VPS for VPN Services

Flat Costs, Smaller Surface

When a single ASN or /24 gets blocked, your customers feel it.

Webdock’s architecture spreads your workload, reducing the blast radius of any takedown attempt while keeping costs predictable, even at high throughput.

Start small, scale fast, and keep the experience stable for users in sensitive regions.

Why VPN providers choose Webdock

Built to resist IP blocks

Our disaggregated European infrastructure lets you distribute VPN instances across multiple /24 ranges and ASNs, making broad government or ISP blocking far harder and limiting any disruption if a /24 is targeted. We can dynamically shift workloads when blocks are detected.

Predictable costs

No egress surprises. Pricing is based on your chosen instance configuration and volume – simple to forecast for 12-month commitments. Many VPN providers choose us specifically to escape hyperscaler bandwidth variability.

Clean EU datacenter IPs

Standard deployments use clean, premium datacenter IP space. For contracted customers we can selectively move workloads into additional ranges that are not publicly visible, including residential-like address space for specific cases.

Proven at scale

We already host services running thousands of instances; the platform scales with you from 1–2 pilot nodes to 1,000+ production workloads.

How our “VPS for VPN” setup works

Disaggregated ASNs and /24 distribution

For security reasons we don’t publish full ranges. What matters: your traffic can be spread over multiple ASNs and disaggregated subnets, reducing correlation and blocking risk.

Optimized routing, low-latency backbone

We tune routing and peering to regions where filtering is common, maintaining stable performance, full bandwidth availability and low latency even under pressure.

Test environment: try before you commit

Evaluate Webdock with a 14-day sandbox (1–2 instances) using standard IP space. Once a commercial agreement is in place, shift-over to alternate ranges and routing optimizations becomes active.

Locations, hardware & performance

Denmark, Germany, Finland — Tier 3+ & GDPR

Primary operations in Denmark, expansion in Germany, redundancy in Finland. All facilities are Tier 3+ and fully GDPR-compliant, operated by European providers. Power in Denmark is 100% renewable with redundant fiber uplinks.

Xeon Gold cores, NVMe, right-sized tiers

Typical tiers used by VPN workloads include:

Small: 1 vCPU (Xeon Gold), 2 GB RAM, 20 GB NVMe (common node profile)
Medium: 2 vCPU, 4 GB RAM, 40 GB NVMe (heavier routing/caching)
Large: 4 vCPU, 8 GB RAM, 80 GB NVMe (high-throughput or shared workloads)

Exact sizing depends on your stack (e.g., xray/v2ray).

Throughput expectations

CPU-intensive VPN stacks run stably with dedicated Xeon Gold threads, with sustained ~70–100 Mbit/s per instance in typical conditions. Use the free test to benchmark your exact configs.

Pricing & automation

Fixed per-instance model; no egress surprises

You pay a flat rate per instance. No bandwidth meter chasing you as you grow. Volume and commitment determine final pricing; we’ll propose a range after learning your CPU, bandwidth, and volume profile.

API-driven deployments & post-provisioning

Automate provisioning and configuration with our API and post-provisioning scripts so your fleet can scale without manual steps.

Security, sustainability & compliance

European operators, clean reputation

We maintain clean IP reputation and provide test environments to validate. Datacenter IPs are standard for default deployments; additional options are available for contracted customers as described above.

Renewable energy & ESG transparency

Danish datacenters run on 100% renewable energy. Webdock operates carbon-neutral, with 90% refurbished hardware and an average footprint of 61.7 kg CO₂e/server/year. See the Webdock ESG report for details.

Common questions

We don’t disclose full ranges publicly. Your workloads can be distributed across multiple ASNs and disaggregated subnets to strengthen resilience against blocks.

Yes. Under contract we can selectively place workloads on additional ranges not publicly visible, including residential-like address space when needed.

Yes. A free 14-day sandbox with 1–2 instances is available so you can validate throughput, CPU, and routing behavior before signing.

How to evaluate Webdock in 14 days

Verification checklist

Spin up 1–2 test instances via API and baseline CPU and sustained bandwidth for your stack.
Route a mix of target destinations (including networks known for filtering) to observe stability and latency.
Confirm support response expectations by opening a test ticket and scheduling a brief technical review.
Validate that per-instance cost modeling aligns with projected growth.

Pitfalls to avoid

Over-consolidating many users in a single /24 — use distribution to reduce block impact.
Assuming hyperscaler-style bandwidth accounting — here it’s fixed per instance; plan tiers accordingly.
Testing only low-cost destinations — include high-cost routes to mirror real-world mix.

Maintenance guidance

Monitor block events and let us adjust distribution across ASNs/subnets.
Review throughput quarterly and right-size tiers (Small/Medium/Large) as user mix changes.
Keep API-based automation updated for smooth scaling and post-provisioning.

Start your 14-day VPN sandbox

Validate performance, routing and resilience with 1–2 instances on us. Then move to contracted ranges and full protections when you’re ready.

Contact Sales