Use case · VPN & networking
VPN provider infrastructure
Running a commercial VPN service means operating many high-bandwidth servers across locations, each carrying users' traffic, with the network and capacity to serve a large user base. Bandwidth is the dominant cost. We provide powerful, high-bandwidth, well-connected servers that make strong VPN nodes in our locations — a capable European foundation, under EU jurisdiction, though not a turnkey global VPN network.
Key points
- Running a commercial VPN service means operating many high-bandwidth servers across locations.
- Each server carries users' traffic, so bandwidth is the dominant cost.
- Servers must handle many concurrent users, and scale with the user base.
- Jurisdiction matters to a VPN's privacy proposition — where the servers run.
- We provide powerful, high-bandwidth nodes in our EU locations — a foundation, not a global network.
What does running a VPN service need?
Running a commercial VPN service means operating many VPN servers across locations, each carrying the traffic of the users connected through it, backed by the bandwidth, network, and capacity to serve a large user base. A VPN service lets its users route their traffic through the provider's servers — for privacy, security on untrusted networks, or to change their apparent location — so the provider must run servers users connect to, in the locations users want, with enough bandwidth and capacity for all the traffic and users. This makes a VPN service a bandwidth-heavy, distributed infrastructure operation.
So a VPN service needs several things: servers in the locations it offers, heavy bandwidth at each since all user traffic flows through them, good connectivity, and the capacity to handle many concurrent users, scaling as the user base grows. The bandwidth is usually the dominant consideration and cost, since a VPN carries all its users' traffic. This page focuses on the infrastructure for VPN service nodes and where we fit; running your own single VPN is covered on the VPN server page, while what follows attends to what operating a VPN service needs and our honest role in it.
VPN servers across locations
A VPN service operates servers in the locations it offers users, since users connect through a server in a location of their choosing, so the locations a service offers come from where its servers are. Users of a VPN service pick a location to connect through — for privacy, or to appear in that location — so a service's appeal rests partly on offering the locations users want, which means running servers there. Each server is a node users connect through, carrying their traffic, so a service with wide location choice runs servers in many places, and the number and spread of locations shape the service's offering.
The servers in each location must be capable and well-connected, since they carry users' traffic and users judge the service by their performance. A VPN node that is slow or poorly connected gives users a poor experience, so each node must be a capable, well-connected server able to carry its users' traffic well. We provide capable, high-bandwidth, well-connected servers that make strong VPN nodes in our locations, so that a VPN service has powerful nodes where we operate — each able to carry users' traffic well — which can form part of a service, particularly a European presence, as the later section on our role makes clear.
Bandwidth: the dominant cost
For a VPN service, bandwidth is the dominant consideration and cost, because every user's entire traffic flows through the VPN servers, so the servers carry enormous aggregate bandwidth. Each user routing all their internet traffic through the VPN consumes bandwidth continuously, and a service with many users has all of that flowing through its servers, so the total bandwidth is very large and is the main resource the service consumes and pays for. This makes bandwidth central to running a VPN service — the servers must have the bandwidth for all the user traffic, and its cost is a primary cost of the service.
Providing for this means high-bandwidth servers with good connectivity at each location, sized to the user traffic they carry. A VPN node must have ample bandwidth for the traffic of all the users connected through it, and good connectivity so that traffic flows well, so high-bandwidth, well-connected infrastructure is essential. The economics of a VPN service rest heavily on the cost and availability of this bandwidth. We provide high-bandwidth, well-connected servers for VPN nodes, with the bandwidth VPN service traffic demands, so that a VPN service's nodes can carry their users' traffic — the bandwidth being the dominant need, which capable, well-connected, high-bandwidth infrastructure provides.
Performance, capacity, and scaling
Each VPN node serves many concurrent users, so it needs the performance and capacity to handle them, and the service must scale its nodes as the user base grows. A node carries the traffic of all the users connected through it and does the encryption for each, so it needs the compute and bandwidth for many concurrent users, and there is a limit to how many one node handles well, beyond which more nodes are needed. As a VPN service grows its users, it must add capacity — more nodes, or more capable ones — to keep serving users well without nodes becoming overloaded.
