Skip to contentRAM-Only Server
A RAM-only design uses volatile memory for the server’s working state. Storage elsewhere and the handling of swap, logs and backups remain separate questions.
What it is
A RAM-only server design keeps intended working state in volatile memory instead of persistent local storage. This can limit local retention, but does not establish a no-logs policy: another system may receive logs, account data or backups. The actual configuration and complete data flow determine what can persist.
How it works
Keeping working data in RAM can reduce persistence on local disks. It does not remove copies already written elsewhere. Check the boot image, writable storage, swap, crash dumps, remote logging and backups. For example, Linux tmpfs can use swap unless configured otherwise. Diskless operation and verified deletion are different claims.
How it relates to s4m
The s4m no-logs page describes its stated traffic-data policy. A RAM-first label is not proof that every system supporting the VPN or authenticated proxies is diskless. Account, subscription and usage data can have separate storage and retention. Signing up without email does not by itself delete those records.
Questions, answered
Why do privacy providers use RAM-only servers?
To reduce dependence on persistent local storage. This is one design control, not proof that no history exists anywhere. Swap, exported logs, crash dumps, backups and account systems must also be assessed. RAM-only operation does not by itself guarantee anonymity or service-wide deletion.
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