Corero Network Security Finds Most DDoS Attacks Now Evade Traditional Defenses as AI Drives Faster, Multi-Vector Threats
New report highlights sub-200 Mbps attacks, 50+ vector campaigns, and seconds-long bursts
Analysis from
Key findings include:
- Invisible to traditional defenses: Over half of sub-1 Gbps attacks are under 200 Mbps, blending into normal traffic while probing defenses.
- Manual response is no longer viable: Six-second pulse attacks eliminate the window for reactive intervention.
- Complexity at scale: Campaigns now combine 50+ vectors and adapt in real time.
Peak attack sizes increased by 262% year over year, with terabit-scale attacks now occurring in seconds, while more than 90% of attacks last less than 10 minutes. AI is accelerating this shift, enabling attackers to identify vulnerabilities, automate reconnaissance, and adapt in real time while obscuring attribution.
While often falling below detection thresholds, these attacks can still have significant impact, particularly for organizations with more constrained network capacity.
"This is where the industry has to reset its assumptions," said
The findings point to a clear shift: organizations relying on threshold-based detection, manual response, or delayed mitigation approaches are increasingly exposed to attacks that operate below detection limits and complete in seconds. Effective defense now requires continuous visibility, automated protection, and real-time mitigation operating at the speed and scale of modern threats.
The full 2026 Threat Intelligence Report, including detailed attack analysis and trends, is available here.
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