So a VPN service scales by adding node capacity across its locations as its user base grows, keeping enough capacity that users get good performance. Growth in users means more traffic and more concurrent connections, needing more node capacity to handle without degrading; and popular locations may need more capacity than others. We provide capable, high-bandwidth servers that scale a VPN service's capacity — able to handle many concurrent users each, with more added as the user base grows — so that a VPN service can serve its users well as it scales, with the node performance and capacity that carrying many users' traffic requires, in the locations we operate.
Jurisdiction and the privacy proposition
A VPN service's privacy proposition rests partly on where its servers and company are, since jurisdiction affects what may be demanded of the service, so the jurisdiction of the infrastructure matters to a VPN provider. Users often choose a VPN for privacy, and a service's privacy claims are shaped by its logging practices and the jurisdiction it and its servers operate under, since jurisdiction governs what legal demands the service may face regarding user data. So where a VPN service's nodes run is more than a technical matter, and it bears on the privacy proposition the service offers its users.
This is where our EU jurisdiction is relevant to a VPN provider. VV Internet Hosting is incorporated in the Netherlands, within the EU, so VPN nodes hosted with us run under European jurisdiction and outside the direct reach of the US CLOUD Act, which a VPN provider building a European presence, or wanting nodes under European jurisdiction, may value. For a VPN service to whom the jurisdiction of its infrastructure matters — for its privacy proposition or its users' expectations — European nodes under European jurisdiction are a meaningful option, which our infrastructure provides. The service's own logging and privacy practices remain the service's own, but the jurisdiction of the nodes is part of the picture, and ours is European.
Our role, and where VV Internet Hosting fits
Our honest role for a VPN provider is supplying powerful, high-bandwidth nodes in our locations — a strong European foundation, or European nodes of a wider service — rather than being a turnkey global VPN network. We operate capable, high-bandwidth, well-connected infrastructure in our locations, which makes strong VPN nodes: powerful servers with the bandwidth VPN traffic demands and good connectivity, under European jurisdiction, well-suited to serving users through European locations. We are clear that we are not a turnkey global VPN network with servers in dozens of countries worldwide; we provide capable nodes where we operate, which is a strong European foundation, not a worldwide VPN presence.
We host high-bandwidth, well-connected dedicated servers that make capable VPN nodes in our locations, with the bandwidth, performance, and capacity a VPN service's nodes need, under European jurisdiction. This suits VPN providers building a European presence, or the European nodes of a wider service, or a service wanting nodes under European jurisdiction for its privacy proposition. We are candid about our limits: we provide capable nodes in our locations, not a global VPN network spanning many countries, nor a turnkey VPN platform, nor the VPN service's software or its privacy practices — those are the provider's own. We are the dedicated, sovereign, high-bandwidth infrastructure for VPN nodes where we operate — and if a European or regional VPN presence fits your service, we can host its nodes well.
Related use cases
Questions
VPN nodes, answered plainly
Common questions about hosting for VPN nodes.
What does running a commercial VPN service require?
Operating many VPN servers across the locations it offers, each a capable, well-connected server carrying the traffic of the users connected through it, with heavy bandwidth since all user traffic flows through, and the capacity to handle many concurrent users — scaling as the user base grows. Bandwidth is usually the dominant consideration and cost.
Why is bandwidth the dominant cost for a VPN service?
Because every user's entire internet traffic flows through the VPN servers, so with many users, an enormous aggregate bandwidth flows through the service's nodes continuously. That bandwidth is the main resource the service consumes and pays for, so high-bandwidth, well-connected servers are essential, and bandwidth cost is a primary cost of running a VPN service.
Is VV Internet Hosting a global VPN network?
No, and we're clear about that. We provide powerful, high-bandwidth, well-connected servers that make capable VPN nodes in our locations, under European jurisdiction — a strong foundation for a European presence, or European nodes of a wider service. We're not a turnkey global VPN network with servers in dozens of countries, nor a VPN platform; the service's software and privacy practices are the provider's own.
Planning VPN nodes 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.