Government & high-assurance: zero residue by design.
Stateless, centrally governed endpoints with no local data to manage or leak, built for regulated and sensitive public-sector work.
High-assurance work, run on endpoints that remember everything.
Agencies hand sensitive data to thousands of endpoints, desktops, field laptops, shared terminals, each of which retains state, drifts from its baseline, and becomes an audit liability the moment it's lost or compromised. Hardening and monitoring help, but a persistent OS is still a persistent attack surface. Insider risk, supply-chain implants, and data exfiltration all depend on the device keeping something worth taking.
The pressure points in public-sector IT.
Data residue
Sensitive material lingers on endpoints long after the task is done.
Insider & exfiltration risk
A persistent device is a place to stage, hide, and remove data.
Configuration drift
Fleets diverge from their accredited baseline between audits.
Patch and accreditation burden
Every persistent OS is another thing to patch, scan, and re-accredit.
Endpoints that hold nothing, governed from your tenant.
Zero residue
Every session resets to a verified baseline, no data, no foothold, no drift.
In your own cloud
Switchboard runs inside your tenant; control never leaves your boundary.
Provable baseline
Each endpoint boots from the same attested image, every time.
Instant repurpose
Reassign a device's role and policy centrally, no reimaging, no truck roll.
Sensitive data recoverable from a retired device.
Statelessness removes the device as a place where sensitive data can accumulate or hide.
Public-sector IT, answered.
Does the control plane stay inside our boundary?+
Yes. Switchboard is deployed inside your own cloud tenant. Policy, fleet state, and governance never leave your environment.
How does this reduce accreditation effort?+
Every endpoint boots from the same verified baseline, so there is no drift to remediate and far less persistent OS to patch, scan, and re-accredit.
What about insider threat?+
There is no persistent local store to stage or hide data in, and no credentials at rest. The session ends and the device resets to nothing.
“Accreditation is easier when there's nothing left on the box to accredit. The baseline is the same every boot.”
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.