Tor Dedicated Server - Bare Metal Hidden Service Hosting

Dedicated servers eliminate the shared infrastructure risks inherent in virtualized hosting. On a dedicated Tor server, there is no hypervisor that could be exploited to access your data, no noisy neighbor consuming your resources, and no shared memory where sensitive data might leak through side-channel attacks like Spectre or Meltdown. The entire machine is yours.

For high-security deployments such as SecureDrop instances, secure communication platforms, or financial privacy services, dedicated hardware provides an essential additional layer of isolation. You control every aspect of the software stack from the bootloader to the application layer, and you can verify the integrity of every component.

Performance is another major advantage. Without virtualization overhead, your Tor hidden service has direct access to CPU, RAM, and storage hardware. Tor's encryption operations benefit from hardware AES-NI instructions, and NVMe SSDs deliver consistent low-latency I/O without the variable performance of shared storage arrays.

Our entry-level dedicated servers feature Intel Xeon or AMD EPYC processors with 4-8 cores, 32 GB ECC RAM, and 2x 500 GB NVMe SSDs in RAID 1 for redundancy. These configurations handle substantial traffic loads and are suitable for most .onion websites, communication platforms, and database-backed applications.

Mid-range configurations offer 16-32 cores, 64-128 GB ECC RAM, and 2x 1 TB NVMe SSDs. These servers comfortably run multiple hidden services simultaneously, support containerized deployments with Docker or Podman, and provide ample resources for applications with significant computational requirements.

High-end configurations are available with up to 64 cores, 256 GB ECC RAM, and 4x 2 TB NVMe SSDs in RAID 10. For the most demanding use cases, we offer custom configurations with GPU acceleration, 10 Gbps network connectivity, and multi-terabyte storage arrays. Contact our team to discuss your specific hardware requirements.

Our dedicated servers are housed in data centers with 24/7 physical security, biometric access controls, and video surveillance. Server cabinets are individually locked, and only authorized personnel can access the hardware. We maintain strict chain-of-custody procedures for all hardware provisioning and decommissioning.

Full-disk encryption is enabled on every dedicated server using LUKS with keys stored only in RAM. In the event of a power loss or physical seizure, all data on disk becomes cryptographically inaccessible. For customers requiring the highest security, we offer remote attestation and measured boot to verify the integrity of the server's boot process.

When you discontinue service, we perform a cryptographic wipe of all storage devices followed by physical destruction of the drives. Certificates of destruction are available upon request. We take data lifecycle management seriously because your security does not end when your subscription does.

Dedicated Tor servers include IPMI-over-Tor remote management, giving you out-of-band access to your server's console, power controls, and hardware monitoring. Reboot, reinstall, or access the BIOS remotely - all through your Tor Browser. This is essential for managing a server that has no clearnet connectivity.

Our dedicated server support includes hardware monitoring with automatic ticket creation when sensors detect anomalies. We proactively replace failing drives, memory modules, and power supplies before they cause downtime. Hardware replacement is performed by our data center team with minimal service interruption.

Optional fully managed support adds operating system updates, Tor configuration management, security hardening, and 24/7 incident response to your dedicated server. Our team can manage the entire stack while you retain root access and full visibility into every change we make. Managed support customers receive priority response times and a dedicated account engineer.