This VPN beginner’s guide answers the questions that come up most when starting a subscription service: whether one account works across devices, when data resets, what the connection switch does, how to assess server speed, and what to do when a plan is not a good fit. Understanding these rules makes it easier to choose a client, protocol, and server based on more than a single speed label.
A VPN first connects your device to a designated access server, which then forwards network requests according to the configured rules. The client, subscription link, protocol, server, and billing plan each have a different role. A subscription link is not a client, and a server name does not guarantee real-world performance. Keeping these concepts separate is the first step in troubleshooting connection issues.
Devices and account usage
Can I use one account across different devices?
VPNPG allows an unlimited number of devices to be online at the same time, so the same account can be used on multiple devices you own. “Unlimited devices” describes the simultaneous-connection rule; it does not mean every device supports the same client or import method. Client entry points, permission prompts, and system-proxy behavior may differ across Windows, Android, iOS, macOS, and Linux, so configure each platform separately.
An account is created with a username and password, with no email address required. Subscription links usually contain credentials used to identify your account or plan and should be treated like passwords. Do not post a complete subscription URL on public pages, in screenshots, or in support discussions. If a link is exposed, check the dashboard to see whether the credentials can be refreshed, then import the subscription again in your clients.
- ✅ Install a client suited to each operating system on your own devices.
- ✅ Copy the subscription entry from the dashboard and confirm that the client supports its format.
- ✅ After changing your credentials, refresh the subscription on every device.
- ❌ Do not share a subscription link publicly as if it were an ordinary web URL.
- ❌ Do not assume that unlimited devices means every router or legacy system is compatible.
Do I need to activate the plan again after changing devices?
Usually, changing devices does not require selecting the plan again. The plan belongs to the account, while the client reads the subscription configuration associated with that account. On the new device, open the dashboard to find the client entry point, then import the subscription and connect. Whether to keep the old device connected is up to you; if it has been handed to someone else, remove any saved subscription and account information.
How billing data works
When does monthly subscription data reset?
Monthly subscription data resets each month on the activation date, not on a fixed calendar-month schedule. VPNPG’s monthly plans include ¥9.9/month with 60GB, ¥18/month with 250GB, and ¥28/month with 500GB. Estimate your typical needs for browsing, file sync, video, and system updates before comparing tiers rather than looking only at the total price.
When you upgrade mid-cycle, the price difference is converted into remaining days. This means the upgraded term depends on the time left on the original plan, so it should not be calculated by simply subtracting full-month prices. Check the dashboard for the exact result and review the new data allowance, remaining time, and amount due before submitting.
What is the difference between a data package and a monthly subscription?
Data packages do not reset monthly; they remain available until used and never expire. Current packages are ¥158/300GB, ¥358/1000GB, and ¥658/3000GB. They suit people whose usage is irregular and who want their balance to carry over indefinitely. Monthly subscriptions are better for ongoing monthly usage when resetting on the activation date is acceptable.
| Comparison point | Monthly subscription | Data package |
|---|---|---|
| Data cycle | Resets monthly on the activation date | Until used |
| Validity rules | Available during the monthly subscription cycle | Never expires |
| Best for | Ongoing monthly use | Irregular usage intervals |
| Upgrade handling | Price difference converted into remaining days | Used according to the selected data package |
“Best value” can only be compared among monthly subscriptions using the listed price per GB; it cannot be treated as the best choice for everyone. If usage is light but spread over long intervals, a data package that never expires may be easier to manage. If you transfer data every month, a monthly subscription with a fixed reset schedule may be more straightforward. Choose based on your usage pattern rather than comparing a single unit price.
Connection modes and speed
If the client says Connected, does all traffic go through the route?
Not necessarily. A client’s connection switch usually means that the tunnel has been established, but which requests enter it depends on the routing mode, such as global, rules-based, or direct. Global mode tends to send more requests through the proxy route. Rules mode chooses proxy or direct access based on domains, addresses, or rule sets. Direct mode generally bypasses the proxy. Mode names may vary between clients, so check the documentation for the client you are using.
To check whether the connection is actually working, open the client log or connection details first and confirm that the server has established a session. Then visit a service that requires cross-border network access. If a browser works but a command-line tool does not, the issue may involve system-proxy inheritance, terminal environment variables, or the application’s own proxy settings rather than a completely unavailable server. Conversely, one failed application does not prove that the entire route is down.
Why does the same route sometimes feel fast and sometimes slow?
Real-world speed is affected by the local access network, carrier routing, cross-border links, server load, the destination’s response, protocol overhead, and device performance. Latency shown in a server list mainly reflects the time needed to establish a probe request; it does not by itself represent sustained downloads, uploads, or video playback. A low-latency route may have limited bandwidth, while a higher-latency route may be more stable for large-file transfers.
A more useful approach is to keep the device, client, and task fixed while comparing candidate routes. For web browsing, watch whether the first load and successive requests remain stable. For file sync, check for repeated interruptions during sustained transfers. For video, watch for repeated quality reductions during playback. Avoid system updates or cloud-drive syncs during testing, or it will be difficult to separate route changes from competition for local bandwidth.
Protocols, subscriptions, and route names
How are Shadowsocks, VMess, Trojan, VLESS, Hysteria2, and TUIC related?
