Kubernetes Doesn't Fail Because It's Insecure.
It Fails Because Nobody Can See What's Allowed.
Nearly 9 in 10 enterprises have had a container or Kubernetes security incident in the past year. Zero Networks maps every connection inside your clusters, shows you exactly what's enforced, and automates least-privilege access — without agents, YAML rewrites, or slowing deployment down.
The Reality of Kubernetes Security Today
Adoption outpaced security. Attackers noticed first.
Kubernetes has become the default platform for containerized applications — but the speed of adoption has outrun the ability to secure it. Clusters are flat by default, and most security teams can't see what's actually allowed inside them.
How Zero Secures Kubernetes
Native. Unified. Non-Intrusive.
Most Kubernetes security tools make teams choose: deep visibility or DevOps speed, granular control or simple deployment. Zero Networks delivers both. A lightweight, eBPF-based pod on each node captures network activity with negligible performance impact, while a dedicated namespace continuously aggregates workload, label, and service data into an always-current access map. Teams get real-time Kubernetes visibility and policy control without slowing releases, rewriting YAML, deploying sidecars, or inserting inline enforcement points.
Full Visibility, Automatically
The Kubernetes Access Matrix maps every namespace-to-namespace, app-to-app, and workload-to-workload connection in real time. Full access, partial access, explicit deny, and undefined policy — all color-coded, all drillable to the exact policy, label, and port behind it. No manual configuration required.
Native Enforcement, Not Another Agent
Zero enforces through eBPF and native Kubernetes Network Policies — the way Kubernetes was built to be secured. That means no scale constraints, no added latency, and nothing intrusive sitting inline with your traffic.
DevOps Keeps Its Workflow
App owners keep pushing policy as YAML through CI/CD exactly as they do today. Zero automatically detects and translates it into a unified rule view — security gains governance without DevOps changing how they work.
One Platform, Every Environment
The same policy engine governing your Kubernetes clusters extends natively to bare-metal servers, VMs, OT/IoT, and legacy systems — a single source of truth instead of a Kubernetes point solution bolted onto everything else.
Zero to the rescue
From Flat and Unseen to Governed and Enforced
Every Workload Starts Governed
Least-privilege enforcement applies automatically as clusters scale, spin up, and change. No rule-writing required to keep up.
Policy You Can Actually Read
The Kubernetes Access Matrix turns YAML into a real-time visual map — every connection, every policy, every port is understandable in seconds.
One Source of Truth Across Every Cluster
Unified policy management spans clusters, namespaces, and environments. No configuring the same thing a dozen different ways.
Security That Keeps Pace with DevOps
Deploys via a single Helm chart in minutes. No agents, no sidecars, no slowdown.
Clusters Are Flat by Default
Every pod can reach every other pod unless someone writes a rule saying otherwise. 58% of workloads are missing a network policy entirely.
Policy Lives as Code, Not as Understanding
YAML integrates well with CI/CD but makes it nearly impossible for security teams to read, validate, or audit what's actually enforced.
Every Cluster Is Its Own Project
Rules are configured and maintained separately per cluster. The "rinse and repeat" model burns time and produces inconsistent posture across environments.
Security Slows Deployment — or Gets Skipped
67% of organizations say security concerns have slowed their Kubernetes deployments, and legacy microsegmentation's agents and inline controls make that worse, not better.
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