Use case · VPN & networking
WireGuard VPN hosting
WireGuard is a modern VPN protocol that is fast, lean, and simple — built into the Linux kernel, using modern cryptography and a peer model with minimal configuration. Its efficiency means low overhead and strong performance. It suits secure access, site-to-site links, and private routing. Dedicated, EU-hosted infrastructure runs a self-hosted WireGuard server sovereignly and under your control.
Key points
- WireGuard is a modern VPN protocol — fast, lean, and simple.
- It's built into the Linux kernel and uses modern, fixed cryptography.
- Its peer model and minimal configuration make it straightforward to run.
- Its efficiency means low overhead and strong performance, including on mobile.
- Self-hosting on EU infrastructure keeps a WireGuard server sovereign and under your control.
What is WireGuard, and why choose it?
WireGuard is a modern VPN protocol designed to be fast, lean, and simple, which has made it popular for new VPN setups and often the default choice today. It provides the encrypted tunnel a VPN needs, like other protocols, but does so with a small, modern design — a compact codebase, modern cryptography, and a straightforward model — which gives it strong performance and simplicity compared to older protocols. Built into the Linux kernel, WireGuard is well-integrated and efficient, and its combination of speed, leanness, and simplicity is why it is frequently chosen for VPN servers now.
Hosting a WireGuard server means running WireGuard on a server as the VPN, giving a fast, efficient, self-hosted VPN under your control. The server provides the WireGuard endpoint that devices connect to, tunnelling their traffic efficiently, and because WireGuard is lean and efficient, it makes good use of the server. This page focuses on WireGuard specifically and why it is chosen; the general considerations of running your own VPN are covered on the VPN server page, and OpenVPN on its own, while what follows attends to WireGuard's character and what running it involves.
Efficiency and performance
A defining strength of WireGuard is its efficiency: it is lean and fast, with low overhead, which gives strong performance and light resource use. WireGuard's compact design and efficient, modern cryptography mean it adds little overhead to the traffic it tunnels, so it achieves high throughput and low latency, often outperforming older protocols, while using modest compute. Being built into the Linux kernel adds to this efficiency, letting WireGuard process traffic with little overhead. So a WireGuard VPN tends to be fast and to use resources lightly, which is much of its appeal.
This efficiency has practical benefits: high throughput for the traffic, good performance for users, light load on the server, and good behaviour on mobile devices. The high throughput and low overhead mean the VPN carries traffic quickly; the light resource use means the server handles the VPN without heavy load; and WireGuard's efficiency and quick reconnection suit mobile devices that change networks, handling roaming well. We provide well-connected infrastructure that makes the most of WireGuard's efficiency — the bandwidth for its throughput and capable, efficient hardware — so that a WireGuard server delivers the fast, low-overhead VPN performance WireGuard is known for, on infrastructure suited to it.
Simplicity and modern cryptography
WireGuard is deliberately simple and uses modern, fixed cryptography, which makes it easier to run and reason about than more complex, configurable protocols. Its codebase is small compared to older VPN software, which makes it easier to review and less prone to the complexity that can bring problems; and rather than negotiating among many cryptographic options, WireGuard uses a fixed set of modern cryptographic primitives, removing the configuration and negotiation complexity that older protocols carry. This simplicity and modern, opinionated cryptography are part of why WireGuard is regarded as a clean, contemporary design.
This simplicity benefits those running a WireGuard server, since there is less to configure and less that can go wrong, and the modern cryptography is sound by default. With fixed modern cryptography, there is no need to choose among cryptographic options or worry about weak configurations, and the small design is easier to set up correctly. This makes WireGuard approachable to run well. We host WireGuard servers on infrastructure suited to it, and WireGuard's own simplicity and sound default cryptography mean the VPN itself is straightforward and secure by design — so that running a self-hosted VPN with WireGuard is simpler than with more complex protocols, on infrastructure we provide.
The peer model and configuration
WireGuard uses a peer model based on public keys, where each participant has a key pair and is configured with the public keys of the peers it connects to, which makes its configuration minimal and clear. Rather than a traditional client-server authentication with certificates and complex configuration, WireGuard identifies peers by their public keys and defines which traffic goes to which peer, so setting up a WireGuard connection is largely a matter of exchanging public keys and specifying the allowed addresses. This model is simple and maps cleanly to how the VPN routes traffic among peers.
This peer model suits both individual clients connecting to a server and linking networks together, with the same clean model. A device connecting to a WireGuard server is a peer with its key; linking two networks is peers configured with each other; so the model handles remote-access and site-to-site uses alike, simply. The minimal configuration makes WireGuard setups clear to manage. We host WireGuard servers on which this peer model runs — the server as a peer that clients or other networks connect to — so that a self-hosted WireGuard VPN uses its clean, minimal peer configuration on infrastructure we provide, whether for individual clients connecting in or networks linked together.
