Latency
If two devices are in the same city, there is no reason for traffic to travel to a server on another continent and back. A direct connection shortens the path.
Lattix is a zero-configuration, end-to-end encrypted peer-to-peer VPN. Written in Rust; there is no server standing in the middle of your traffic.

Lattix is a peer-to-peer VPN that connects devices to each other without routing them through a central server. The connection is end-to-end encrypted and requires no configuration file editing. It is developed as open source.
If two devices are in the same city, there is no reason for traffic to travel to a server on another continent and back. A direct connection shortens the path.
A central server carries every user’s traffic and its capacity is shared. In a peer-to-peer connection there is no such common ceiling.
When the server in the middle goes down, a classic VPN stops. If devices are connected to each other directly, that dependency disappears.
When a device joins the network, the connection is established on its own. No manual file editing required.
Only the endpoints can decrypt the traffic. No component in between, the provider included, can see the content.
Memory safety is guaranteed at the language level. Because the source code is open, the security claim is open to inspection; there is no need to trust a black box.
Let’s evaluate the user structure, integration needs and, if any, options to adapt it to your brand.
In a classic VPN, all traffic passes through a central server. In Lattix, devices connect to each other directly. This has three consequences: latency drops because the path is shorter, shared server capacity no longer forms a ceiling, and there is no such thing as the connection stopping when the server in the middle goes down.
No. Lattix was designed with a zero-configuration goal: when a device joins the network, the connection is established on its own. The most time-consuming steps of a classic VPN setup, such as key generation, address block selection and routing rules, disappear.
Only the endpoints. The connection is encrypted end to end; no component in between, the provider included, can decrypt the content. Because there is no central server, there is no point where traffic is collected either.
Memory safety bugs are among the most common security vulnerabilities in networking software. Rust prevents this class of bug at the language level: rather than trying to detect it at runtime, it refuses to compile it.
It makes the security claim verifiable. With a closed product you have to trust that the encryption really is end to end; with open source you can look. In a VPN, this distinction goes straight to the product’s most fundamental promise.