Ship any app.
Confidentially.
Push a container. We run it inside a hardware-isolated trusted execution environment on AMD SEV-SNP. Your code, your data, your secrets — invisible to us, invisible to the cloud, verifiable by anyone.
From docker push
to confidential, in four steps.
You give us a container. We give you a confidential application — reachable on a TLS endpoint, with cryptographic proof of what's inside. Scroll through a deploy.
Describe your app
One declarative file: image, resources, domains, persistent volumes. Same mental model you already have for Docker Compose or any modern PaaS.
We verify & provision
The platform pulls your image, verifies its signature, generates the orchestration to run it inside a TEE on AMD SEV-SNP, and provisions encrypted storage with keys only the TEE holds.
Your app boots inside a TEE
The container runs in a hardware-isolated trusted execution environment where memory is encrypted at runtime. Even with full root on the host, the cloud operator cannot read your process memory, your filesystem, or your traffic.
Secrets flow directly into the TEE
API keys, DB credentials, signing keys — encrypted on your laptop, opened only inside the running TEE. They never touch our control plane in plaintext.
Everything a cloud gives you.
None of the trust.
Deploy with the ergonomics of a modern PaaS. Get hardware-grade confidentiality you can prove to your customers, your auditors, and yourself.
Encrypted in use
Your container runs inside a TEE where memory is encrypted at runtime. Even with full root on the host, the cloud operator cannot read your process memory, filesystem, or traffic.
Remote attestation
Every app emits a signed statement from the hardware describing exactly which code is running. Anyone can verify it before sending data.
Direct-to-enclave
API keys, DB URLs, signing keys — encrypted on your laptop, opened only inside the running TEE. Never plaintext in our control plane.
Encrypted volumes
Persistent storage with keys held only by the TEE. Ops never needs root in your data.
TLS inside the enclave
Traffic terminates inside the TEE. The network path is untrusted — and that's fine.
You don't have
to trust us.
Every confidential application emits an attestation — a signed statement from the hardware. The platform operator is outside the trust boundary. Verify first, then send data.