WireGuard or OpenVPN?
It is worth being honest about WireGuard versus OpenVPN, the other widely-used self-hosted VPN protocol, since each has strengths and the right choice depends on the needs. WireGuard is faster, leaner, simpler, and more efficient, with modern cryptography and a small design, which makes it an excellent default for many setups today. OpenVPN is more mature, having been used for many years, and more flexible and configurable, with options — such as running over different transports — that can help it work through more restrictive networks and suit particular requirements WireGuard's simplicity does not address. So neither is simply better; they suit different priorities.
The honest guidance is that WireGuard suits those wanting speed, efficiency, and simplicity, which is many modern setups, while OpenVPN suits those needing its maturity, flexibility, or ability to work through restrictive networks. For a fast, simple, efficient VPN, WireGuard is often the better choice now; where OpenVPN's configurability or its behaviour through restrictive networks is needed, it remains valuable. We host servers for both WireGuard and OpenVPN, and will not push one over the other; we provide the infrastructure for whichever protocol suits your needs, being clear that WireGuard's strengths are speed and simplicity, and OpenVPN's are maturity and flexibility, so you can choose what fits.
Server needs and use cases
A WireGuard server's main need is bandwidth for its traffic, and thanks to WireGuard's efficiency, its compute needs are modest, so it runs well on modest but well-connected infrastructure. As with any VPN, the traffic tunnelled through the server needs bandwidth, so bandwidth sized to the traffic is the main consideration; and WireGuard's efficient encryption means it uses little compute for the tunnelling, so even a modest server handles a WireGuard VPN well, provided it is well-connected. This efficiency is part of why WireGuard is economical to run.
WireGuard suits several uses: secure remote access to resources, linking networks together site-to-site, and a private route for browsing through a server you control. Its efficiency and clean peer model make it well-suited to remote access for individuals and teams, to connecting networks, and to a private, controlled route, all with good performance. We provide well-connected infrastructure for WireGuard servers — the bandwidth its traffic needs, on efficient hardware that makes the most of WireGuard's leanness — sized to the use, so that a self-hosted WireGuard VPN serves secure access, site-to-site links, or private routing well, economically, on infrastructure suited to WireGuard's efficient character.
Sovereignty, and where VV Internet Hosting fits
A WireGuard server carries your traffic, so where it runs governs that traffic's jurisdiction, making sovereignty a consideration, as with any VPN. Your traffic passes through the WireGuard server, and its jurisdiction is where the server is hosted, so where you run your WireGuard VPN determines the jurisdiction of its operation. VV Internet Hosting is incorporated in the Netherlands, within the EU, so a WireGuard server hosted with us runs under European jurisdiction and outside the direct reach of the US CLOUD Act, keeping your VPN and its traffic under European law and on infrastructure you control.
We host dedicated infrastructure for self-hosted WireGuard servers: well-connected servers with the bandwidth WireGuard's traffic needs, efficient hardware that suits its leanness, and a dedicated IP you control — in EU datacenters under European jurisdiction. This suits organisations and individuals who want a fast, efficient, self-hosted VPN with WireGuard, under their control, with European sovereignty, for secure access, site-to-site links, or private routing. We are clear about our limits: we provide the infrastructure you run your WireGuard server on, not a commercial VPN service with many locations and shared IPs for anonymity — for that use, a commercial VPN is the right tool. We are the dedicated, sovereign infrastructure on which you run your own WireGuard VPN — and if that fits your needs, we can host it well.
Related use cases
See also
Questions
WireGuard servers, answered plainly
Common questions about hosting for WireGuard servers.
What makes WireGuard different from older VPN protocols?
WireGuard is modern, lean, and simple — a small codebase built into the Linux kernel, using fixed modern cryptography rather than negotiating among many options, with a clean peer model and minimal configuration. This makes it fast and efficient, with low overhead and strong performance, and easier to run and reason about than more complex, configurable older protocols.
Should I choose WireGuard or OpenVPN?
It depends on your needs. WireGuard is faster, leaner, simpler, and more efficient — an excellent default for many modern setups. OpenVPN is more mature, flexible, and configurable, with options like running over different transports that help it work through more restrictive networks. Neither is simply better; WireGuard's strengths are speed and simplicity, OpenVPN's are maturity and flexibility. We host both.
What does a WireGuard server need from its infrastructure?
Mainly bandwidth for its traffic. Thanks to WireGuard's efficiency, its compute needs are modest — its efficient encryption uses little processing — so it runs well on modest but well-connected infrastructure. This efficiency makes WireGuard economical to run. Bandwidth sized to the traffic, with good connectivity, is the main consideration.
Planning WireGuard servers infrastructure?
We host dedicated, EU-sovereign infrastructure sized to your workload — and we will tell you plainly when something else fits better. Tell us what you're building.