Prevention and detection layers do most of the work in an endpoint stack, and both act on what they can recognize. That leaves a gap: what happens after something gets through. Reboot-to-restore fills that gap from a different angle. Instead of judging whether a change is ...

Setting up a new machine involves several separate tasks, often handled by different people at different times. Each step is straightforward in isolation, but the effort compounds across many machines—no two machines end up quite the same.  This article examines how ima...

Shared machines rarely stay the way you built them. Every session leaves something behind, and after enough of them, no two endpoints match. Here's why that drift happens, and how cloud-managed Reboot-to-Restore holds every machine at the same defined state.    Why Shared Endpoint Baselines Dr...

When malware hits a shared endpoint, the standard response is often to isolate the machine (cut it off from the network, pull it from service and begin remediation). Isolation contains the threat, but it also takes a machine offline that multiple users depend on.  Reboot-...

Reboot-to-Restore protection holds an endpoint at a defined baseline by discarding every disk change when the machine restarts. Windows updates are disk changes like any other, so a frozen machine can install a patch, report it as applied, and lose it on the next reboot. P...