ANONYM?
Why is RAM VPN more anonymous than a normal VPN?
This is not a promise of magical invisibility. It is a unique engineering model with no direct analogue on the market.
The illustration should show that data does not sit on a server; it disappears with RAM power loss.
Dedicated servers
Using dedicated servers in some locations gives us fewer neighbors and more control over disk, boot and the network perimeter.
Provider layer
We prefer anti-abuse systems and network conditions without flow logs in regions where this is possible.
Different regions
Servers are distributed across jurisdictions. Double VPN separates the entry and exit points so one region does not see the whole chain.
Hard hardware encryption
Disks should be encrypted, secrets should not sit in plaintext, and access keys should live in controlled provisioning.
Provider layer
Most servers are selected with anti-abuse systems and network conditions without flow logs where this can be confirmed by contract or audit.
Minimum links
Storage should not connect account number, client IP, connection time and chosen server into one user history.
No personal data to hand over
We do not have names, phone numbers, email addresses or traffic history. The system only sees a random ID and payment status, which are deleted after expiry or by the delete button.
Needle in a haystack
With a personal server, you are the only user. With a public subscription VPN, hundreds of people blend into one traffic stream. With logging disabled, one person cannot be separated from another.
Automatic kill switch in configs
OpenVPN and WireGuard profiles are generated with strong encryption, leak-control defaults and kill-switch oriented routing. We treat these settings as basic network hygiene.
Open source on GitHub
The source code and config generation logic should be public and auditable on GitHub, so users can inspect how accounts, invoices and profiles are built.
Breakdown
What exactly differs from most VPNs
We cannot provide data we do not have
We do not have names, phone numbers, email addresses or traffic history. The system only sees a random ID and payment status, which disappear one week after subscription expiry or by the Delete account button.
Hardware is encrypted
Our servers are encrypted, while working state moves into RAM/tmpfs. If hardware is physically seized, the server should not expose user history, session keys or connection logs.
Different regions
Servers are distributed across jurisdictions. Double VPN separates the entry and exit points so one region does not see the whole chain.
Honest OPSEC: why we talk about Cold Boot attacks
Cold boot attacks exist in theory: with special hardware access and lab conditions, someone can try to extract remnants from memory. A RAM-only model does not make a physical attack impossible, but in practice it is extremely unlikely in field conditions.