Offshore Dedicated Servers for VPN Hosting

Commercial VPN providers make bold claims about privacy and no-logging policies, but you are ultimately trusting their word. When you run your own VPN on a dedicated server, there is no third party between you and your traffic. You control the server, you configure the VPN software, you define the logging policy, and you can verify through system audits that no unexpected logging is occurring. The only trust relationship is between you and your hardware provider.

Self-hosted VPNs also avoid the performance issues that plague commercial VPN services. Shared VPN servers with thousands of concurrent users experience congestion, throttling, and inconsistent speeds. Your dedicated server's network port is yours alone, delivering consistent throughput whether you have one connection or a hundred. For bandwidth-intensive activities like streaming, torrenting, or large file transfers, the performance difference is dramatic.

For businesses, self-hosted VPN infrastructure provides a secure remote access solution that does not route corporate traffic through a third-party commercial VPN provider's network. Your employees connect directly to your server, and sensitive business traffic never touches infrastructure you do not control. Combined with offshore hosting, your corporate VPN endpoint sits outside the jurisdiction of any government that might compel access to your traffic.

WireGuard is our recommended VPN protocol for most use cases. It is faster than OpenVPN, uses modern cryptography, has a smaller attack surface (approximately 4,000 lines of code versus OpenVPN's 100,000+), and is included in the Linux kernel for maximum performance. WireGuard configuration is straightforward, and tools like wg-easy provide web-based management interfaces for users who prefer GUI administration.

OpenVPN remains widely supported and is the best choice when you need maximum compatibility with diverse client platforms. It supports TCP and UDP transport, works through restrictive firewalls that block other protocols, and has mature client applications for every major operating system including mobile platforms. For commercial VPN services, OpenVPN's flexibility and broad client support make it indispensable.

For advanced users, we support IPsec/IKEv2 configurations using strongSwan, which provides enterprise-grade VPN connectivity that integrates with native VPN clients on iOS, macOS, Windows, and Android without requiring third-party apps. Shadowsocks and V2Ray are available for users in regions with deep packet inspection (DPI) that blocks standard VPN protocols — these tools obfuscate VPN traffic to look like regular HTTPS connections.

For customers launching commercial VPN services, our dedicated servers provide the infrastructure backbone. Each server acts as a VPN endpoint in its respective location, and management panels like VPN server managers or custom solutions built on the WireGuard or OpenVPN APIs provide user management, bandwidth tracking, and subscription handling. Multiple servers across our European locations give your customers geographic diversity for their VPN exit points.

IP address allocation is important for VPN services. Each server comes with at least one IPv4 address and a /64 IPv6 subnet, but VPN services typically need more IPs for load distribution and to avoid IP-based blocking. We offer additional IPv4 addresses in blocks and can provide larger allocations for established VPN services. IP rotation and reassignment capabilities are available for services that need fresh IPs periodically.

Bandwidth is unmetered on all our dedicated servers, which is critical for VPN operations where every byte of user traffic passes through your server twice (inbound from the user, outbound to the destination). A busy VPN server can easily saturate a 1 Gbps port, and with unmetered bandwidth, your operational costs are fixed regardless of how much traffic your users generate. 10 Gbps ports are available for high-traffic VPN nodes.

A personal VPN endpoint needs minimal resources. Our entry-level servers with 4-6 cores, 16-32 GB RAM, and a single NVMe SSD handle VPN traffic for an individual user or small family with ease. WireGuard's kernel-level implementation achieves near-wire-speed throughput even on modest hardware, so you will get the full 1 Gbps of your network port for VPN-encrypted traffic.

Small commercial VPN services serving 50-200 concurrent users should consider our mid-range servers with 8 cores, 64 GB RAM, and multi-drive NVMe storage. The additional CPU cores handle the encryption/decryption workload of many concurrent connections, while the RAM accommodates connection state tracking and any logging or analytics you choose to implement.

Large VPN services with thousands of concurrent users per node need our high-performance AMD EPYC servers with 32-64 cores, 128-256 GB RAM, and 10 Gbps unmetered bandwidth. These servers handle massive concurrent connection counts while maintaining low latency and high throughput per user. Deploy multiple servers across our European locations to build a multi-node VPN network with geographic diversity. All VPN servers include DMCA-ignored policies, clean IP addresses, and cryptocurrency payment options.