Many breaches arise from long-tail, low-frequency signals that standard SOC structures and AI tools miss because they are optimized for high-volume, repeatable alerts. The SolarWinds incident illustrates how scattered, low-severity cross-domain indicators can enable prolonged dwell time, and platforms like Radiant aim to surface and investigate those edge cases before they become breaches. #SolarWinds #AzureAD
Keypoints
- Long-tail alerts are low-frequency, cross-domain signals that often fall outside SOC playbooks.
- SOCs are optimized for volume and speed, which creates blind spots for unusual incidents.
- Most AI SOC tools are trained on common patterns and therefore struggle with niche or novel alerts.
- MSSPs often cannot perform deep, environment-specific investigations due to standardization and contract limits.
- Effective teams create ad hoc escalation paths, document edge cases, and use specialized solutions to triage and investigate unusual alerts.
Read More: https://thehackernews.com/expert-insights/2026/02/the-riskiest-alert-types-and-why.html