These names refer to different proxy protocols or transport methods. A client must support the relevant parsing and connection capabilities to use the corresponding server. Shadowsocks has a relatively straightforward structure and broad client support. VMess and VLESS are often used with clients that support multiple transport combinations. Trojan’s connection pattern is commonly associated with TLS configuration. Hysteria2 and TUIC are designed around QUIC and focus more on transport performance over challenging networks. Actual availability still depends on the server configuration, client version, and current network environment.
You cannot determine that one protocol is always faster from its name alone, nor can client support for a protocol prove that VPNPG currently offers it in your subscription. The marketing page does not publish a complete protocol list, so check the server format and recommended client in the dashboard before use. “Quantum encryption” is a security marketing label used by VPNPG; it should not be taken as evidence of a specific algorithm, protocol implementation, audit finding, or resistance to attacks.
How do I import a subscription link into a client?
A subscription link lets a compatible client retrieve server configuration. The usual process is to open the client or subscription section in the dashboard, copy the relevant entry, and choose “Import from URL,” “Add subscription,” or a similarly named option in the client. After importing, refresh the subscription and check that a server list appears before selecting a route and connecting. Pasting the link into a browser address bar does not establish a network connection.
- Open the dashboard and confirm the plan status and platform-specific entry point.
- Install a client suited to your current operating system and check its supported subscription formats.
- Copy the subscription link and import it through the client’s subscription-management feature.
- Refresh the subscription, choose a server, and enable the connection.
- Check the connection details, routing mode, and whether the target service is accessible.
If the list is empty after importing, first confirm that the copied content is complete, then try a manual refresh. If the client reports an unsupported format, repeatedly changing routes will not help because the problem occurs during configuration parsing. Return to the dashboard to choose a recommended client or submit a ticket. If the subscription refreshes successfully but the server connection fails, check protocol compatibility, system time, local network restrictions, and the client log.
Route topology and split tunneling
What is the difference between direct, relayed, and IEPL routes?
Direct access usually means that the user’s network connects straight to an overseas server. The path is simple, but cross-border routing quality can vary significantly by local carrier and region. A relayed route connects to a nearby entry point first and then forwards traffic through an intermediate link to the exit point, aiming to improve stability on some paths. The actual result depends on the combination of entry point, relay link, and exit point. IEPL generally refers to an enterprise network route with dedicated-carrier characteristics; the word “dedicated” in a server name alone does not confirm the actual topology.
The known facts are that VPNPG covers 120+ countries and 250+ routes, but this does not mean that every server’s city, entry point, exit point, and transport method are publicly documented. If the dashboard does not identify the route topology, mark it as unconfirmed rather than inferring it from a region name. Narrow the list by target region first, then assess stability using your actual tasks. Route labels are useful for filtering but cannot replace connection testing.
What is a DNS leak, and why do routing rules affect it?
Before a device accesses a domain, it usually needs a DNS lookup to obtain the destination address. If the proxy connection is enabled but the lookup is still handled by the local network’s default resolver, the DNS request and the subsequent access path may not match. This is commonly called a DNS leak. It can expose clues about the domains being queried or cause the destination service to resolve to an address unsuitable for the current exit region.
Routing rules determine which path handles domain lookups and which path carries the actual connection. With a sensible configuration, lookups for proxied traffic should also be handled by the resolver selected by the client, while direct sites can use a resolution path suited to the local network. If a rule marks a domain as direct but another rule sends the address connection through the proxy, the resolver and exit path may not match. Beginners do not need to stack complex rules immediately: start with the client’s recommended configuration, confirm basic access, then adjust one item at a time.
- ✅ After changing split-tunneling rules, reconnect and clear stale resolution results saved by applications.
- ✅ Check separately whether the browser, command-line tools, and other applications inherit the system proxy.
- ✅ Keep a way to restore the default rules so you can isolate the effect of custom configuration.
- ❌ Do not treat the regional result from one website as proof about all DNS requests.
- ❌ Do not change the protocol, server, routing, and resolution settings all at once before diagnosing the problem.
Platform differences and refund rules
How do clients differ across platforms?
Windows and macOS clients can usually manage the system proxy or a virtual network interface, but permission prompts and background behavior differ. Android’s VPN permission is confirmed by the system, and battery-saving policies may affect background connections. iOS requires permission to add a VPN configuration; a successful import does not mean the configuration is enabled, so follow the entry point provided in the dashboard. Linux varies considerably by desktop environment, network-management tools, and command-line workflow, making it especially important to verify the supported client range.
Router setups also differ from clients on ordinary devices. A router can provide shared rules for devices across a home network, but firmware, processing capacity, protocol plugins, and split-tunneling maintenance may all be limiting factors. VPNPG has not publicly promised compatibility with specific routers, so “subscription support” alone does not prove that a particular firmware can be used directly. Before deploying on a router, confirm the client, protocol, and import method through a dashboard ticket.
How do I request a refund if the service is not a good fit?
VPNPG’s full refund policy is as follows: within 14 days of the first payment, you may request a full refund without giving a reason. Submit the request through a dashboard ticket and include the relevant order and refund details. The site does not publish a contact email or social-media account, so a dashboard ticket is the appropriate contact channel. The refund promise applies to the stated period after the first payment and should not be interpreted as automatically applying to every renewal.
Before choosing a plan, confirm your device platform, required client, usual regions, and billing method. Payment methods include Alipay, WeChat Pay, and USDT. If you need information about unpublished protocols, router compatibility, speed limits, or specific route topology, submit a ticket before payment so unconfirmed details are not mistaken for plan commitments.