Size dedicated servers for VPN providers by measured traffic
Run customer-facing gateways and exit nodes on isolated hardware, then match CPU, memory, bandwidth, transfer, and region to measured tunnel demand, egress economics, and recovery plans.
Dedicated server hosting built around VPN traffic
Size for tunnel load
Match CPU and memory to representative encryption load, connection counts, and observed packet-processing pressure.
Plan egress before rollout
Select transfer and bandwidth against sustained egress, peak traffic, and the economics of each target region.
Place exits on user paths
Map regional capacity to subscriber demand, route quality, address needs, and a documented recovery boundary.
Keep the VPN stack yours
Your team owns software, encryption, logging, health checks, updates, abuse handling, and incident response.
Available configurations
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Size VPN nodes from workload evidence
A commercial VPN node is a compute, network, and egress decision, not a reusable hardware template. Tunnel demand, packet-processing pressure, concurrent connections, user paths, and recovery objectives define the node profile. Copying one configuration across every exit can hide regional cost, capacity, and failure-boundary differences during expansion.
Melbicom lets operators choose isolated hardware by CPU, memory, storage, network, transfer model, and region. IPMI/KVM and the management API preserve infrastructure access for investigation and recovery, while configuration and bandwidth choices remain tied to the demand and operating conditions of each target location during rollout.
The operating line stays explicit. Your team installs and maintains the VPN stack, sets encryption and logging policy, monitors node health, allocates traffic, tests failover, handles abuse, and owns incident response. Add BGP sessions only when authorized customer-owned prefixes require direct route exchange and customer-controlled routing policy.
Keep VPN operations measurable and owned
Six operating effects to track across regional gateway and exit-node fleets.
Packet-processing headroom
Visible egress economics
Out-of-band recovery access
Repeatable node profiles
Explicit incident ownership
Controlled route policy
Control every VPN server boundary
Choose hardware, network, regional placement, and access while your team owns the complete VPN service.
Isolated hardware for exit nodes
Configurable CPU and memory capacity
Regional deployment options
Location-specific bandwidth choices
IPMI/KVM access for recovery
Management API for server control
Unmetered transfer where available
Current network options by location
Authorized BYOIP through BGP
Customer-controlled route policy
Shape the right node
Review tunnel demand, regional egress, and recovery needs before configuration.
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Workloads that shape VPN node design
High-traffic exit nodes
Size CPU, memory, and bandwidth from encryption load, session counts, transfer needs, and sustained egress.
Regional gateway fleets
Repeat a documented node profile by region, then verify capacity against user paths and recovery requirements.
Subscriber-facing gateways
Keep VPN software, encryption, logging, health, and abuse handling customer-owned on each deployed regional node.
Enterprise VPN platforms
Run customer gateways with root control, keeping infrastructure access and component recovery clearly separated.
New-region launches
Validate demand, routing, address needs, and egress economics before moving subscribers into a new region.
Node recovery drills
Use IPMI/KVM to investigate server issues while your team tests recovery, rollback, and VPN traffic movement.
Authorized BYOIP routing
Use BGP for authorized customer-owned prefixes while routing software controls sessions, communities, and policy.
Route-policy changes
Apply customer-defined BGP route policy, then test reachability and rollback before shifting live VPN traffic.
FAQ
Who operates the VPN software and policies?
How should we size each exit node?
Are bandwidth options identical in every region?
When does an unmetered dedicated server fit a VPN node?
Can we use customer-owned IP space?
Who controls BGP announcements and route policy?
What access is available for server recovery?
Does Melbicom monitor VPN node health?
Can configurations differ between regions?
What should we test before moving subscribers?
Open a Melbicom account
Create an account, review current server options, and define the first regional node profile.
Create an account
Plan the node rollout
Share demand, regions, egress, address needs, and recovery requirements for an infrastructure review.
Talk to an expert