How the ranking was built: five criteria and their weights
There is no shortage of 2026 VPN recommendations, but most give conclusions without evidence. The same service can earn opposite reviews from someone who only watches 4K and someone who keeps AI tools running all day, so this article does not hand out absolute rankings. It breaks the criteria apart first, then assigns weights by use case.
The five criteria are: speed — the bandwidth actually available during peak hours; stability — how often connections drop or nodes need switching; streaming access — whether the exit IP is flagged by platforms as a data-center range; price — whether the monthly fee and data allowance match your usage; and support — whether the refund terms are clearly written and time-limited. The first two shape day-to-day experience; the last three decide whether the money is well spent.
The service parameters cited here are limited to verifiable facts: 100+ countries, 230+ routes, unlimited devices and a 14-day no-questions refund. Speed-test screenshots and average latency are not used as evidence, because those numbers shift with local network, time of day and carrier — someone else's results do not bind yours. What does carry over is the order of judgment below.
Speed: watch peak hours, not peak numbers
A peak measured at 3 a.m. only shows the link was not congested at that moment. What shapes experience is the 20:00–23:00 congestion window: international capacity is heavily used, packet loss rises, TCP connections retransmit again and again, and the symptoms are pages that stall halfway, video that spins after it starts, and choppy audio in meetings.
A practical method is to use the same node at the same time of day for several days and record three things: first-paint time on the sites you use most, video start-up time, and whether large downloads break off. Those notes come closer to real experience than any single benchmark run, and they make it easier to describe a problem clearly to support.
How protocols affect speed
Newer is not automatically better — it depends on link quality. TCP-based protocols (VMess, Trojan, VLESS, often paired with XTLS or REALITY) amplify latency through retransmission on lossy links; QUIC-based Hysteria2 and TUIC run over UDP and are usually steadier on high-loss international routes, provided your local network does not block UDP. If Hysteria2 and TUIC will not connect while TCP nodes work fine, switch protocol first rather than switching providers.
Bandwidth and concurrency
At home, single-connection peak numbers mean little; with several devices online, scheduling matters more: are devices unlimited, are nodes split by region, does a session survive a switch? Unlimited devices means you do not buy a second plan for a second device, but total bandwidth is still capped by the capacity of the node you pick — piling every device onto one node will not make it faster.
Stability: route type sets the floor
Two nodes both labelled Japan can behave very differently at peak hours depending on the path taken. Route type is the thing most worth asking about before buying, and the easiest to leave vague.
| Route type | Path | Peak-hour behaviour | Best for |
|---|---|---|---|
| IEPL dedicated | End-to-end dedicated line, not routed through public international gateways | Low jitter, long connections rarely drop | Video meetings, AI tools left running for hours |
| Relay | Connects to a relay node first, then goes international, with the two legs scheduled separately | Depends on relay bandwidth and scheduling policy | Everyday browsing, best value |
| Direct | Straight to an overseas data center | Clearly affected by public-network congestion, varies a lot by time of day | Backup routes, light use |
The behaviour in the table reflects how each mechanism works, not measured rankings. Real experience also depends on the distance from your city to the entry node and the node's current load; without public data on those two, the refund window is the only way to verify.
Streaming and AI tools: DNS resolution and exit IP
Platforms judge whether you are local not only by IP country but by whether the IP is a data-center or residential range, which region the DNS resolution lands in, and the historical behaviour score attached to that IP. That is why the same service gives one person steady 4K and another nothing but a region-restriction notice.
Why DNS leaks break streaming access
If DNS queries do not go through the tunnel, your local carrier resolves them, and the site sends you to a CDN node in your real region — which drags the platform's region check along with it. Checking is straightforward: after connecting, look at where DNS requests go, or see whether the resolved CDN node lands in the expected region. On most clients, the global and rule-based toggles decide which side DNS takes.
In your routing rules, pin the streaming domains you use and your AI tool domains to the proxy side and let the rest connect directly as needed; that balances speed against unlock success.
Order of routing rules
The usual order is: LAN and private addresses direct, domestic domains and domestic IPs direct, domains that need unlocking through the proxy, everything else through the proxy. Reverse the order and traffic that should be proxied is not, while traffic that should be direct takes a detour. After editing rules, reload the configuration — otherwise the old rules stay active and it looks like the node is at fault.
AI tools differ from streaming in one more way: they are more sensitive to exit IP stability. Switching nodes mid-session often triggers re-verification, so pinning one low-risk exit is more practical than chasing the fastest node.
