When choosing a VPN, check the cost and cancellation terms first, then test whether it works reliably on your network. Compare server counts last. Marketing pages alone can’t rule out overselling, misleading server claims, or business risks—but repeatable tests, clear terms, and real support conversations can help you make a better call.
This guide doesn’t rank brands or treat a single speed test as proof of long-term quality. To assess whether a service is right for ongoing use, evaluate its terms, network performance, and business signals separately. A low price doesn’t automatically mean trouble, and a high price doesn’t replace testing.
Pricing and refunds: understand your exit costs
When comparing subscriptions, check the billing period, included data, and reset policy for each price. Data included with a monthly plan usually doesn’t roll over indefinitely, and a data add-on may not include a monthly top-up. If a page highlights a low price but hides the billing period and data terms until checkout, you can’t compare the real cost accurately.
For example, VPNFee’s published monthly plans are ¥9.9/month for 60GB, ¥18/month for 250GB, and ¥28/month for 500GB. Data resets monthly on the activation date; mid-cycle upgrades are prorated for the remaining days. Data add-ons cost ¥158/300GB, ¥358/1000GB, and ¥658/3000GB. They remain available until used and never expire. These plans work differently, so don’t compare them by price alone.
A refund policy matters only if you can actually use it—not just because the page mentions refunds. Check which orders qualify, the deadline, where to submit a request, and what information is required. Account credit is not the same as a refund to your original payment method. VPNFee’s marketing states “60-day no-questions-asked refunds”; its formal terms say “You may request a full refund for any reason within 60 days of your first payment.” Save the current terms and order details before purchasing.
Spotting overselling: evening slowdowns aren’t proof
Overselling generally means selling more shared capacity than a service can handle, which can cause congestion during busy periods. But slow connections can also result from local Wi-Fi, your ISP’s routing, limits imposed by the destination site, or client settings. “Slow at night, fast during the day” alone doesn’t prove a provider is overselling.
A better approach is to keep the device, client mode, and destination the same, and repeat tests at the times you normally use the service. Disconnect the proxy to check your local network, then reconnect to the same server and test page loads, video buffering, and file transfers. Try another server afterward to see whether the issue is isolated or widespread. Don’t blame every sluggish page on the route while a large file is downloading in the background.
| Observed symptom | Possible cause | What to check |
|---|---|---|
| Slow even with the proxy disconnected | Local network or ISP congestion | Pause background transfers, switch networks, and compare again |
| Repeated slowdowns on a specific server | Server load, route changes, or maintenance | Keep the destination site the same, switch servers, and note when it happens |
| Multiple regions slow down during your usual usage hours | Congestion at a shared entry point or insufficient overall capacity | Test another network connection and send your findings to support |
| Web pages work, but a specific platform doesn’t | Platform restrictions, exit IP reputation, or routing rules | Check the error, exit region, and actual route to the domain |
A speed test describes the connection to that test destination at that moment. Low latency doesn’t mean high bandwidth, and plenty of bandwidth doesn’t mean a platform will accept the exit IP. Base your purchase decision on your own needs, not the most impressive-looking screenshot.
Misleading server claims: distinguish names, entry points, and exits
A server shown in a client is a selectable connection profile; it doesn’t necessarily correspond to a separate physical server. Different names may share an entry point or exit IP, and servers in the same region may use different routes. A large server list only means there are many profiles—it doesn’t prove there are many independent exit IPs, better fault isolation, or access to a particular platform.
Check your exit IP and its reported region after connecting. This can reveal obvious mismatches, but geolocation databases may be outdated. If lookup results conflict, consider the provider’s explanation; one lookup page alone can’t prove that a virtual location or database error is deliberate deception. If a provider explicitly promises dedicated exit IPs but can’t explain repeated results, it’s reasonable to ask for clarification.
IEPL, relay, and direct connections describe routing arrangements, not quality tiers. IEPL generally refers to international Ethernet private line capacity, but a service may use it only on part of a route. A relay forwards traffic through an intermediate server; a direct connection doesn’t use an additional relay entry point operated by the provider. Check separately whether the route includes public internet segments, how exits are shared, and whether the destination site applies limits.
When a provider advertises a “private line,” ask which part of the route it covers. When it lists countries and total server counts, ask how those figures are calculated. Region names and server labels can’t replace real-world tests—and they don’t mean every platform will be accessible.
