# Edera for Security Engineers

1 min read

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Edera provides hypervisor-level isolation that stops container escapes before they happen. Defense-in-depth for container workloads.

## How Edera protects you [Permalink for this section](https://docs.edera.dev/for/security/#how-edera-protects-you)

- Hypervisor isolation stops container escapes
- No kernel sharing between workloads
- Hardware-enforced security boundaries
- Compliance-ready architecture

## Understanding the security model [Permalink for this section](https://docs.edera.dev/for/security/#understanding-the-security-model)

- **[VM containers](https://docs.edera.dev/technical-overview/concepts/vm-containers/)** - Why hypervisor isolation matters
- **[Hypervisor](https://docs.edera.dev/technical-overview/concepts/hypervisor/)** - How the hypervisor works
- **[Zones](https://docs.edera.dev/technical-overview/concepts/zone/)** - The isolation boundary for workloads
- **[Whitepaper](https://docs.edera.dev/technical-overview/whitepaper/)** - Detailed security architecture

## Security guides [Permalink for this section](https://docs.edera.dev/for/security/#security-guides)

- **[Falco integration](https://docs.edera.dev/guides/observability/falco-integration/)** - Runtime threat detection
- **[eBPF support](https://docs.edera.dev/guides/ebpf/)** - Security monitoring with eBPF

Last updated on 2026-01-21