VPN beginners usually have questions about setup, connections, and billing. Start by distinguishing your account, subscription link, and server; then check the data rules before troubleshooting speed and routing. The 10 answers below follow the order you’ll encounter things in practice. For VPNLM plan figures, refer to the plans page. General technical guidance doesn’t mean this service supports every protocol or client feature mentioned.
What’s the difference between an account, a subscription link, and a client?
Your account gives you access to the user dashboard, where you can check your plan, data usage, and support tickets. A subscription link lets a client retrieve server configurations and usually contains credentials tied to your account permissions. The client reads those configurations and routes traffic according to your selected server and rules. Buying a plan doesn’t connect a device by itself—you still need to configure the client.
“Subscription” can also refer to billing: a monthly subscription describes a plan’s billing period, while a subscription in a client describes where its configuration comes from. They’re not the same thing. Refreshing a client subscription usually updates servers and rules; it doesn’t charge you again or reset your data allowance.
VPNLM doesn’t require an email address. You can use a username and password. Treat your subscription link like a sensitive credential—don’t post it on public forums, in shared documents, or in screenshots. When asking for help, include the error message but hide the full link, password, and token. If the link is exposed, check whether you can reset it in the dashboard, then update the configuration on your devices.
How do you import a subscription link, and why might it fail?
Start with the client specified in your plan details, then choose the matching subscription format. “Import” can mean different things in different clients because they may read different configuration formats. A link opening in your browser doesn’t mean your client can parse it. An outdated client, an incomplete link, or a change to your account permissions can also cause import failures.
- Go to the user dashboard download page to get a client for your device and plan. You’ll need to log in to download it.
- Get the subscription link for your client from the dashboard. Add it through the client’s subscription or configuration import option—not in a regular proxy address field.
- Refresh the configuration and check that the server list appears. Select a server and connect. If your system asks for permission to configure network settings, verify the app’s source before proceeding.
- First, open a regular webpage to confirm your internet connection works, then test the service you’re trying to reach. If importing fails, note the parsing error; if connecting fails, save the connection log. Troubleshoot these as separate issues.
Shadowsocks, VMess, Trojan, VLESS, Hysteria2, and TUIC are different proxy protocols or protocol variants, not interchangeable server names. Whether they work depends on the client’s core, version, and server configuration. Don’t edit subscription contents just because you recognize a protocol name. For setup instructions, see the user guide.
Can you connect multiple devices at the same time?
VPNLM has no limit on the number of devices connected at the same time. You can configure computers, tablets, and other supported devices individually, but each device doesn’t get a separate data allowance. Devices on the same account share the plan’s data. Streaming video or downloading files on several devices at once will use it up faster.
This service supports Windows, macOS, iOS, Android, and Linux. Interfaces and traffic-routing methods vary by platform. Desktop clients commonly offer system proxy and TUN settings; mobile clients usually route traffic through the network tunnel interface provided by the operating system. On Linux, permissions and routing also depend on the distribution and client implementation.
A device showing as connected doesn’t mean every app is using the proxy. A system proxy mainly affects apps that follow the system proxy settings. TUN can route more traffic, but routing and exclusion rules still apply. Check whether the target app matches a proxy rule. Don’t assume that a working browser means your meeting app or command-line tools use the same route.
How is data usage counted? Do videos use more?
Data usage measures the amount of data transferred, not how long you’re connected. Staying connected with little data transfer uses less than continuously streaming high-definition video. Video, file downloads, cloud backups, and system updates tend to use more data. Web browsing and messaging also transfer data, but the amount depends on what you’re doing.
A file’s listed size isn’t necessarily the amount deducted from your plan. Whether uploads and downloads are both counted, how protocol overhead is handled, and when dashboard figures update depend on the service’s rules and actual accounting. This guide doesn’t assume rules that haven’t been specified. Client and dashboard statistics may use different methods, so check the dashboard to see your remaining allowance.
In rule-based mode, only traffic that actually passes through the service’s servers is counted against the relevant allowance. Rules and app behavior determine which requests take that route. If usage seems unusually high, check the client’s connection records, background syncing, autoplaying videos, and large downloads before adjusting your routing rules.
How do monthly subscriptions compare with data packages?
If you use the service regularly and your needs are fairly consistent month to month, consider a monthly subscription. If you use it less often and prefer an allowance that’s consumed over time, consider a data package. The plans have different time-based rules, so dividing the price by the data allowance alone won’t tell you which is better value. Start with how often you expect to use it, then choose an allowance that fits.
| Plan type | Price and data | Data allowance rules |
|---|---|---|
| Monthly subscription | ¥9.9/month · 60GB | Data resets monthly on your activation date |
| Monthly subscription | ¥18/month · 250GB | Data resets monthly on your activation date |
| Monthly subscription | ¥28/month · 500GB | Data resets monthly on your activation date |
| Data package | ¥158 · 300GB | Use it at your own pace; it never expires |
| Data package | ¥358 · 1000GB | Use it at your own pace; it never expires |
| Data package | ¥658 · 3000GB | Use it at your own pace; it never expires |
Monthly subscription data resets on your activation date, not at the start of each calendar month. A reset doesn’t mean unused data automatically rolls over. If you upgrade mid-cycle, the price difference is converted based on the remaining days; don’t assume a different billing period based on your own calculations. VPNLM offers a 30-day no-questions-asked refund. Check the application process and applicable terms before proceeding. See the plans page for full billing details.
