POPULAR ROUTES
United States
Japan
Hong Kong
Singapore
South Korea
G1 / CROSS-BORDER ROUTESAvailable
United States routeGI-US / UNITED STATES
Japan routeGI-JP / JAPAN
Hong Kong routeGI-HK / HONG KONG
Singapore routeGI-SG / SINGAPORE
South Korea routeGI-KR / SOUTH KOREA
GI / SERVICE RULES
Six connection principles
Service quality should not be judged by vague specifications alone. This guide explains how routes are assigned, how data is handled, and how to switch when a connection is not a good fit.
GI-01
Peak-hour route scheduling
Evening cross-border connection issues are often caused not by device performance, but by crowded entry points, inter-network detours, and compounded exit distance. VPNGI organizes routes by region and use case, so users can first choose an exit close to the target service, then switch among routes in the same region. When a connection fluctuates, comparing other entry points in the same region is usually more direct than reinstalling the client or changing accounts. Route selection remains available in the client for everyday browsing, file synchronization, and long sessions.
GI-02
Privacy boundaries and a no-logs policy
A network acceleration service should clearly explain how data is handled. VPNGI follows a no-logs policy: it does not record the websites users visit or use browsing history to build service profiles. The account retains only information needed for subscriptions, traffic accounting, and troubleshooting. Registration requires only a username and password, with no email address required, reducing unrelated data collection. On public networks, the client establishes an encrypted connection to reduce the risk of local networks directly reading transmitted content.
GI-03
Unlimited-device access
Windows, macOS, iOS, Android, and Linux can connect with the same account, with no device limit. A desktop can handle work, a tablet can handle reading, and a personal device can keep messages synced without repeatedly changing plans to add devices. Unlimited devices address access across multiple personal and household devices; actual connection quality still depends on the local network, exit region, and simultaneous tasks. Keep clear client configurations for frequently used devices to avoid accidentally using an expired subscription.
GI-04
Consistent exits for AI tools
ChatGPT, Claude, Gemini, Copilot, Midjourney, and developer tools often check exit region, login sessions, and persistent connection status together. Frequent region switching can trigger repeated logins, interrupted sessions, or changing region detection. When using AI tools, keep one exit region that falls within the service’s available coverage and keep the web, desktop client, and development environment as consistent as possible. VPNGI provides entry points in several common regions, making it easier to choose routes by tool location and task type.
GI-05
Regional routes for streaming
Streaming depends not only on download speed, but also on exit region, platform rules, and connection continuity during playback. First confirm the content’s region, then choose the corresponding exit. If the homepage opens but playback stops, try another route in the same region instead of jumping to a more distant one. VPNGI’s route list separates regions from route types, making it easier to distinguish everyday access, persistent connections, and streaming use cases; the platform’s current rules ultimately apply.
GI-06
14-day refund policy
Network conditions vary by region, carrier, router settings, and operating system, so a route name alone cannot replace real-world testing. VPNGI offers a 14-day refund policy, allowing users to check installation, connectivity, target region, and sustained performance on their usual networks and devices. Test across work and home networks and commonly used platforms, recording affected routes and times. If the service does not meet practical needs, request a refund according to the policy rather than relying on a short speed test.
GI / DIFFERENCE
Keep selection criteria verifiable
Check coverage first, then the use case.90+ countries / 200+ routes provide regional choice; route count alone does not equal each user’s speed. Choose routes based on the target service’s region, current network, and session duration.
Test your regular devices before choosing a plan.Windows, macOS, iOS, Android, and Linux use different network stacks. The same exit may perform differently across devices, so testing a normal workflow is more informative than a single speed test.
Keep account information minimal.Registration requires only a username and password, with no email address required. Plans, traffic, client access, and support tickets are managed in the user panel; the marketing site does not provide static installers or public subscription URLs.
GI / ROUTE INDEX
Common-region route preview
Choose an exit based on the target service’s region, then compare route types within that region. Do not judge solely by geographic distance or frequently switch regions during a login session.
