How to choose a privacy VPN: define what you need to protect
You can’t judge a privacy VPN by the words “no logs” alone. More useful criteria include how specific the logging policy is, what information is required to create an account, whether the client covers the traffic you actually use, and what happens if the connection drops on public Wi-Fi. These factors affect privacy more directly than the number of routes.
Start by identifying who can observe what. A café’s network operator may see connected devices, connection times, and communication destinations. An international route provider forwards your traffic, while the sites you visit can identify your account, browser characteristics, and activity. Encryption can limit what the local network sees inside the tunnel, but it doesn’t make all information disappear at every point along the way.
HTTPS already protects the content exchanged between your browser and a website. A VPN or encrypted proxy adds protection along the relevant route; it doesn’t replace HTTPS. A site can still identify your account after you sign in, and changing your exit route won’t remove browser cookies, extensions, or malware on your device.
No-logs claims: what to verify
A “no-logs” claim needs to specify what data it covers. Browsing activity, DNS queries, source IP addresses, connection times, data usage, and account or transaction records are different kinds of data. Not storing browsing history doesn’t automatically mean account information isn’t processed. And usage statistics for billing don’t, by themselves, prove that visited sites are logged.
When reading a privacy policy, look for what data is collected, why it’s used, how long it’s kept or when it’s deleted, and how third parties are involved. A statement like “we value your privacy” says little if it doesn’t identify the data involved. If different pages describe the policy differently, ask the provider to clarify rather than treating broader wording as a stronger guarantee.
| What to check | What to look for | What not to assume |
|---|---|---|
| Browsing activity | Whether browsing destinations, content, or DNS queries are stored | “Encrypted traffic” doesn’t mean “no activity records” |
| Connection information | How source IP addresses, connection times, and diagnostic data are handled | Not storing browsing content doesn’t mean there’s no connection metadata |
| Accounts and billing | How account details, usage statistics, and transaction records are used | No logs doesn’t mean there’s no account database |
| Retention and third parties | Retention periods or deletion conditions, and details about payment and analytics services | A policy statement isn’t the same as independent verification |
If a provider cites an independent audit, check whether the report is public, which systems it examined, and the period its findings cover—not just whether there’s an audit badge. An audit is evidence for a specific scope and point in time; it can’t guarantee how a service will operate in the future. This article does not claim that VPN61’s no-logs policy has been independently audited.
Everyday users can’t prove from a client interface alone that servers retain no data. What you can do is check that the policy is consistent, review evidence that can be independently verified, avoid sharing unnecessary information, and understand that some trust is still involved. Start by reviewing VPN61’s Privacy Policy.
Accounts and payments: share only what’s necessary
Account requirements are an important privacy factor to compare. VPN61 doesn’t require an email address; create an account with a username and password. Choose a username that isn’t used on other public accounts and use a unique password to reduce the risk of cross-service linking and password reuse. Keep your credentials safe, and don’t assume there will be an email-based recovery option.
Payment methods have their own data boundaries. VPN61 supports Alipay, WeChat Pay, and USDT. Payment platforms or on-chain records may retain transaction information, and choosing a different payment method doesn’t automatically make a transaction unlinkable to your identity. On-chain transactions are especially worth considering: public visibility doesn’t mean greater privacy, and the source of funds or later transfers may provide clues that link activity.
Don’t send a complete payment statement, subscription link, or account password to a stranger for “privacy verification.” When contacting support about a payment issue, share only the transaction details needed to identify it, and redact everything else. Subscription links often contain account authorization information. Protect them like passwords, and don’t include them in public screenshots, shared documents, or online testing tools.
- ✅ Use a unique username and password; don’t reuse public identity details.
- ✅ Read how your payment provider handles information and keep essential transaction records.
- ✅ Before sharing a troubleshooting screenshot, redact subscription URLs, account details, and authorization fields.
