Ransomware Containment
Predator autonomously detects, isolates, and neutralizes ransomware at machine speed, preventing encryption spread across endpoints, servers, cloud workloads, and OT systems.
Ten focused use cases show how Predator converts high-impact cyber risk into machine-speed detection, containment, remediation, and governance.
Each card describes the operational problem and the autonomous Predator response provided in the source material.
Predator autonomously detects, isolates, and neutralizes ransomware at machine speed, preventing encryption spread across endpoints, servers, cloud workloads, and OT systems.
Predator identifies anomalous identity behavior, privilege escalation, data access misuse, and sabotage patterns — and autonomously intervenes.
Predator enforces identity behavior baselines, detects credential misuse, and autonomously blocks malicious identity activity.
Predator autonomously identifies and fixes misconfigurations across AWS, Azure, and GCP — closing breach windows instantly.
Predator replaces alert-driven SOC operations with autonomous detection, containment, and remediation.
Predator generates continuous governance evidence mapped to frameworks including HIPAA, FFIEC, PCI DSS, NIST, ISO, and FedRAMP.
Predator autonomously detects ICS anomalies, isolates malicious activity, and protects industrial control systems.
Predator protects AI models, training pipelines, and inference endpoints from tampering, poisoning, and unauthorized access.
Predator autonomously monitors and protects third-party integrations, APIs, and vendor systems.
Predator detects and blocks unauthorized data movement across cloud, identity, and endpoint systems.
Predator engagements can be scoped around a specific breach pattern, control gap, or risk outcome and then extended across the broader architecture.