We removed the endpoint from the trust boundary.
Scylos is built by operators who have shipped end-user computing, cloud, and security infrastructure at scale, at AWS, FSLogix, VMware, and Bosch, and who founded and sold companies along the way. We remove the operating system as a source of risk and cost, and make a thousand devices as simple to manage as one.
Zero Trust ended at the endpoint. We fixed that.
Every other layer of the modern stack already assumes compromise. The endpoint never did. It still runs a persistent operating system that has to be patched, watched, and cleaned up forever, a long-lived trust object inside a model that is supposed to have none. The industry answered that contradiction with more agents, more patching, and more tooling, hardening the persistent device instead of asking whether it should persist at all. Scylos took the other path: remove the persistent OS from the trust boundary, and put the entire fleet under one control plane.
A new category: the Zero-Trust-OS.
Scylos introduces the ZeroTrustOS, a stateless operating layer for endpoints. ZeroCore boots clean every session, runs only authorized work, and resets to nothing. Switchboard, the control plane that lives in your own cloud tenant, governs every device, policy, and persona from a single console. Nothing persists on the device, and everything is governed from one place. That is the whole idea, stated plainly.
Architecture first, detection never.
We remove, we don't monitor
Instead of watching for compromise, we remove the conditions an attacker depends on. There is no resident OS or local profile to take up residence in.
Stateless, not hardened
A hardened, immutable, or read-only OS still retains users, logs, config, and state. The ZeroTrustOS retains nothing. That distinction is the entire point.
One console, the whole fleet
Switchboard is the harder half we built. Provision, lock down, repurpose, or retire thousands of endpoints from one place, in your own tenant.
Reuse what you own
Flash the substrate onto hardware you already have, including machines stranded by Windows 11 requirements. It is reversible, so we never rip and replace.
The timing is not an accident.
Windows 10 end-of-support is stranding hundreds of millions of corporate machines that cannot meet Windows 11 requirements. Every organization now needs a post-Windows 10 endpoint strategy, and buying all new hardware is not one. The security model is the reason; the math is the bonus.
Deep infrastructure roots, pointed at the endpoint.
The team has led end-user computing at AWS, co-founded FSLogix (acquired by Microsoft) and RTO Software (acquired by VMware), and run security and platform programs at Bosch, one instinct throughout: make the hard thing simple and reliable at scale. That work is guided by recognized security leaders, including Dr. Chase Cunningham and Kevin Goodman, and the architecture has already proven itself in production, with stateless endpoints that kept running through the 2024 global outage when millions of machines went down. We tell our proof through the architecture, not through logos.
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.