✨ Introducing Threat Research Center — Structured Cloud Breach Insights →Threat Research Center →Threat Research Center →Explore ✨
Advanced threats aren’t defined by a single exploit. They succeed through multi-stage behavior—moving laterally between workloads, establishing command-and-control, and exfiltrating data using trusted cloud paths. Most security tools detect these stages but can’t stop them in real time.
Dynamic workloads, ephemeral IPs, and shared egress paths create runtime gaps where attackers can move undetected.
Cloud-native architectures create workload traffic paths that traditional controls can’t govern effectively.
Once inside, trusted cloud-to-cloud and cloud-to-datacenter connections allow threats to spread rapidly across environments.
Aviatrix Cloud Native Security Fabric (CNSF) enforces Zero Trust directly inside cloud workload communication paths—where advanced threats operate after compromise. By applying continuous, in-path controls, Aviatrix disrupts multi-stage attack progression without agents, downtime, or architectural redesign.
Enforce workload identity-aware segmentation to stop workload-to-workload movement.
Disrupt command-and-control and unauthorized outbound communication.
Prevent attack propagation across cloud-to-cloud and cloud-to-datacenter paths.
Advanced threats aren’t defined by a single exploit. They’re multi-stage attacks that adapt after compromise, using lateral movement, command-and-control, and data exfiltration to escalate impact over time.
Detection and posture tools identify exposure and alert on activity, but they don’t enforce controls once attackers are inside the cloud. Advanced threats succeed because there’s no mechanism to stop movement or exfiltration in real time.
CNSF enforces Zero Trust directly inside cloud workload communication paths—blocking lateral movement, command-and-control, and unauthorized egress after initial compromise.
CNSF is none of those. It provides runtime Zero Trust enforcement that complements detection, posture, and incident response by stopping attacker progression during an active attack.
Teams use CNSF to reduce blast radius during suspected or active threats, validate Zero Trust maturity, and prevent ransomware execution or data exfiltration before impact escalates.
Enforce runtime Zero Trust to stop lateral movement, command-and-control, and data exfiltration.
