PublicVPNList imports public OpenVPN profiles from multiple third-party sources, then keeps the public pages focused on entries that pass checks. The importer only uses sources where .ovpn files, zip bundles or CSV profile data can be fetched without account registration or captcha. A source may provide a profile, but the catalog table depends on measured status, speed, latency and safe file handling.
PublicVPNList is a public VPN catalog and measurement project. The site does not operate the listed VPN exit servers and does not sell VPN accounts. Its role is to collect public OpenVPN profiles, normalize them into a readable dataset, run technical checks, and publish the results with clear limits.
Editorial and removal requests are handled through the contact page. Server owners, network operators, source maintainers and users can report incorrect country labels, stale profiles, abuse concerns or removal requests. Requests should include the host or IP address, port, protocol, source URL if known, and the reason for the request.
These sources are configured or monitored, but they are not described as active unless they currently contribute visible checked rows.
Imported profiles can enter the local dataset before they have a fresh speed result. In public tables, a dash means the metric is unknown or not measured yet, not that the server has a literal zero result. Country pages and sitemap entries are generated only for countries with live measured rows.
Downloads use short-lived links instead of exposing raw profile paths. A visible row means the profile had enough public data for the catalog and passed the current public visibility rules; it does not mean PublicVPNList endorses or operates that endpoint.
The detailed measurement policy is documented on How checks work.
PublicVPNList does not verify the legal identity, logging policy, internal network controls, ownership, jurisdiction, employee access, malware filtering, content manipulation, or long-term trustworthiness of third-party VPN operators. A server can pass a technical reachability check and still be a poor choice for private accounts, work systems, banking, identity documents, source code, medical portals or other sensitive traffic.
The catalog also cannot guarantee that a public endpoint will remain online after download. Public VPN servers are temporary by nature, and operators can change ports, certificates, routing or logging behavior without notice.
OpenVPN encryption protects the tunnel between your device and the endpoint, but the endpoint operator can still see metadata and, for non-HTTPS traffic, potentially the content leaving the VPN server. Unknown public VPN operators may log activity, inject DNS behavior, throttle connections, disappear suddenly, or reuse stale profiles.
Use public VPN profiles for low-risk testing, route comparison, troubleshooting, temporary browsing and OpenVPN client setup practice. For accounts that matter, use a provider or self-hosted server whose operator, policies and jurisdiction you trust. More practical warnings are listed on Public VPN risks.
To remove or correct a listed server, send a report through Contacts. Include the host or IP address, port, protocol, country label, source URL if available, and the requested action. Server owners or network operators should include enough context to verify that they administer the endpoint.
Users can also report configs that are broken, mislabeled, suspicious, abusive, or no longer intended for public use. Credible reports may lead to correction, exclusion from public pages, or removal from the source queue.
PublicVPNList is free to use. The site may show advertising to cover hosting, monitoring, bandwidth and maintenance costs. Advertising does not make a server rank higher in the VPN tables, and the catalog does not sell paid placement for individual public VPN endpoints.
Server ranking is based on the available dataset and technical signals such as recent checks, speed, latency, country and freshness. If commercial relationships are added in the future, they should be disclosed separately from the measured public dataset.
No single public VPN source is complete or permanently stable. VPN Gate can provide broad coverage, VPNBook is smaller but official, GitHub archives can expose temporary public configs, and smaller providers can add countries that are missing from larger feeds. Combining sources improves coverage, while live checks keep the visible catalog focused on servers that still work.