GLOBAL ROUTE DIRECTORY

Server Locations and Route Types

Coverage spans 90+ countries and 200+ routes. Choose an entry point based on your destination, intended use, and network path instead of treating one route as the answer for every situation.

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  • 90+ countriesRegional coverage
  • 200+ routesRoute resources
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ROUTE DIRECTORY

Browse Routes by Region

The table below illustrates major coverage areas and route structures; it is not a complete server list. After signing in to the user panel, you can view routes available to your account and switch entry points based on actual access results.

Country/Region City Route Type Streaming
Asia-Pacific Routes
Japan Tokyo IEPL Supported, subject to platform region rules
Japan Osaka Transit Supported, subject to platform region rules
Singapore Singapore IEPL Supported, subject to platform region rules
Hong Kong, China Hong Kong Transit Supported, subject to platform region rules
South Korea Seoul Transit Supported, subject to platform region rules
Taiwan, China Taipei Direct Supported, subject to platform region rules
Australia Sydney Direct Supported, subject to platform region rules
North America Routes
United States Los Angeles IEPL Supported, subject to platform region rules
United States San Jose Transit Supported, subject to platform region rules
United States New York Direct Supported, subject to platform region rules
Canada Vancouver Transit Supported, subject to platform region rules
Canada Toronto Direct Supported, subject to platform region rules
Europe Routes
United Kingdom London IEPL Supported, subject to platform region rules
Germany Frankfurt Transit Supported, subject to platform region rules
France Paris Direct Supported, subject to platform region rules
Netherlands Amsterdam Transit Supported, subject to platform region rules
Spain Madrid Direct Supported, subject to platform region rules
Italy Milan Direct Supported, subject to platform region rules
Switzerland Zurich Transit Supported, subject to platform region rules
Other Regions
Brazil São Paulo Direct Supported, subject to platform region rules
United Arab Emirates Dubai Transit Supported, subject to platform region rules
South Africa Johannesburg Direct Supported, subject to platform region rules
Türkiye Istanbul Transit Supported, subject to platform region rules
India Mumbai Direct Supported, subject to platform region rules

Streaming access also depends on content licensing regions, account registration regions, platform policies, and the local network environment. Matching the route exit to the content region is the first condition to check when troubleshooting regional detection.

ROUTE ARCHITECTURE

IEPL, Transit, and Direct Routes Compared

Route names describe how traffic is organized between the local entry point and the overseas exit. These three types are not simply ranked from best to worst; they reflect different trade-offs among stability, coverage, resource costs, and use cases.

IEPL

IEPL: Controlled Cross-Border Path

IEPL routes typically handle the cross-border segment through relatively independent network resources with a clearer path, reducing the impact of public-network routing changes on the connection. The goal is not to force every destination through one channel, but to make coordination among the entry point, intermediate links, and exit more controllable. This suits tasks that require continuous transfers, persistent connections, or dependable performance during working hours.

These routes suit remote work, online meetings, cloud documents, sustained uploads and downloads, and business tools that need to keep sessions open for long periods. Choose an exit near the target service region; an IEPL route improves path organization but does not change the platform’s regional rules, account rules, or service status.

IEPL resources generally cost more to procure and maintain than standard transit and direct routes, so they are better reserved for important tasks rather than used by default for every connection. For reading webpages or making short queries, a suitably located transit route may be the more practical choice.

TRANSIT

Transit Routes: Reorganizing the Path Between Entry and Exit

A transit route first sends traffic to an intermediate node with suitable access conditions, which then connects to an exit in the target region. This can avoid some less suitable direct peering paths and allow multiple local networks to share a more stable international exit. The transit point, upstream connections, and exit direction together determine the actual experience.

Transit routes offer broad coverage and suit everyday browsing, AI Tools, Streaming, and general office work. For most users, they are also a practical default: choose a transit entry point in the target region, confirm that webpages, apps, and account-region detection work normally, then decide whether an IEPL route is necessary.

Transit adds network hops, so the geographically closest route is not always the most suitable path. Judge a route by continuity of access, complete page loading, and persistent connections rather than by city name alone. If one route has a localized access issue, switching to another transit entry point in the same region is usually more effective than repeatedly reconnecting to the same one.

DIRECT

Direct Routes: Fewer Intermediate Hops

Direct routes reach the target-region exit through public-network interconnection, with a relatively simple structure and flexible coverage expansion. They suit web searches, email, lightweight apps, and supplementary access to specific remote regions, and are also useful for countries and cities with fewer IEPL or transit resources.

Direct-route performance depends more heavily on coordination among the local carrier network, international peering paths, and the destination network. Results can vary by access environment, so performance should not be predicted from the route type alone. If a direct route opens the target service reliably, there is no need to switch simply because of its name. If loading stalls, connections repeatedly drop, or some resources fail, try a transit or IEPL entry point in the same region.

Direct resources can be deployed more flexibly, which generally helps extend regional coverage. NeeVPN places them alongside IEPL and transit routes in the route pool, allowing users to choose based on the target region and actual access results instead of limiting coverage to a few core cities.

SELECTION GUIDE

Choose an Exit Region by Use Case

Choose a route by starting with what you need to access, not by searching for one permanent node. The target platform region, connection duration, data-transfer pattern, and local access environment all affect which route works best.

