Built for everyday cross-border access, remote collaboration, and content viewing, with 110+ countries / 160+ routes, unlimited devices, and clients for common operating systems. Routes, subscriptions, and device settings are managed together in the user panel.
ROUTE DIRECTORY
Route selection is not only about geographic distance. For everyday web access, start with a nearby entry point; for video, AI tools, and remote work, also consider the target service region, connection stability, and route type. The table below illustrates common regional combinations; the user panel shows currently available routes.
| Country or region | City | Route type | Streaming |
|---|---|---|---|
| Singapore | Singapore | IEPL dedicated | Supported |
| Hong Kong | Hong Kong | IEPL dedicated | Supported |
| Japan | Tokyo | Relayed route | Supported |
| United States | Los Angeles | Relayed route | Supported |
| Canada | Vancouver | Direct route | Supported |
| Australia | Sydney | Direct route | Supported |
When accessing websites or apps mainly served from Asia, start by testing entries in Singapore, Hong Kong, or Japan; for North American content or developer services, switch to routes in the United States or Canada. This is generally more stable than always using one distant route, and makes it easier to determine whether an issue comes from the local network, entry region, or target service.
IEPL dedicated routes suit ongoing connections where link stability matters. Relayed routes balance cross-border paths and regional coverage, while direct routes suit clear tasks under favorable network conditions. A route name describes the access method and does not guarantee identical results in every network environment; when conditions fluctuate, trying another type in the same region is often more effective than reconnecting repeatedly.
SESSION REFERENCE
The dynamic information below helps compare regions and is not a fixed speed guarantee. Actual results depend on the local network, access time, target service, and device environment.
SERVICE LEDGER
Routes, clients, and refunds are not reduced to one broad claim here. Each item corresponds to a real usage situation, explaining what VFVPN addresses, how it is organized, and which boundaries users should keep in mind.
During concentrated evening use, cross-border connection differences often come from crowded entries, changing forwarding paths, and target-service response—not just local bandwidth. VFVPN groups routes by region and type, allowing users to switch between IEPL dedicated, relayed, and direct options within the same region instead of placing every task on one entry. Video, file transfers, and ordinary web access can use separate routes, reducing the effect of high-traffic tasks on other devices. When conditions fluctuate, switch within the same region first, then try another region for clearer troubleshooting.
After a connection is established, quantum encryption protects content transmitted between the device and service entry point, reducing the risk of clear-text exposure on public networks. VFVPN also follows a no-logs policy and does not record the web content users access. Privacy still depends on correct device settings: the operating system, browser account, target-site login state, and local app permissions remain separate. Network encryption cannot replace account security. Use a dedicated password for VFVPN and sign out of the user panel before leaving a shared device.
Windows computers, macOS work devices, iOS and Android mobile devices, and Linux development environments can use one subscription with unlimited devices. This suits users who switch between office computers, personal computers, tablets, and mobile devices without purchasing another plan for each addition. During setup, give each device a clear name and keep one verified working device available. If a new device has an import issue, compare its route name, subscription status, and client settings with the working device.
AI websites, IDE plugins, and API calls do not have identical network requirements. Websites are sensitive to login regions and session continuity, streaming responses depend on a sustained connection, and developer tools can be affected by terminal proxy scope and DNS settings. VFVPN offers international routes across different regions, helping keep an exit region relatively consistent throughout a workflow. Avoid switching regions repeatedly in a short period. If a web session stops, keep one route fixed and rebuild the session before checking browser extensions and system split-routing settings.
Services such as Disney+ and HBO determine available content using the exit region, account region, playback device, and licensing rules. VFVPN organizes its route directory by country and city and marks streaming support in static route descriptions, making it easier to choose an entry that matches the content region before playback. Lower picture quality does not always mean a route is unavailable; peak-hour congestion, local Wi-Fi, or adaptive bitrate can also be responsible. After confirming the region, keep the same route for a while to avoid repeated session reassessment.
VFVPN provides a 7-day no-questions-asked refund, allowing practical checks across commonly used devices, networks, and target services. Testing should cover the systems and times normally used rather than only confirming that one webpage opens. Monthly subscription traffic resets each month on the activation date; when upgrading mid-cycle, the price difference is prorated by remaining days. Traffic packs remain available until used and never expire. The two billing methods suit different usage patterns: monthly plans are easier for ongoing use, while traffic packs can suit occasional or project-based tasks.
CLIENT ACCESS
Clients, subscriptions, and later updates are obtained from the user panel. No email address is required during registration; a username and password are enough. On the download page, choose the platform that matches the current device. Marketing pages do not provide separate installers or subscription content, helping prevent outdated entry points.
Suitable for desktop work, browser access, and everyday apps. Get the client and subscription after signing in.
Get ClientFor desktop apps, creative tools, and development environments. Get the client and subscription after signing in.
Get ClientSuitable for mobile apps, browsers, and networks on the go. Get the client and subscription after signing in.
Get ClientFor mobile access and work across devices. Get the client and subscription after signing in.
Get ClientFor development terminals, command-line tools, and desktop environments. Get the client and subscription after signing in.
Get ClientMONTHLY PLANS
All three monthly plans share route coverage, platform support, device limits, and refund rules. The main difference is monthly traffic. Traffic resets monthly on the activation date; mid-cycle upgrades prorate the difference by remaining days. Estimate the share used for video, file transfers, and multiple devices before choosing.
¥9.9/ month
60GB / month
Suitable for web access, text communication, occasional AI tool use, and light tasks mainly completed on one device. If video viewing and large file transfers are limited, this tier makes recurring costs easier to control.
¥18/ month
250GB / month
Suitable for everyday connections across multiple devices, remote collaboration, AI websites, and moderate streaming. With more room than the light tier, it works well as a personal or household subscription and is easier to manage for most ongoing use cases.
¥28/ month
500GB / month
Suitable for frequent video viewing, heavier file transfers, continuous remote work, or long-term connections across several devices. The key factor is not device count but substantially higher monthly traffic and less need to adjust usage near the reset date.
TRAFFIC PACKS
Traffic packs remain available until used and never expire: ¥158 / 300GB, ¥358 / 1000GB, and ¥658 / 3000GB. They do not reset monthly and suit irregular usage, project-based access, or users who prefer to control their own consumption pace. Monthly plans are generally easier to budget for sustained high-frequency use; traffic packs avoid unused traffic being reset when usage gaps are long.
FIELD NOTES
These articles cover device limits, router setup, picture quality and bandwidth, iOS procedures, and essential terminology, with emphasis on practical decisions and steps. Choose the article closest to the current issue, then continue to the tutorial or route page for configuration.
How are subscriptions and nodes related? What is the difference between dedicated and relayed routes? Which mode should you use? This guide explains essential terms by use case.
Read article →Starting with a compatible client, complete subscription import, allow configuration, choose a route, and verify connectivity. Each step identifies what to select and check.
Read article →Lower picture quality is often related to link bandwidth, peak-hour congestion, and adaptive playback. Learn how bitrate and bandwidth interact before choosing a route for 4K.
Read article →A unified router setup reduces per-device configuration but introduces trade-offs in hardware performance, split routing, and troubleshooting. This guide covers suitable home environments.
Read article →Connection issues can involve the local network, client, subscription status, route region, and target service. A more effective process is to keep one verified route as a baseline and change one condition at a time: check the plan and subscription, confirm that the client is enabled, switch to another route in the same region, and only then change regions. This shows what caused the change and avoids losing the cause when several settings change together. To start from zero, visit the setup guide and complete registration, plan selection, client setup, and connection verification in order.