EGST™ (Enfinnit Global Stress Test): Speed & Performance Results
No VPN (Baseline)
FastestVPN (Same Route)
1. The Baseline (VPN OFF):
Measures the true speed of my ISP’s “public road.”
2. The Test (VPN ON):
Seconds later, I repeat the test on the exact same Speedtest server (Aussie Broadband) with FastestVPN enabled.
In this case, FastestVPN routed traffic from Perth via its recommended Singapore location, which is the nearest available VPN server in the region. Given the distance involved, the result shows a clear and expected reduction in speed compared to the local baseline.
Even with this reduction, the resulting download speed remains well above what’s required for common activities such as HD and 4K streaming, video calls, and everyday browsing.
This result is representative of how FastestVPN performs when connecting from geographically remote locations with a smaller regional server footprint. Local and nearby connections perform more consistently, while longer-distance routes depend heavily on server availability and proximity.
EGST™ (Enfinnit Global Stress Test) Methodology
My goal isn’t to simulate a “perfect lab environment.”
It’s to measure how a VPN behaves for a real person on a normal home connection.
That’s why EGST is built on three principles:
1. Real-World Environment All tests were run from a 1 Gbps residential fibre line in Perth, Australia - one of the most geographically isolated major cities in the world. If a VPN is fast here, it’s fast anywhere.
2. Peak-Time Testing I test during 7 PM – 10 PM, when the internet is actually busy. This is an excellent real-life measure how a VPN performs under real congestion.
3. Consistent Benchmarking
- Compare Apples-to-Apples: For every country, I first record a non-VPN baseline.
- Same Servers, Every Time: For each test location, I’ve built a fixed “stable” of reliable, high-capacity Speedtest servers. I use this same set for every VPN I review so comparisons stay fair and consistent.
- Three-Run Check: I take three back-to-back results, look for stability, and record the middle value to avoid outliers.
Your exact speeds will differ based on where you live, but the percentage of baseline gives you a clear, fair comparison across VPNs.
This is the same transparent method I use for all my reviews.
You can read the full breakdown on my How I Test VPNs page.
The Verdict
FastestVPN delivers solid, usable performance in typical everyday scenarios.
EGST testing shows that when connected to nearby or regional servers, speeds remain more than sufficient for streaming, video calls, and general browsing, even during busy peak-time conditions. Local and closer routes were consistently stable, which aligns well with how many people actually use a VPN day to day.
On longer-distance routes, performance was more variable. Some international locations showed noticeable drops in speed, reflecting FastestVPN’s smaller server footprint and the impact of distance on routing. These results weren’t surprising and are typical of VPNs with a more limited global spread.
Overall, the data makes FastestVPN’s strengths clear: it works best when you connect close to home. If your priority is reliable everyday protection with nearby servers, FastestVPN performs well. If you frequently rely on long-distance international connections, results will depend more heavily on server availability and location.
EGST™ Technical Evidence & Logs