Does a slow connection mean your speed is being throttled?
Not necessarily. Connection speed depends on your local network, access route, server load, destination server, and device performance. Evening congestion, wireless interference, background downloads, and a slow website can all make a connection feel sluggish. Without test conditions and logs, you can’t conclude that your plan is being throttled.
For a fair comparison, use the same device and destination under similar network conditions. Pause large background downloads, check that your local connection is working, then test another server. Page load times, video playback, and file transfers depend on different performance measures. A low ping in a single test doesn’t prove high throughput or a stable long-term connection.
The protocol alone doesn’t determine speed. Hysteria2 and TUIC use QUIC-based transport, so network restrictions on UDP may affect the connection. Other protocols also depend on their configuration and route. If you’re new to VPNs, use a compatible configuration provided by the service rather than assuming a protocol is faster based on its name.
How do you choose a server? Is a dedicated line always better?
First, check which exit region the service you’re accessing requires, then compare how each server performs on your local network. The exit region determines the apparent source of your connection to the destination website. Physical distance is only one factor: detours, carrier interconnections, and congestion can make a farther region perform better. Check the server page for route details.
A direct connection generally means the client connects straight to an overseas server. A relay routes traffic from an entry server to an exit server. An IEPL dedicated line generally refers to a private cross-region Ethernet link provided by a carrier. A dedicated line may improve one part of the route, but your local connection and the route from the exit server to the destination still affect performance. A route label isn’t a guarantee of consistent access to every destination.
For everyday browsing, start with a server that works well on your network. Meetings and remote sessions need a stable connection, so test it before you begin. Streaming and AI services may also check your account, region, and exit IP. Connecting to a server doesn’t guarantee that a service will allow access or mean that its official authorization has been granted.
What’s the difference between rule-based and global mode?
Rule-based mode uses domains, IPs, apps, or other matching conditions to decide whether traffic connects directly, uses a proxy, or is blocked. Global mode generally sends requests handled by the client through the selected proxy. Rule-based mode is better suited to everyday use with a mix of destinations. Global mode can help you check whether a failed connection is due to a rule that kept traffic off the proxy.
“Global” doesn’t necessarily mean every app’s traffic is routed through the client. If you only enable a system proxy, apps that ignore system proxy settings may still bypass the client. TUN usage, route exclusions, and the client’s DNS handling also affect which traffic is covered.
If a website won’t load, check the connection log for the matching rule and outbound server. If switching to global mode temporarily fixes it, check whether the rules are outdated or incorrect. Don’t leave the client in a constant back-and-forth between modes to mask the problem, and don’t delete direct-connection rules at random—you could disrupt your local network or work network settings.
What is a DNS leak? Does connecting make you safe?
DNS translates domain names into network addresses. A DNS leak occurs when queries that are expected to use a specific resolver path instead go to your local network or another unintended resolver. This is related to, but separate from, whether your web traffic goes through a proxy. Your browser’s encrypted DNS settings can also change the path DNS queries take.
To check, review the client’s DNS configuration, your system’s resolver settings, and your browser’s encrypted DNS settings. Then use a trusted test tool to see whether the resolver matches what you expect. Don’t assume a leak just because you see an unfamiliar resolver name; its address may be part of a forwarding setup or a different service deployment.
An encrypted connection doesn’t make you completely anonymous. Websites can still identify you through your account, cookies, and device information. Keep your system up to date, check website certificates, and protect your account credentials.
HTTPS protects data in transit between an app and its destination website. Proxy or tunnel encryption protects the relevant connection path. Neither replaces the other. When accessing a corporate network, follow your organization’s network and data policies. Don’t route work traffic through a personal connection without authorization.
Should you leave your VPN on? What should you check if it disconnects?
There’s no one-size-fits-all answer. If you often use international websites or need a persistent remote session, you can stay connected with suitable routing rules. If you only need a proxy for specific tasks, turn it on when needed. Running in the background may affect battery life and connection stability; sleep mode, power-saving settings, and network changes can all interrupt a session.
After a disconnection, first determine whether the client failed to connect, the destination service failed, or your local network is down. If one website refuses access, don’t immediately reinstall the client. If no websites load, check your local connection, proxy status, and plan permissions. Change one thing at a time so you can identify what made a difference.
- ✅ Confirm your local network is working. Check whether the device recently went to sleep, switched networks, or applied a power-saving restriction.
- ✅ Check your plan status and remaining data in the dashboard. Refresh the subscription and make sure the server configuration is still valid.
- ✅ Switch servers and test different destinations to see whether the issue is limited to one route or service.
- ✅ Check for other active proxies or network tunnels that could conflict with your routes or system proxy settings.
- ✅ Save the error message, device operating system, client version, and details about when the issue occurred. Submit only redacted information in a support ticket.
- ❌ Don’t post subscription links, passwords, tokens, or unredacted logs containing them in public forums.
If you still can’t get connected, ask for help through a support ticket in the user dashboard. Describing the issue as “import failed,” “connection failed,” or “only one website fails” is more helpful for troubleshooting than simply saying “it doesn’t work.”
Beginner takeaway: Import the subscription into a compatible client, then test the server and destination service. For everyday use, route traffic by rules and check shared data usage and reset dates in the dashboard. Troubleshoot issues step by step—starting with your local network, plan permissions, route, and rules—instead of relying on a protocol name or a single speed test.