Price and support: three monthly plans plus data packs
Match price to usage rather than picking the lowest number. Monthly plans reset the data allowance on the activation date each month, and upgrading mid-cycle converts the difference into remaining days; data packs last until used up and never expire, which suits people whose usage swings. Trying one round of each billing model before committing is reasonable.
| Type | Spec | Price | Billing notes |
|---|---|---|---|
| Monthly plan | 60GB / month | ¥9.9 / month | Data resets monthly on the activation date |
| Monthly plan | 250GB / month | ¥18 / month | Upgrade mid-cycle; the difference converts to remaining days |
| Monthly plan | 500GB / month | ¥28 / month | Upgrade mid-cycle; the difference converts to remaining days |
| Data pack | 300GB | ¥158 | Lasts until used up, never expires |
| Data pack | 1000GB | ¥358 | Lasts until used up, never expires |
| Data pack | 3000GB | ¥658 | Lasts until used up, never expires |
Support comes down to two things: are the refund terms written clearly, and is there a time limit. A 14-day no-questions refund covers a full working week plus a weekend — enough to test peak hours, family sharing and your target streaming service once each. The sign-up step is worth a look too: no email address required, just a username and password, which is a plus for anyone who would rather not register with a primary inbox. Payment options include Alipay, WeChat and USDT. The privacy stance is also worth reading: VPN31 states that it keeps no logs, which is a policy-level statement, and whether that is acceptable is your call about the operator.
Bottom line: if your usage is steady and you fill a tier every month, the 250GB monthly plan is the least hassle; if usage swings or you only need it for a stretch, start with a data pack — nothing is deducted when you are not using it.
Advice by user type
Frequent business travel
Focus on entry coverage and switching cost. Hotel and airport networks often block specific ports, so a client offering both TCP and UDP protocols is more resilient; unlimited devices means your laptop and backup machine can be online at once without kicking each other off. Save your usual nodes as favourites and switch with one tap after landing — faster than scrolling a list on site.
Family sharing
Focus on concurrency and routing. With several devices online, pin the TV and tablet to the same regional node so frequent switching does not make the streaming service re-check the region; let phones and laptops connect directly or through the proxy as needed, which eases load on the node and makes it easier to tell which device is causing a problem.
4K only
Focus on exit IP type and bandwidth headroom. 4K needs sustained, steady bandwidth — not breaking off matters more than peak numbers. Prefer IEPL dedicated lines or well-scheduled relay routes, and confirm DNS resolution lands in the target region, or the platform will quietly lower the picture quality.
Heavy AI tool use
Focus on exit IP stability and risk score. Frequent node switching gets sessions asked to verify again, so pinning one low-risk exit is more useful than chasing the fastest node; if you only use it occasionally, a data pack suits better than a monthly plan, since idle months do not burn a cycle.
Order of trade-offs: business travel and AI tools lean on stability; family sharing and 4K lean on exit IP quality. On a limited budget, secure the route type first, then talk about data allowance.
Setup steps and a self-check list
Turn the judgment above into actions and work through them in order.
- Name your main uses. Write down the two things you do most, such as video meetings and AI tools, and let every later choice serve those two.
- Choose the route type. If stability matters most, pick IEPL dedicated; if budget leads, start with relay and keep direct as backup.
- Choose the billing model. Regular usage suits a monthly plan; uneven usage starts with a data pack.
- Import the subscription. Paste the subscription link into your client, pull the node list and pick a region; repeat the same step when you change devices.
- Verify the exit. After connecting, confirm the exit IP's country matches the node you selected, and check where DNS resolution goes.
- Retest at peak hours. Run your everyday tasks again between 20:00 and 23:00 and note whether connections drop or need manual reconnecting.
When you are done, check yourself against the list below; if any item fails, troubleshoot the configuration before considering a different service.
- ✅ After connecting, confirm the exit IP's country matches the selected node.
- ✅ DNS queries go through the tunnel and do not fall back to the local carrier.
- ✅ In your routing rules, the sites you use are sorted into direct and proxy as intended.
- ✅ Use it for several days at peak hours and record how often it drops, rather than relying on one benchmark run.
- ❌ Treating a peak speed-test number as a buying criterion.
- ❌ Switching nodes constantly to chase the fastest one, so sessions keep getting re-verified.
Finish verification inside the refund window. Test peak hours, family sharing and your target streaming service once each before deciding on long-term use; problems found after the window closes leave you little room to move.