Site to site

Every site on one network

One device per site advertises the subnet behind it. Printers and old servers keep their addresses. No tunnel per pair.

Free plan · No card · Routes included

The problem

Tunnels multiply. A network doesn't.

A tunnel per pair means the work grows with the square of the site count.

The problem

A tunnel per pair

Four sites is six tunnels, ten is forty-five. Each with its own keys, MTU and way of failing.

What replaces it

One device per site

It advertises the subnet behind it. The tenth site is the same work as the second.

The problem

A public address per site

IPsec needs a reachable address and an inbound rule on one end. A branch behind carrier-grade NAT can't be it.

What replaces it

Outbound only, every site

Each site's device dials out and negotiates a direct path through NAT. If that fails, an encrypted relay takes over.

Replacing an appliance

Alongside first, then off

If the sites hang off a VPN appliance today, nothing has to move in one night window. Each step stands on its own, and nothing on the appliance changes until the last.

Run alongside

Install the agent on machines that already talk through the appliance. Nothing on the box changes.

Move one site

A device at the site advertises its subnet. Allow one group in, then run real traffic on both paths.

Retire the appliance

When nothing depends on the old path, switch it off. The renewal and the HA pair go too.

One site, then the next

One box at the site, one route, and the printer is reachable from your laptop.

Hosts behind a route aren't devices