Why Security Teams Miss 90% Of Critical Network Attacks

(MENAFN- GetNews)


SOC operator at workstation where Purple Teaming Exposes Critical Detection Gaps in security systemsA comprehensive analysis by Network Threat Detection reveals that security teams are failing to detect the vast majority of critical cyber attack techniques. Despite high logging rates, common adversary methods trigger actionable alerts only 10% of the time, exposing a fundamental design flaw in modern Security Operations Centers (SOCs).

Network Threat Detection synthesized data from five independent industry research reports released between January and March 2026 to identify these critical visibility gaps.

Key Findings on Detection Gaps

• Pass-the-Ticket Attacks: Logged 42% of the time, but trigger security alerts in only 16% of instances, according to Security Risk Advisors' The Purple Perspective 2026.

• HTTPS Command and Control (C2): Designed to mimic legitimate traffic, this is logged 47% of the time but triggers alerts in only 10% of occurrences.

• SIEM Limitations: Traditional SIEM platforms detect only 21% of MITRE ATT&CK techniques on average, per Mitiga Security data (January 2026).

• Vulnerability Noise: Only 0.47% of vulnerability scanner findings are exploitable in real-world environments (Hadrian's 2026 Offensive Security Benchmark Report).

• Security Debt: 82% of organizations carry unremediated vulnerabilities, with 60% of severe, exploitable flaws remaining unresolved for over a year (Veracode 2026 State of Software Security Report).

The "Drowning in Data" Problem

"Security teams are drowning in data but starving for context," said the founder of Network Threat Detection. "Collecting logs is not the same as detecting threats. The gap between what gets logged and what actually triggers an alert is the primary reason organizations remain vulnerable despite heavy investment in security tools."

The urgency of this issue is compounded by the threat landscape: Allianz Risk Barometer 2026 identifies cyber incidents as the top global business risk, while Check Point Research notes that organizations face an average of 2,090 cyber attacks per week, a 17% year-over-year increase.

How Network Threat Detection Fixes Visibility Gaps

Network Threat Detection provides a proactive threat modeling and risk analysis platform that moves beyond passive log collection. By aligning with MITRE ATT&CK, STRIDE, and PASTA frameworks, the Network Threat Detection platform:

Models complex attack paths to identify blind spots.

Prioritizes risks based on actual exploitability rather than theoretical vulnerability.

Streamlines security workflows for SOC teams and CISOs before attackers can strike.

FAQ

What is the primary cause of the 90% detection blind spot?

The gap is caused by a disconnect between high-volume log collection and the lack of actionable context, causing critical, high-risk activity to be buried in "noise."

How does the Network Threat Detection platform improve security outcomes?

Network Threat Detection replaces manual, ineffective log filtering with automated attack path modeling that prioritizes threats based on real-world exploitability and business impact.

About Network Threat Detection

Network Threat Detection provides a specialized platform for proactive network defense, enabling organizations to integrate threat modeling and risk analysis into their security workflow. The platform empowers SOC teams, threat analysts, and CISOs to identify hidden blind spots and streamline security processes.

Read the complete study, Fixing the 90% Blind Spot.

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