Intezer AI SOC investigates all your alerts, even low-severity ones, 24/7 and with forensic depth. Transparent and consistent outcomes with less than 2% escalation, means your team can confidently take action on the incidents that matter.
MDR investigations rely on human labor which is inherently limited. As volumes grow, high-severity alerts are typically prioritized, leaving lower-severity signals uninvestigated and creating the perfect cover for real threats. Add in slow triage, inconsistent outcomes as well as missed SLAs, and the shortfall becomes hard to ignore.
Intezer AI SOC is completely changing the game.
Verdict accuracy and speed
Take confident action with our battle tested, forensic AI delivering trusted verdicts in minutes with 98% accuracy.
Total alert coverage
Ingest, triage and respond to 100% of all your customers’ alerts, regardless of severity level.
Only true positives escalated
Stay focused on real threats with less than 2% escalated incidents while the rest are automatically resolved.
Predictable and Scalable Pricing
Easily forecast growth with endpoint-based pricing. Never overpay because of overwhelming alert volumes.
Predictable and scalable pricing
Easily forecast growth with endpoint-based pricing. Never overpay because of overwhelming alert volumes.
Instant time to value
Easily connect with hundreds of API-based integrations. Get results without ramp-up or training on your data.
Transparency and auditability
No more ‘trust us’. Instead, see the evidence yourself with every decision and AI-based reasoning clearly shown and fully auditable.
The human element
Replacing MDR doesn’t mean replacing human expertise. It means applying it where it actually matters. Intezer’s security experts are available 24/7, on-demand for active incident support and investigation deep-dives. Your team’s feedback continuously tunes triage rules to your environment, so results get sharper over time. And every investigation outcome feeds back into detection engineering, improving SIEM and EDR rules, reducing noise, and closing coverage gaps.