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Network Information

Learn about vps.direct network connectivity, ports, IPv6 and additional IP configuration.

Network Information

Everything you need to know about networking on vps.direct virtual servers.

This page explains the default network setup, public IP handling, IPv6 availability and common operating system examples for adding extra IP addresses.

Some network features can vary by location, product type, and availability.

Overview

vps.direct is designed for low-latency, reliable VPS hosting with modern network connectivity across supported locations.

FeatureDefault
Port speedShared network port, typically up to 1 Gbps
IPv4Included on supported products
IPv6Available on supported products and locations
Reverse DNSAvailable through support
DDoS protectionLocation-dependent

Port Capacity

Most VPS Direct virtual servers are connected through a shared network port.

This means your server can burst up to the advertised port speed when capacity is available, but the port is shared with other users on the same infrastructure. Sustained usage, abusive traffic, or activity that negatively impacts other customers may be rate-limited according to our fair use policy.

For customers who require guaranteed throughput, private networking, or custom bandwidth commitments, please open a ticket before ordering.

Looking Glass

Our Looking Glass allows you to test connectivity from VPS Direct network locations.

You can use it to:

  • Run ping and traceroute tests
  • Check routing from specific locations
  • Compare latency before ordering
  • Verify upstream connectivity
  • Diagnose route-specific issues

Open the VPS Direct Looking Glass

IPv6

IPv6 is supported on eligible VPS Direct services and locations.

Depending on the product, your service may receive either:

  • A single IPv6 address
  • A routed IPv6 subnet
  • A larger IPv6 allocation by request

You can find the assigned IPv6 details in the client area or inside your VPS welcome email.

Common IPv6 Details

ItemDescription
AddressThe IPv6 address assigned to your VPS
GatewayThe IPv6 gateway for your service
PrefixThe subnet size assigned to the VPS
Routing typeRouted or on-link, depending on location

Always use the exact IPv6 address, prefix, and gateway shown in your VPS details.

Additional IPv4 Addresses

Additional IPv4 addresses may be available depending on stock, location, and justification.

After an additional IPv4 address has been assigned to your service, it may need to be configured manually inside the operating system.

The examples below assume the main network interface is eth0.

Some templates use a different interface name such as ens3, ens18, or enp1s0. Run ip link to confirm the correct interface before applying changes.

Configure an Additional IPv4 on Ubuntu

Most modern Ubuntu templates use Netplan.

Create a new Netplan file:

sudo nano /etc/netplan/99-additional-ip.yaml

Add the following configuration:

network:
  version: 2
  ethernets:
    eth0:
      addresses:
        - YOUR_ADDITIONAL_IPV4/32

Apply the configuration:

sudo netplan apply

Verify that the address is active:

ip addr show eth0

Multiple Additional IPv4 Addresses on Ubuntu

network:
  version: 2
  ethernets:
    eth0:
      addresses:
        - YOUR_ADDITIONAL_IPV4_1/32
        - YOUR_ADDITIONAL_IPV4_2/32
        - YOUR_ADDITIONAL_IPV4_3/32

Then apply:

sudo netplan apply

Configure an Additional IPv4 on Debian

On Debian systems using /etc/network/interfaces, create a separate interface configuration file:

sudo nano /etc/network/interfaces.d/99-additional-ip

Add the following:

auto eth0
iface eth0 inet static
    address YOUR_ADDITIONAL_IPV4/32

Restart networking:

sudo systemctl restart networking

Verify the address:

ip addr show eth0

Multiple Additional IPv4 Addresses on Debian

auto eth0
iface eth0 inet static
    address YOUR_ADDITIONAL_IPV4_1/32
    address YOUR_ADDITIONAL_IPV4_2/32
    address YOUR_ADDITIONAL_IPV4_3/32

Then restart networking:

sudo systemctl restart networking

Restarting networking can interrupt your SSH session. Make sure you have console access from the VPS control panel before changing network settings.

Reverse DNS

Reverse DNS, also known as rDNS or PTR, maps an IP address back to a hostname.

You may need rDNS for:

  • Mail servers
  • Monitoring systems
  • Compliance checks
  • Cleaner network identification

Recommended format:

server-name.yourdomain.com

Before requesting rDNS, make sure the hostname already resolves forward to the same IP address.

Troubleshooting

If your VPS has network connectivity issues, check the following first:

Confirm the VPS is powered on

Check the VPS status from the control panel.

Open the web console

Use the web console to confirm that the operating system has booted correctly.

Check assigned addresses

Run ip addr and confirm that your expected IPv4 and IPv6 addresses are configured.

Verify the default route

Run ip route and make sure your default gateway is present.

Review firewall rules

Check local firewall rules such as ufw, iptables, nftables, or Windows Firewall.

Test external connectivity

Use tools like ping, traceroute, or mtr to test connectivity.

Useful commands:

ip addr
ip route
ping 1.1.1.1
ping google.com
traceroute 1.1.1.1
mtr 1.1.1.1

If DNS resolution fails but pinging an IP works, check /etc/resolv.conf or your system resolver configuration.

When to Contact Support

Open a support ticket if:

  • Your assigned IP address does not route
  • The gateway is unreachable
  • IPv6 is missing from your service details
  • You need rDNS configured
  • You see packet loss from multiple external networks
  • You need confirmation before ordering a custom network setup

When contacting support, include:

  • Service ID
  • Affected IP address
  • Operating system
  • Network location
  • Screenshots or command output
  • MTR or traceroute results, if available

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