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Zero Trust Networking for Kubernetes at Cloud Scale
Kubernetes has become the foundation for modern application delivery. But as clusters expand across clouds and shared services, network connectivity quickly implies trust, and blast radius grows faster than traditional controls can manage. Most security approaches try to solve this by embedding agents, sidecars, or CNI modifications inside the cluster. That slows developer velocity, complicates upgrades, and introduces new failure domains. Aviatrix takes a fundamentally different approach: enforcing Zero Trust at the cloud network layer, outside the cluster, without touching the application runtime.
What's inside the solution brief
Why Kubernetes environments expand implicit network trust faster than IP-based and centralized inspection models can manage, and why in-cluster security controls create more problems than they solve
How Aviatrix enforces Zero Trust at the cloud network layer using Kubernetes context, clusters, namespaces, services, and labels, so policies stay accurate as workloads scale, redeploy, and move
How unified firewall coverage governs ingress, egress, and east-west traffic across clusters, clouds, and hybrid environments under one consistent security model
Why no agents, no sidecars, and no application changes means faster adoption, fewer failure domains, and Zero Trust that platform and development teams will actually embrace
Download the Solution Brief - See how platform and security teams are enforcing Zero Trust across Kubernetes at cloud scale, without disrupting the platform.
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