Protocols and clients: importing a profile doesn’t guarantee it will work
Shadowsocks, VMess, Trojan, VLESS, Hysteria2, and TUIC are different proxy protocols or protocol families, not speed tiers ranked by name. Performance depends on the implementation, transport settings, route, and network conditions. Using a particular protocol doesn’t prove a service will be stable or work better on every device.
A subscription link is usually used to retrieve server profiles and related configuration; it isn’t an ordinary web address you can open as a page. Clients accept different subscription formats, and protocol support varies by client core and version. Before purchasing, check that your operating system, client, and subscription format are compatible so you don’t discover after payment that the profile can’t be imported.
Windows and macOS clients may offer system proxy or TUN modes. iOS and Android clients often route traffic through the system’s network extension or VPN interface; the actual coverage depends on the implementation and settings. A system proxy may not cover every app, and TUN mode requires suitable routing and DNS rules. A connection icon alone doesn’t confirm that all traffic is being handled as intended.
After importing, check that the subscription updated and that server profiles appear, then test the sites you use most. If you can’t connect, determine whether the subscription has expired, the protocol is unsupported, or the network is unavailable. See the client setup guide for installation and import steps. Get clients from the download section in the dashboard; don’t treat configuration files from unknown sources as troubleshooting tools.
Privacy and routing: check where your traffic goes
Routing rules determine which requests use the proxy and which connect directly. If a site shows a local exit IP, a rule may be sending it directly rather than the server being down. Before testing, establish what you expect: should the destination use the proxy, do your browser and other apps follow the same route, and is another networking tool enabled in the client?
A DNS leak occurs when domain lookups bypass the expected proxy or DNS route, potentially exposing queried domain names to your network provider. Encrypted DNS in your browser, system resolver settings, and the way the client routes traffic can all affect the result. A test page’s listed resolver may not match your actual exit, and its reported location alone can’t prove a leak. Compare your client’s DNS settings with the actual route.
Treat subscription links, QR codes, and access tokens like passwords. Don’t share them in public groups or screenshots. When contacting support, you can provide your operating system, client version, error type, and when the issue occurred—but hide your password and full subscription URL. VPNFee’s privacy policy states that it is anonymous and keeps no logs; no email address is required, and an account can be created with a username and password. These policy statements don’t mean that websites, payment services, or activity on your device leave no records.
Business trouble and unresponsive support: look for multiple warning signs
One maintenance incident or a slow reply doesn’t mean a provider has shut down. More concerning is a combination of signs: prolonged outages without explanation, tickets repeatedly closed without a resolution, an unusable refund process, frequent changes to the terms without explaining what happens to existing orders, and continued pressure to prepay for longer periods.
Don’t treat busy group chats, screenshot testimonials, or countdown timers as proof of a reliable business. Before purchasing, ask specific questions that matter to you, such as when billing starts, what happens when you run out of data, how upgrades are calculated, and how to submit a support ticket if the service is unavailable. Clear answers that match the terms are more useful than vague assurances to “use it with confidence.”
Save your order details, payment receipt, the plan terms in effect at the time, and support conversations. When reporting a problem, describe what happened instead of just saying “it doesn’t work.” If the issue can’t be resolved, request a refund under the current terms and keep a record of the process. Don’t increase your prepayment for a promised compensation, and never hand account credentials to a stranger who claims they can arrange a refund for you.
Pre-purchase checklist
- ✅ The plan price, data allowance, reset date, and upgrade calculations are clearly stated.
- ✅ You can find the refund deadline, eligibility, and request process, and they match the checkout page.
- ✅ Your operating system and client support the relevant protocol and subscription format.
- ✅ You’ve tested the sites you use on your usual network and at your usual times—not just checked a speed test screenshot.
- ✅ You’ve checked the exit region, routing rules, and DNS settings, and understand where your traffic goes.
- ✅ Support can answer specific questions, and you can save your order and conversation history.
- ❌ Don’t commit to a long prepayment based only on the server count, a “private line” label, or a payment countdown.
Bottom line: A service worth using long term should make costs predictable, issues diagnosable, and cancellation rules clear. Low prices and large server lists can help narrow your options, but they can’t replace testing the service yourself. If key terms aren’t clear, holding off on payment is safer than guessing.
If you’re comparing VPNFee, start with the plans and billing terms, then use the checklist above to see whether they fit your needs. This service has no device limit, but that doesn’t mean network resources are unlimited or guarantee performance on every network. Decide whether to continue based on actual performance and the terms.