Everyday Browsing NEARBY ROUTE

Start Nearby, Then Check Page Resources

News, search, research, and ordinary websites usually do not require a fixed distant exit. Start with a transit or direct route in a nearby region, then check whether familiar pages load fully, including images, scripts, and sign-in status. If text loads but images or attachments repeatedly fail, some resource domains may not be passing correctly through the current path; switch to another entry point in the same region and test again.

Avoid switching regions frequently while browsing. Websites may adjust language, content, and sign-in verification based on the exit region, and repeated regional changes can complicate the session. Once a region handles the main task reliably, keep it for the rest of that task.

Streaming MEDIA REGION

Match the Exit Region to the Content Catalog

Streaming platforms typically determine the visible catalog using the exit region, account region, and content licensing together. To watch content from a specific region, first choose a route in the corresponding country or region, then fully close and reopen the app so the platform can reassess the current exit. Switching routes while keeping the old app session may leave the previous regional result unchanged.

If the homepage opens but playback fails, check the account region, content licensing, and current exit separately instead of assuming the entire route is unavailable. Different titles on the same platform may follow different licensing rules; page access does not mean all content is offered in the same region. “Supported” in the table means the route can be used for Streaming; final availability follows the platform’s rules.

AI Tools CONSISTENT EXIT

Keep the Region Consistent to Reduce Session Changes

AI Tools such as ChatGPT and Claude consider the exit region, account status, and browser session when processing requests. Choose a route where the target tool is available, and keep the same exit region during sign-in, use, and file handling. Switching from Asia to North America or Europe during a task may trigger another sign-in or regional review.

Text chat usually does not demand high instantaneous throughput, but long responses, file uploads, and persistent sessions rely more on connection continuity. Start with a transit route in the target region; if sessions disconnect often, try an IEPL route in the same region. Save unsubmitted content before switching, then verify both the account page and conversation page after reconnecting.

Gaming GAME REGION

Match the Game Server Region, Not the Store Region

A game’s sign-in service, resource downloads, and live-match servers may be located in different regions. Before choosing a route, confirm which game region you are connecting to and prioritize an exit near the match server. If the launcher signs in but the match connection fails, test the sign-in and gameplay stages separately rather than treating them as one network path.

A network acceleration route cannot fix game-server maintenance, account-region restrictions, or interference from a local wireless network. If multiple entry types exist in one region, compare the real in-game results of transit and direct routes first; use an IEPL route when a session needs to remain stable. Keep other conditions unchanged during testing so you can identify what caused the difference.

Office Work SESSION FIRST

Prioritize Persistent Connections and Continuous Authentication

Remote desktops, online meetings, cloud documents, code repositories, and business dashboards depend heavily on session continuity. Choose a transit or IEPL route in the region where the service operates, then complete sign-in, file-opening, and permission checks before work begins. After joining a meeting, uploading files, or starting a remote task, avoid switching exits unnecessarily, as existing connections may need to be rebuilt.

If an office platform uses a web app, desktop client, and browser extension together, confirm that they follow consistent connection rules. If the webpage works but the desktop app does not, first check whether the app is using the current route, then consider changing nodes. NeeVPN supports Windows, macOS, iOS, Android, and Linux; clients and subscriptions are available through the user panel.

ROUTE SWITCHING

Keep Your Evidence When Switching Routes

Effective route selection is not about clicking through different cities endlessly. Change one condition at a time and observe the target service through its complete workflow. Set the target region first, then compare route types within that region; expand to a nearby region only if the current region is unsuitable overall.

Before switching, close apps that are transferring files, keeping a meeting open, or running remote operations. Changing routes rebuilds existing network sessions, so unfinished uploads, downloads, or live connections may need to restart. After reconnecting, open the target service homepage first, then verify sign-in, content loading, and the required function instead of judging the route from one page alone.

If an app still uses results from the previous exit, quit it completely and reopen it. In a browser, test in a new window, but do not clear all account data during troubleshooting; changing too many variables at once makes the issue difficult to reproduce. Once the new route works, resume the normal workflow.

Target Region

Confirm the country or region the service or content is actually intended for.

Route Structure

Compare IEPL, transit, and direct entry points within the same region.

App Routing

Confirm that both webpages and desktop apps use the current connection.

Complete Workflow

Verify sign-in, resource loading, and the required function in sequence.

COVERAGE POLICY

90+ Countries, 200+ Routes

Coverage figures indicate the range of available regions; actual use still depends on the target platform, exit region, and route structure. The route list is provided through the user panel, while the marketing page shows representative regions only.

Multiple Paths in Core Regions

Common Asia-Pacific, North America, and Europe destinations include multiple route structures, making it easier to change paths without changing the target region. This reduces changes to content catalogs, account sessions, or platform language caused by switching exit regions.

Remote Regions Extend Coverage

South America, the Middle East, Africa, and other remote regions primarily serve specific regional-access needs. When the target service has no regional requirement, there is no need to choose a distant exit deliberately; starting with a nearby region usually creates a clearer troubleshooting baseline.

Manage Routes and Devices Separately

Unlimited simultaneous devices means each device can choose a route for its own purpose. A work computer can keep a work-region exit, a tablet can be used for Streaming, and other devices can handle everyday browsing without keeping every endpoint in the same city.

Keep Account Access Simple

No email address is required; create an account with a username and password. After signing in, use the user panel to get clients, view available routes, and manage your subscription instead of relying on static installers or subscription URLs on public pages.

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