.png){kind=logo}
Every workload proves what it is — before it gets anything.
Nitride manages the identities of confidential VMs and Kubernetes containers, verifies them through attestation, and gates access to secrets by policy — identity rooted in silicon, access decided by proof.
Measured in silicon. Verified against policy. Gated at every request.
Each confidential VM or container is measured by the platform's trusted execution environment — not issued a certificate on faith.
What counts as a trusted workload is explicit, versioned policy, evaluated identically before deployment, remotely and at run time.
Secrets, keys and services bind to verified workload identity rather than network position or a credential that can be stolen.
Why not certificates and secrets?
One trust fabric, every substrate
One attestation model across the processor families your estate actually runs.
AI workloads verified on the same terms as everything else in the estate.
The trust fabric follows the workload, not the provider.
What Nitride enforces
Local, remote and run-time — workloads verified while they run, not only at start.
Attestation results evaluated against versioned rules you own, enforced identically everywhere.
Access binds to verified identity, not to network position or a copyable credential.
AMD, Intel and Arm CPUs plus NVIDIA GPU platforms, AI workloads included.
AWS, Azure, GCP and many other providers integrate natively.
PKCS#11 HSM integration where compliance demands a certified hardware root.
Make trust something you can hand to an auditor.
Bring your zero-trust architecture and the workload that worries you most.
