations stating that network visibility enhances their analysis and investigation capabilities.
Continuous packet capture is pivotal in this efficiency gain. Survey respondents agree that it leads to more accurate detections and fosters collaboration between security and network operations. With a clear record of network activity, teams can investigate issues with confidence, reducing ambiguity in their processes. The article notes that 91% of organizations plan to increase their spending on network visibility, underscoring its growing importance in a landscape where clarity and speed are vital for effective cybersecurity.
Questions about this article
No questions yet.