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Stop Lateral Movement: Runtime Zero Trust Containment for Cloud Workloads
Cloud breaches rarely cause serious damage at the point of entry. The damage happens after, when attackers move laterally across workloads using valid credentials and trusted network paths that no one is governing. IAM stops unauthorized access. EDR and SIEM detect suspicious activity. But none of them stop movement once an attacker is already inside. This solution brief explains how Aviatrix enforces Zero Trust directly inside cloud workload communication paths, containing attacks before they escalate into ransomware or business impact.
What's inside the solution brief
Why lateral movement is the real risk in cloud breaches, and why IAM, CNAPP, EDR, and perimeter firewalls are structurally unable to stop an attacker already moving through trusted network paths
How Aviatrix enforces allow-only communication between workloads at runtime, across VMs, Kubernetes, serverless, and hybrid environments, with no agents, no application changes, and no architectural redesign
How blocking east-west movement stops ransomware propagation before it spreads, reducing blast radius automatically through policy rather than manual incident response
How Aviatrix complements your existing security stack and directly constrains MITRE ATT&CK lateral movement techniques including valid accounts and remote services
Download the Solution Brief - See how security teams are containing cloud attacks before they escalate, with runtime Zero Trust enforcement across every workload.
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