Scylos
Use case

Regulated access with nothing left behind.

When sensitive sessions run on a persistent endpoint, regulated data, credentials, and audit trails accumulate on the device, and every machine becomes something to evidence and defend. Scylos runs those sessions with no local residue.

The shift

Shrink the device-level scope of your obligations.

Sensitive sessions run statelessly: nothing regulated is written to the device, and the session tears down to known-good when it ends. There's no local residue to encrypt, monitor, or recover from a retired endpoint, so the endpoint stops being an audit and exfiltration liability.

What it removes
  • No regulated data at rest on the device
  • No credentials or tokens cached for an attacker to harvest
  • No local residue to evidence to an examiner
  • Far less exposure on every lost, stolen, or retired endpoint
Questions
Does this make us compliant?+

Compliance obligations remain yours. What Scylos removes is the device-level attack surface and the regulated state at rest, so there's far less to evidence, encrypt, and defend at the endpoint.

Where does fleet state live?+

Inside your own cloud tenant. Switchboard is not a shared multi-tenant service, policy and fleet state never leave your environment.

See it on your hardware

See the stateless endpoint on your own hardware.

Flash an idle machine into a live endpoint and run your real workloads. You buy no hardware and sign nothing.