ROUTE LIBRARY · International Route Directory

International Routes by Region

190+ routes across 110+ countries. Find an exit location by region, then compare IEPL, relay and direct connections for your needs.

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VPNYK · How to Read the Route Directory

Region → Route type → Use case

The city indicates the exit location, not the full connection path. This directory is a guide to regions and route types; check the latest subscription for currently available routes.

REGIONAL DIRECTORY

Browse International Routes by Region

This directory groups routes by exit location; it is not a complete list of every route. A region may have multiple route types. Check your account panel and the subscription imported into your client for current route names, availability and updates.

Asia-Pacific

Start by comparing nearby regions for everyday access. Japan, Hong Kong and Singapore offer different routes to consider. Your local provider, time of day and the target service’s location can also affect which route works best.

Asia-Pacific Route Reference
Country / Region	City	Route type	Streaming access
Japan	Tokyo	IEPL	Depends on actual access results
Hong Kong	Hong Kong	IEPL	Depends on actual access results
Singapore	Singapore	Relay	Depends on actual access results
Japan	Osaka	Relay	Depends on actual access results
South Korea	Seoul	Relay	Depends on actual access results
Australia	Sydney	Direct	Depends on actual access results

North America

For services hosted in North America, start by filtering for the target region. Proximity to the destination server is only one factor; transoceanic routing and server response times also affect the experience.

North American Route Reference
Country / Region	City	Route type	Streaming access
United States	Los Angeles	Relay	Depends on actual access results
United States	Seattle	Relay	Depends on actual access results
United States	New York	Direct	Depends on actual access results
Canada	Vancouver	Relay	Depends on actual access results
Canada	Toronto	Direct	Depends on actual access results
Mexico	Mexico City	Direct	Depends on actual access results

Europe

If your business, licensed content or collaborators are in Europe, choose an exit region based on your actual needs before comparing route types. Don’t set a familiar city as the default for every app just because you recognize its name.

European Route Reference
Country / Region	City	Route type	Streaming access
Italy	Milan	Direct	Depends on actual access results
United Kingdom	London	Relay	Depends on actual access results
Germany	Frankfurt	Relay	Depends on actual access results
France	Paris	Direct	Depends on actual access results
Netherlands	Amsterdam	Direct	Depends on actual access results
Switzerland	Zurich	Direct	Depends on actual access results

Other Regions

These regions are best suited to specific location-based needs, such as checking localized pages or connecting to services in a particular region. If you don’t need a specific location, comparing commonly used routes is usually easier for day-to-day use.

Other Regions Route Reference
Country / Region	City	Route type	Streaming access
Brazil	São Paulo	Direct	Depends on actual access results
Chile	Santiago	Direct	Depends on actual access results
South Africa	Johannesburg	Direct	Depends on actual access results
United Arab Emirates	Dubai	Relay	Depends on actual access results
Türkiye	Istanbul	Direct	Depends on actual access results
India	Mumbai	Relay	Depends on actual access results

On narrow screens, swipe horizontally to view each table. The directory does not rank routes by latency, load or bandwidth; those metrics cannot replace testing with your intended app.

TRANSPORT REFERENCE

IEPL, Relay and Direct Connections

Route types describe how a connection is routed, not an absolute ranking of performance. Understanding how the entry point, cross-border link and exit fit together is more useful than comparing names alone.

Route Type · IEPL

IEPL: Focus on the Cross-Border Segment

IEPL stands for International Ethernet Private Line. Typically, a dedicated line carries the cross-border segment before an exit connects to the destination service. Unlike a route that relies entirely on public internet routing across borders, it can still use the public internet between your device and the entry point, or between the exit and the website. So an IEPL label does not mean the entire path from your device to the destination is private, nor does it make local network quality irrelevant.

These routes generally have higher line-leasing and maintenance costs, and may suit users who prioritize persistent sessions, peak-hour access and continuity for work. Compare how reliably your actual apps respond and whether sessions stay connected, rather than relying on a single connection test. This describes the general cost structure; it does not mean VPNYK charges extra for this route type. See the plan pricing page for plan terms.

Local network and entry pointIEPL cross-border linkExit and destination service

Route Type · Relay

Relay: Route Traffic Through an Entry Point

A relay route sends your connection to an entry point first, then forwards it to a downstream exit. The entry point you connect to may differ from the exit location seen by a website, so the city in a route name does not tell you the full path. Relays provide flexibility in path selection and entry-point routing, allowing connection methods to be adjusted for different access networks. An extra forwarding step does not necessarily mean a slower experience.

Resource costs generally come from maintaining entry points, forwarded traffic and exits; the exact cost depends on the route and procurement method. Relay routes can suit everyday browsing, streaming and general cross-border collaboration as an alternative to dedicated lines. If multiple relay routes share an exit region, compare them on the same local network and in similar situations. This helps avoid mistaking changes in Wi-Fi signal or app cache for route differences.

