Commercial VPNs ask you to trust a company you cannot audit. Your own WireGuard server moves that trust to a machine you rent, in a country you picked, with as many devices as you like and nobody selling your traffic history.

Each device is a peer with its own key pair. Add one from the dashboard, scan the code, and it is connected.
Pick where the server lives: Europe, the UK, three US regions, Singapore, Japan, Australia or India.
The machine is provisioned and WireGuard is installed automatically. Allow up to half an hour in total.
Open the dashboard, add a peer for each device, and scan the code on a phone or import the file on a laptop.
Your traffic leaves from the server's address, encrypted between the device and the machine you own.
Clients exist for Windows, macOS, Android and iOS, and the install is based on the latest Ubuntu long-term release.
Every plan is a virtual machine of your own with root access, billed monthly in rupees. The application is installed before we hand it over.
A VPN is light work for a server: the smallest Basic machine handles a household or a small team comfortably. Bigger plans matter when many people route everything through it at once, or when you want dedicated cores for steady throughput.
Basic 4 is enough for a family or a small team. Step up when a dozen people are pushing traffic through it all day, or take a Power machine when throughput must not vary.
Prices are for the server, billed in rupees. WireGuard is free and open source. Outgoing traffic is unmetered under a fair-use policy, which is worth knowing if you intend to route everything through it. Basic 4 has a one-time setup fee on a monthly contract, shown beside its price; there is none on yearly billing.
WireGuard is deliberately small: a few thousand lines running in the Linux kernel, which is part of why it is quick.
Each phone, laptop or tablet gets its own key pair and address. Add and revoke them one at a time.
Connection status, new peers and QR codes from a web interface rather than editing configuration files.
The server's location is the address the internet sees, which is the point for most people.
Nobody is selling your browsing history, because the only company involved is you.
The same tunnel can give remote staff access to servers that never face the internet.
Both have their place. This is the honest comparison rather than the marketing one.
| Your own WireGuard server | A commercial VPN | |
|---|---|---|
| Who sees your traffic | You, on a machine you rent | A company you have to trust |
| Devices | As many peers as you add | Usually capped per plan |
| Exit locations | One, the region you chose | Dozens of countries |
| Shared IP address | No, the address is yours | Yes, shared with many users |
| Streaming and geo-unblocking | Often blocked, because the address is a server | Usually their main selling point |
| Access to your own systems | Yes, the same tunnel reaches private servers | No |
| Cost as devices grow | Flat, whatever you connect | Per device or per user |
If you want many exit countries for streaming, a commercial VPN is the better tool. If you want a private tunnel for work, for a family, or into your own infrastructure, your own server is better in every way that matters.
A modern open-source VPN protocol. It is much smaller and faster than the older ones, runs inside the Linux kernel, and uses a key pair per device instead of usernames and passwords.
A modern open-source VPN protocol. It is much smaller and faster than the older ones, runs inside the Linux kernel, and uses a key pair per device instead of usernames and passwords.
Choose a region and a size, and we will build the machine with WireGuard installed and the dashboard waiting.