Hardware-Isolated Containers for Kubernetes

Dashboard showing api-gateway-7f4c status with CPU at 38%, memory at 71%, system events, and activity graphs.

How It’s Done

Drop it into any Kubernetes cluster as a RuntimeClass and run untrusted workloads, multi-tenant pods, and AI agents with containment, by design – no rearchitecting required.

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Edera Platform

Ships with Your Stack

THE PROBLEM

The Shared Kernel is the Blast Radius

The threat model has shifted: AI-scale vulnerability discovery surfaces novel zero-days in the kernel in hours, not years, so "zero CVEs" no longer means "zero exploitable bugs." With GPUs and untrusted AI agents handling sensitive data on shared nodes, the kernel boundary is now the line between your workloads and everyone else's.

How It Works

A Hardware Boundary Around Every Pod

Edera Hardened Runtime puts a true hardware-isolation boundary around every pod and runs each one in its own microVM with its own Linux kernel, called a zone. With no shared kernel to escape, each workload is contained in hardware rather than software policy that has to be configured for every workload.

Install as a RuntimeClass
Deploy Edera and point your workloads at it with a standard Kubernetes runtimeclass. No control-plane, node, OS, or app changes.
Each Pod Gets a Zone
Every pod boots into its own microVM with a dedicated Linux kernel, isolated at the hardware boundary from the host and from every other pod.
Your Images Run As-Is
Because each zone runs a complete Linux kernel, your existing container images, syscalls, and tooling just work, no WebAssembly, no rebuilds, no surprises.
Operate it Like Any Pod
Zones schedule, autoscale, and report metrics like normal pods. kubectl top, HPA, and your dashboards all work at performance within 5% of native.

Early Access

Edera KVM early access is open now: try it on your own stack and help shape what GA looks like.

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Core Features

Why Edera Is Different

DEEP DIVE

Where Edera Sits In Your Stack

Diagram showing Edera Zones with Kubernetes, Host OS, Kernel, and customer pods connected to Edera on cloud or bare metal.

Diagram showing Edera Zones with Kubernetes, Host OS, Kernel, and customer pods atop Cloud VM/VM/Bare Metal infrastructure.

Secure Infra, Lower Costs

Single-tenant burns budget on idle capacity; multi-tenant shares a kernel with real containment gaps. Edera gives every workload its own lightweight VM – one Fortune 500 cut footprint 62%, saving millions.

Ship Agents, Capture Return

90% of agent pilots stall in review – there's no mechanism to contain what an autonomous agent might do. Edera's hardware-isolated VM per agent makes containment real, so agents ship and revenue lands.

Remove the Risk

Minimal images and eBPF monitoring help reduce the attack surface, but containers still share one kernel – a bug can cross that boundary. Edera gives every workload its own kernel, removing the risk entirely.

Try One Node of Edera Today

You're running untrusted workloads on infrastructure built to share everything. Every AI agent, every model execution, and every third-party container is a shared kernel away from your host. Edera closes that gap–without the compatibility limitations, overhead, or hardware dependencies of existing alternatives.

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