Community-Powered
Independent operators run the nodes and share their bandwidth. No single company owns the infrastructure.
A decentralized VPN routes your traffic through independent nodes instead of one company's servers, removing the single point of control.
A decentralized VPN routes your traffic through a network of independent user nodes instead of a single provider's servers. This removes the single point of failure and the need to trust one company with your data. Each node assigns you a real IP, so it helps you understand what a residential IP address is.
Independent operators run the nodes and share their bandwidth. No single company owns the infrastructure.
Nodes are distributed across independent operators, so no single entity can be pressured into handing over user data.
Traffic exits through real ISP-assigned residential VPN addresses, not commercial datacenter ranges.
Independent users run Mysterium VPN nodes, sharing bandwidth from their residential connections.
Your connection routes through one of these independent nodes, not a server Mysterium VPN owns or controls.
Your exit IP is a real ISP-assigned address tied to a real household, not a known VPN datacenter range.
We built the first decentralized VPN in 2019, learned where that model broke, and rebuilt around what actually works in daily use rather than in theory.
We treat open internet access as a human right, not a premium feature. Everything in the product follows from that, including the parts that cost us more to run.
11,000+ IPs, 100+ countries, state-level choice in the US. We give you context and options. What you do with them is up to you.
Our 7,500+ residential IPs come from independent node operators who explicitly agreed to take part. Using Mysterium VPN never makes your own device part of the network.
Our app code is public, and we're a member of the VPN Trust Initiative. Privacy claims should be checkable, not taken on blind faith.
Detection methods change, restrictions spread, rules get rewritten. We track it and keep the network working, so your internet stays usable without you having to actively follow any of it.
Traditional VPNs route traffic through servers that one company operates and controls. Decentralized VPNs distribute that infrastructure across independent node operators worldwide.
| Criteria | Regular VPN | Mysterium VPN |
| Infrastructure | Single provider's servers | Community-operated |
| IP type | Datacenter IP | Residential ISP-assigned IP |
| Single point of failure | Yes – one provider | No – distributed across independent nodes |
| Trust required | Trust the VPN provider | No single entity controls all traffic |
| Speed | Consistent – optimized servers | Variable – depends on node operator bandwidth |
| Maturity | Established | Decentralized VPN technology is still maturing |
For a closer look, see our breakdown of residential vs datacenter VPN.
— Aimar
— Dapo A.
— Jay. S
— Mike Banta
— Saikiran
— Lusine
— Jumper
— Muhammad A.
A decentralized VPN (also known as dVPN or dPN) is a VPN that uses a distributed network of nodes instead of centralized servers. This means that a VPN functions on a peer-to-peer basis, with everyday web users running the nodes with their personal devices.
Yes, since a dVPN is run by community members, unlike a traditional VPN, which uses centralized servers that store information, like your browsing history. A compromised server will defeat the purpose of a VPN. With a decentralized VPN, there’s nowhere to store logs centrally.
The key difference is the fact that a regular VPN uses servers that are owned by VPN providers, which makes them all centralized. A dVPN, on the other hand, uses a distributed network of nodes run by community members instead of servers.
There's no way to tell if you are using a dVPN since this VPN type is powered by a peer-to-peer network, which is full of residential IP addresses that make you appear like organic users.
Mysterium VPN runs on decentralized infrastructure. Instead of routing through company-owned servers, your traffic exits through independent node operators who've agreed to share their residential connections. There's no central server for any single party to seize or log.
Decentralized VPNs offer structural advantages: no single authority can be compelled to hand over user data, and no central server can be seized. However, the technology is still maturing. Connection speed and node reliability can vary depending on who hosts your exit node.
A regular VPN routes traffic through servers one company operates. A decentralized VPN distributes that across independent node operators worldwide, removing the central point of failure and the need to trust a single provider.
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