A Reliable Defense Against Persistent Endpoint Compromise on Public Access Systems
Public access endpoints are among the hardest endpoints to secure. Anyone can use them, and every session can leave something behind. Reboot-to-restore technology addresses this challenge by automatically resetting systems to a known-good state.
Read on as we cover why conventional endpoint security falls short on these systems and expand on how reboot-to-restore technology closes those gaps.
Security Challenges of Public Access Endpoints
A public access endpoint is defined by the very thing that makes it useful: it’s open to many different people. That openness creates security problems that rarely arise on a single user’s assigned device:
- Unrestricted user access: Public machines are meant to be used freely, often without individual logins (or accountability). Each visitor can install software, change settings, and download files. There is no straightforward way to trace a harmful action back to the person who took it.
- Configuration drift: Over many sessions, small changes accumulate. It’s a setting altered here and a program added there. These residues gradually move a machine away from its intended baseline, which degrades performance and leaves every device subtly different from the next.
- High attack surface from shared use: A computer used by hundreds of people is exposed to far more risk than one assigned to a single employee. Each session is a fresh chance for malware to arrive, whether introduced deliberately or by accident. The constant turnover of users keeps that exposure continuous.
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