Local networkRelay entry pointExitDestination service

Route Type · Direct

Direct: More Dependent on the Public Internet Between You and the Exit

A direct route generally means the client connects to an overseas server directly over the public internet, without an additional relay entry point. The path is more straightforward, but cross-border performance is more exposed to local provider routing, international peering congestion and time of day. “Direct” describes how traffic is routed; it does not mean the destination website is accessible without running the client, nor does it indicate whether the exit is suitable for a particular app.

Compared with leased private lines, direct routes generally rely more on public internet transport and exit maintenance. Lower costs do not automatically make them a better fit for every use case. They can be useful for region-specific access, as a daily backup or for comparing different paths. If performance remains unstable during peak hours, compare relay or IEPL routes while keeping the same exit region, rather than repeatedly reinstalling the client.

Local networkPublic cross-border routeOverseas exit and destination service

WORKLOAD MATCHING

Routes by use case: Choose a route

Start with what the app requires, then choose an exit region and route type. Don’t assume a route that works well for web browsing will perform the same way for video, gaming or development tasks.

Everyday Browsing: Check That Pages Load Fully

If you don’t need a specific region, start with a commonly used route in a nearby region. Check the page text, images and logged-in features separately. A fast-loading homepage doesn’t mean embedded resources or downloads use the same path. If some content fails to load, first check whether your client rules cover the relevant domains, then compare route types in the same region. Keeping a regular option and a backup that work with your local network makes troubleshooting easier than choosing from scratch every time.

Streaming: Check the Region and Playback Stability

First confirm the licensed region for the program, then choose a matching exit. Test by opening the player and watching continuously, not just by checking the platform homepage. Playback issues may stem from account region, exit detection or licensing rules; switching to IEPL won’t resolve every eligibility issue. Switching regions repeatedly during playback may also trigger session verification. For more on the limits of platform access claims, read our streaming access guide. Directory labels are no substitute for testing playback.

AI Tools: Check Web, Sign-In and API Requests Separately

AI tools may use separate domains for their website, authentication and API. Being able to load the website doesn’t prove API requests will complete successfully. First check the platform’s supported regions and account requirements, then verify that your app or development environment is using the intended connection. For long-running requests, watch for interrupted responses and duplicate submissions after retries. Keeping the exit region consistent can reduce changes to your environment, but VPNYK route names do not guarantee a fixed exit IP. Platform risk controls and service terms still apply independently.

Gaming: Check Connection Compatibility First

Game sessions are more sensitive to route changes and brief interruptions, but a standard international route is not a dedicated service optimized for a particular game. First check that your client supports the connection method the game requires, then choose a route based on the game server’s actual region. Test using in-game connection performance, not webpage loading or download speed. Avoid switching exits during a match. To troubleshoot, end the current session before changing routes to reduce the effect of environmental changes on your test.

Work: Keep Sessions and Connection Settings Consistent

Check video meetings, cloud documents and company sign-in separately. Compare how IEPL and relay routes perform during your actual working hours, then confirm that your company allows the connection method. If your organization uses an exit IP allowlist, ask an administrator to verify access requirements; matching city names do not guarantee matching IP addresses. VPNYK supports unlimited devices, but subscriptions, rules and local networks still need to be checked on each device. Transferring large files on multiple devices at once can also compete for your home internet capacity.

CONNECTION CHECKLIST

Subscription Updates and Connection Checks

The route directory can help narrow your options, but the latest subscription in your client is what you actually connect through. Troubleshoot one step at a time so you can identify the cause instead of changing several variables at once.

Get Your Current Subscription from the Account Panel

Sign in to the account panel to get client and subscription information. VPNYK supports Windows / macOS / iOS / Android / Linux. Check the panel for the specific requirements on each platform. Don’t use another account’s link as a route list or share your subscription URL in public forums; it contains account authorization details and should be protected like a password. See the getting started guide for instructions on retrieving and importing your subscription.

Update First, Then Check for Missing Routes

If a region listed in the web directory doesn’t appear in your client, first confirm that the imported subscription belongs to the account you’re using, then update it. Don’t try to replace an update by changing display names, and don’t manually assemble server parameters. The directory is a reference to regions and route types; available routes may change, so check the latest subscription. If the update fails, first make sure your local network is working, then check your account status and client notifications.

Tell Route Issues Apart from App Restrictions

If regular websites work on a route but one app gives an error, note the app name, what you were doing and the error message. Then check whether the issue is related to sign-in eligibility, regional requirements or connectivity. If multiple apps are inaccessible, compare another updated route while keeping your local network unchanged. When submitting a support ticket, include the platform, route name and the situation in which the issue occurred. Don’t include your full subscription URL, password or other authorization details.

Assess Route Performance Separately from Data Usage

Connection tests use real data, so choose a plan based on your everyday needs. Monthly subscription data resets each month on the activation date; mid-cycle upgrades are prorated for the remaining days. Data add-ons remain available until used and never expire. Route names don’t indicate extra data or different billing rules. VPNYK offers a 14-day money-back guarantee; see the Terms of Service for application details. If you can’t identify the issue yourself, send a report through a support ticket in the account panel.

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