- ❌ USDT payments and email-free registration can still leave records that link transactions or accounts to your identity.
Public Wi-Fi: Steps from connecting to signing off
Wi-Fi hotspot names at airports, hotels, and cafés can look alike. Confirm the network name with the venue before connecting, and turn off automatic connections you don’t need. A public Wi-Fi captive portal may require you to open a webpage to get online. That process is separate from connecting to an international route; don’t enter important account passwords into a portal you can’t verify.
- Get online first. Make sure the captive portal belongs to the venue. If a page asks you to install an unknown certificate, configuration profile, or app, stop and verify it before proceeding. Don’t accept it just to get online.
- Then connect with a trusted client. If possible, prepare the client and subscription on a trusted network beforehand. Avoid repeatedly downloading unknown installers over public Wi-Fi. VPN61’s client download page is in the user panel; sign in to access your subscription.
- Check the mode and exit route. Confirm that the app you want to use is routed through the proxy or tunnel, then check your browser’s exit IP with My IP. A changed exit IP verifies only that browser request; it doesn’t prove all apps or DNS traffic are protected.
- Take care with sensitive tasks. Use HTTPS and don’t ignore certificate warnings. If your client supports blocking traffic when the connection drops, check that it’s enabled and applies to your current mode. Hold off on sensitive account activity until you’ve confirmed protection is working.
- Disconnect when you’re done. Leave the public network and disable automatic connections. Check system updates, file sharing, and app permissions too; don’t mistake local device exposure for a routing issue.
How traffic blocking on disconnect works depends on the client, system permissions, and implementation; not every subscription client offers the same protection. Pay particular attention when switching networks, waking a device from sleep, or recovering from an app crash. If apps connect directly after the tunnel fails, the provider’s logging policy can’t protect traffic that no longer passes through its service.
DNS, split tunneling, and protocols: trace where requests go
DNS translates domain names into network addresses. If you expect a site’s traffic to use the tunnel but its DNS queries still go to a resolver on the local network, your browsing intent may be exposed. Check DNS leak protection alongside the client’s DNS settings, your browser’s Secure DNS settings, and IPv6 routing. Passing one test doesn’t guarantee the same results on another network or in another app.
Rule-based mode decides whether traffic goes direct or through a proxy based on criteria such as domains, addresses, or apps. This can avoid unnecessary routing, but you need to know which requests are excluded. Global mode usually routes more traffic through the proxy, but in some clients “global” means only the traffic handled by that client’s proxy engine—not all system communications. Check the client’s documentation for exact coverage.
Shadowsocks, VMess, Trojan, VLESS, Hysteria2, and TUIC are names of different proxy protocols or solutions; the names alone tell you nothing about a provider’s logging policy. VLESS doesn’t encrypt payloads on its own, so it needs a secure transport configuration such as TLS. Other solutions have their own authentication and transport requirements. Server-side privacy policies and transport security are separate concerns.
On Windows, macOS, and Linux, system proxy settings usually don’t cover every app; TUN mode may require additional permissions. On iOS and Android, system interfaces and app implementations limit how traffic can be routed, and some apps may be excluded. After importing a subscription, check client compatibility and mode. A successful import doesn’t mean protection is fully active. For setup details, see the user guide.
The bottom line: prioritize transparent policies and configurable settings
When choosing a privacy VPN, first rule out services with vague policies, unclear handling of authorization information, or client coverage you can’t verify. Then compare price and routes. A lower price doesn’t prove weaker or stronger privacy, and more routes don’t mean every destination will work well. For public Wi-Fi, prioritize traffic coverage and what happens if the connection drops.
VPN61 offers a no-logs policy, no email requirement, and support for unlimited devices. It works with Windows, macOS, iOS, Android, and Linux. Monthly plans start at ¥9.9 / 60GB, with data resetting monthly on the activation date. Data packs remain available until used and never expire. These details help you assess cost, but don’t replace checking the policy and client settings.