VPNSecure VPN Speed Test

How we tested

VPNSecure runs gigabit servers spread across roughly 48 countries, so any speed test should begin by fixing your own "baseline" — your download, upload and ping with the VPN switched off. From there, compare each node against that baseline rather than against another node measured hours apart, because network congestion shifts throughout the day and cross-time comparisons mislead.

Crucially, VPNSecure allows unlimited server switching, so you should try several nodes in the same region and keep the best result instead of judging the whole service from a single node.

Nearest Asia servers

For users in Thailand the sensible starting point is the nearest Asia-region node. A short geographic path means lower ping and a better chance of holding throughput, because distance sets a floor on latency that no protocol can remove. A network-close node is therefore always a good first stop, regardless of how fast the tunnel itself is.

In practice the speed you keep after connecting swings with your home line quality and how busy the node is at that moment. The trick is to try a handful of nodes in the region and settle on the one with the lowest ping and steadiest throughput.

• The network-closest region to Thailand
• Short distance means low baseline ping
• Test several nodes and keep the fastest (switching is unlimited)

Australia / US / EU servers

One detail many people miss is that VPNSecure highlights its Australia and New Zealand presence, and for Thai users that is more interesting than the US or EU. Australia is geographically closer to Thailand than the western regions, its undersea cable routes are shorter, and latency is usually noticeably lower than far-western nodes as a result.

US and EU servers sit much farther away, so ping naturally climbs with distance. They are better for tasks that are not sensitive to latency — such as reaching region-specific content — than for anything that needs real-time responsiveness.

OpenVPN UDP vs TCP and throughput

VPNSecure is an OpenVPN-centric provider that lists OpenVPN as its recommended protocol, with IKEv2 available on mobile. The choice that most directly affects your speed is OpenVPN's UDP versus TCP mode — not just which node you pick.

OpenVPN UDP carries lower overhead and avoids duplicate transport-level retransmission, so it typically delivers higher throughput on a normal path. TCP is more stable and punches through strict firewalls well, but its delivery-confirmation mechanism slows things down even when packet loss is minimal. On a healthy network, default to UDP first.

• OpenVPN UDP: low overhead, high throughput — start here
• OpenVPN TCP: stable and firewall-friendly but slower
• IKEv2: the mobile option

What affects speed

The speed you get from VPNSecure is the sum of several variables. The biggest drag is usually the geographic distance to the node, since that sets minimum latency, followed by how crowded that node is, the quality of your own line, and the protocol mode you chose.

The upside is that VPNSecure offers unlimited bandwidth, so there is no data cap squeezing your speed, and gigabit servers mean the bottleneck is rarely the VPN hardware — it is distance and your own connection. Set realistic expectations: encryption and routing through a node always cost some speed, and the farther the node, the more you lose.

Speeding up VPNSecure

The best way to extract speed from VPNSecure is to use what the service gives you — above all unlimited server switching. Cycle through several nodes in a nearby region and keep the one with the lowest ping and the steadiest throughput; do not stay on a node that is congested.

The rest is networking basics: default to OpenVPN UDP, use a wired LAN connection over Wi-Fi when you can to cut variability, and temporarily turn off the ad blocker or other extras while benchmarking so you read true numbers.

• Cycle through several nearby nodes (switching is unlimited)
• Default to OpenVPN UDP
• Use wired LAN over Wi-Fi to reduce variability