Every one of those agents exists because the endpoint keeps state.
A persistent operating system accumulates everything, files, configuration, credentials, malware, drift. So you bolt on agents to watch it, patch it, and clean up after it. Hardening helps. But hardened isn't stateless, the state is still there, and so is the work.
Scylos takes the operating system off the endpoint.
The device boots clean from a ~3 MB stateless substrate every session, runs only what it's told, and resets to known-good on restart. No persistent OS means no drift, no malware survival, no reimaging. The agent stack isn't reduced, it's eliminated, because the condition that required it is gone.
Boot clean. Run authorized work. Reset.
Boot from the substrate
A ~3 MB stateless layer starts from a verified baseline on the device itself, no accumulated OS.
Run only what it's told
Authorized workloads execute locally; nothing else can establish.
Reset to known-good
On restart the session tears down to nothing. No drift, no residue, no reimage.
Scylos doesn't replace identity, email, or the network.
Your client still needs identity, email security, and a network, Scylos doesn't replace those. It removes the endpoint that was generating most of your tickets. That's the honest boundary: the machine stops being the problem; the rest of the stack stays as it is.
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.