Container Speed. VM-Level Security. Zero Compromise.

Edera brings VM-grade isolation to your Kubernetes workloads. No performance tax, no shared kernel, no blast radius. Your containers move at full speed. Attackers hit a wall.

Overview

The Architecture Was Always the Problem

Containers share the kernel by design – and a container escape means host access, lateral movement, full tenant exposure. AI-assisted vulnerability discovery has made that shared surface impossible to defend with patching alone.

VM-based alternatives close that gap, but trade it for syscall compatibility gaps, significant overhead, operational complexity that compounds at scale. Infrastructure security shouldn't require compromise.

Edera's Hardened Runtime eliminates the shared kernel – isolating every workload in its own hardware sandbox while maintaining performance within 5% of native.

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Products

Fast and Secure Aren’t Opposites. We Proved It.

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.

Edera for Containers

Container security is broken at the source. Edera is the only proactive security solution delivering per-workload kernel isolation built on KVM or Xen, enforced at the lowest level across any infrastructure you already run. No syscall restrictions, no compatibility tradeoffs, no specialized hardware or nested virtualization.

Edera for GPUs

A vendor-agnostic control plane for GPU infrastructure built on hardware-enforced PCIe passthrough isolation. Slice and share servers across tenants safely, contain GPU failures to a single workload boundary, and spin up in seconds not minutes.

Where Edera Sits

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Why Edera

We Exist for the Workloads Everyone Else Calls Too Risky.

Untrusted code. Autonomous agents. Multi-tenant infrastructure. None of them should ask you to choose between safe and fast.

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"Seems too good to be true? Yeah, we get that a lot. Put us to the test."

Multi-Tenant Isolation for k8s

Hardware boundaries between every tenant – so shared infrastructure never means shared risk. See How It Works

AI Agent Sandboxing

Let your agents run freely in production – inside a boundary they can't cross.

See How It Works

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Untrusted Code Execution

Run any code–AI-generated, third-party, or open source––without trusting it to behave.

See How It Works

You’ve Got Questions, We Have Answers

1. What is Edera? Edera is a container-native Type-1 hypervisor that eliminates the trade-off between container security and performance. It isolates every workload in its own lightweight “ zone,” preventing container escapes by design while maintaining near-native speed and full Kubernetes compatibility.

2. How does Edera make containers more secure? Traditional containers share the same Linux kernel, which creates risk of container escapes and lateral movement. Edera replaces that shared foundation with per-container micro-VMs, providing complete workload isolation. This design blocks privilege-escalation attacks and zero-days that exploit the kernel — without needing new tooling or specialized hardware.

3. Is Edera suitable for AI & GPU workloads? Absolutely. Edera provides GPU workload isolation that prevents data leakage between tenants and protects against GPU driver vulnerabilities — critical for secure AI training and inference at scale.

4. Can Edera support confidential or regulated workloads? Yes. Edera complements confidential computing models by providing strong software-based isolation that doesn’t depend on proprietary hardware. It helps organizations meet zero-trust and compliance requirements for sectors like finance, healthcare, and government.

5. What kind of companies use Edera? Edera is built for platform engineering and security teams running large Kubernetes or AI infrastructures. Enterprises adopt it to enable secure multi-tenancy, reduce infrastructure costs, and achieve security without sacrifice – whether on-prem, in public cloud, or at the edge.

6. How does Edera compare to Kata, gVisor, and Firecracker? We've done the full technical breakdown. See how Edera compares to each of them.

7. When AI can turn a CVE into an exploit overnight, is patching still a viable strategy? AI-assisted vulnerability discovery means CVEs are weaponized faster than any patch cycle can follow. Edera eliminates the shared kernel surface that most exploits target — so a zero-day is contained to a single zone, not your entire node. You still patch. But you're no longer racing a clock you can't win.