For everyday browsing, start with a nearby region and a direct route. With AI tools, exit-region consistency matters more; for long file transfers and video playback, observe sustained connectivity rather than only the brief performance after connection. If a route fluctuates, switch to another route in the same region first to reduce the chance that the target site re-evaluates your region.
The table below illustrates how the route directory is organized. Route types describe the access path and do not mean every local network will produce the same result. Inter-carrier routing, home router settings, wireless signal, and background system tasks all affect connectivity. The full route list remains available on the nodes page, where you can choose based on actual availability in the client.
Country / region
City
Route type
Streaming
Asia routes
Japan
Tokyo
IEPL dedicated route
Supported
Hong Kong
Hong Kong
Relayed route
Supported
Singapore
Singapore
IEPL dedicated route
Supported
South Korea
Seoul
Relayed route
Supported
Americas and Europe routes
United States
Los Angeles
IEPL dedicated route
Supported
United States
San Jose
Relayed route
Supported
Germany
Frankfurt
Direct route
Supported
GI / STATUS
Route status reference
Dynamic figures help compare current route response and bandwidth conditions; final connectivity depends on the user’s network and testing in the client.
Monthly subscriptions reset traffic each month on the activation date. When upgrading mid-cycle, the price difference is prorated by the remaining days. All tiers support unlimited devices and full route coverage.
GI / 60GB
¥9.9/ month
60GB per month
Suitable for browsing, text communication, research, and light AI tool use. When traffic needs are steady, start with this tier to test commonly used devices and routes.
Suitable for everyday use across multiple devices, longer AI sessions, file synchronization, and regular video playback. The larger allowance fits setups where desktop and personal devices connect at the same time.
Suitable for frequent video, larger file transfers, development dependency downloads, and sustained connections across multiple devices. Check your monthly usage before choosing; having more devices alone does not require a higher tier.
Traffic packages remain available until used and never expire. Options include ¥158 / 300GB, ¥358 / 1000GB, and ¥658 / 3000GB. They suit users with irregular usage who prefer to manage spending by accumulated traffic; monthly subscriptions suit users who need a steady connection every month.
Browsing, code research, and text-based AI sessions usually consume traffic gradually; video, system images, asset files, and development dependency downloads use it faster. Judge a plan by your real usage across a full month, not a single day. Monthly subscription traffic resets each month on the activation date, and mid-cycle upgrades prorate the difference by remaining days, so you can start near your current needs and adjust as usage continues.
All monthly subscription tiers share the same core access conditions: unlimited devices, coverage across 90+ countries / 200+ routes, and support for Windows, macOS, iOS, Android, and Linux. The main difference is monthly traffic, so there is no need to upgrade solely for access to a particular region. Payment supports Alipay, WeChat, and USDT.
Practical guidance for AI tools, multiple devices, route selection, and system configuration. Each article focuses on one question for easy reference by use case.
AI Tools
How to choose a VPN for Claude: region checks, risk controls, and reliable routes
Claude closely evaluates login region and exit consistency. This article explains how fixed regions, session continuity, and route-switching frequency can reduce repeated logins and interrupted sessions.
Which route works best for Midjourney? A hands-on comparison of Discord connectivity
Midjourney relies on Discord’s persistent connections, image transfers, and multiple session requests. This article compares how route choices affect generation queues, image loading, and recovery after disconnections.
VPNs for multiple devices: how device limits work and whether family sharing is practical
Device limits may be counted by installations or simultaneous connections. This article breaks down common counting methods and explains the practical difference when computers, tablets, and personal devices are used together under an unlimited-device plan.
How to choose a VPN route: a beginner’s guide to regions, route types, and use cases
When many routes are available, confirm the target region first, compare route types second, then test with AI tools, video, or everyday browsing. This article provides a repeatable route-selection sequence.
Connection performance depends on the local network, carrier routing, exit region, target-service rules, and device system. Each article clearly states its use case and troubleshooting order rather than extending one test into a conclusion for every region. When a connection fails, first check the client status, then fix the target region and test routes in that region, and finally check local network conditions and system permissions. This separates account, route, device, and target-service issues.