AI Tools · Route Requirements
ChatGPT, Claude, Gemini, Copilot, Midjourney and Cursor all follow the same three checks: which region the exit IP sits in, whether that IP is clean, and whether the connection can stay up for long stretches. This page takes each tool in turn and sets out how to choose a route for web, API and command-line use.
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A tool that won't load, won't send a message, or cuts an answer off halfway all look like “the tool is broken”, but the real cause usually sits in one of these three checks. Work out which one first, then decide whether to change routes or change accounts.
01
Tools read the region a request comes from and use it to pick the interface language, which features are enabled and which content set you get. That region comes from the route's exit, not from where the account was originally created. If a route is switched to a different exit in the background, the session may be asked to re-verify — which looks like “suddenly having to log in again”.
02
If a single exit IP carries a large number of accounts over time, or the IP range has seen unusual requests recently, CAPTCHAs, second-step verification and outright blocks become far more likely. This is where relay and dedicated routes differ most: a dedicated route gives you a relatively isolated exit, while relays pool exits together — fine for everyday chat, but more likely to hit rate limits during batch requests.
03
Chat replies arrive over a long-lived connection that streams token by token. Jitter, packet loss or an intermediary reclaiming an idle connection shows up as an answer that stops mid-sentence, then a spinner and a network error. What matters here is not peak bandwidth but the route's jitter level and its ability to hold a connection open. Whether it holds up at peak hours says more than any speed-test number.
Troubleshooting order: retry on a different route first, then check whether the account is signed in from several places at once, and only then look at browser cache. Get the order wrong and a route problem is easily misread as an account problem.
The six sections below follow the same order — check point, connection shape, common symptoms — so you can match what you are seeing to one of them. Tool versions and front-end policies change; the skeleton of the checks usually does not.
Signing up and logging in on the web reads the region of your exit IP to decide which features and interface language you get. Switching accounts repeatedly on the same exit IP in a short window is the fastest way to trigger a CAPTCHA; once you are through it, stay on the same route rather than hopping around mid-session. Replies stream, so jitter along the path leaves an answer half-finished with a network error on the page. API calls never touch the browser, so the checks come down to exit IP and request rate.
Routes 170+Coverage 100+ countries
Logging in from one region and continuing from another tends to trigger re-verification. Long conversations are sustained connections, and relay routes usually jitter less than direct ones at peak hours, so answers are less likely to break off. Document uploads use the same exit, and unstable upstream shows up as an attachment that keeps spinning with progress stuck near the end. For everyday chat, pin one relay exit instead of switching on a whim.
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The session is shared across services, so a change of exit region can decide whether some features appear at all and can force an already signed-in session to re-confirm. The web app pulls in a lot of static assets, and poisoned DNS resolution shows up as a broken layout or a page that stays blank. When choosing a route, look at whether resolution works and the first byte is steady rather than at peak bandwidth. Once resolution is clean, Gemini is actually less demanding of a route than the chat-first tools.
Routes 170+Coverage 100+ countries
Account login plus in-page requests make it sensitive to DNS and first-byte latency. The usual symptom is a page that loads while the sidebar spins forever, most often because one domain fails to resolve or resolves to the wrong address. Switching to a route with working resolution is enough; no browser settings need changing. If it still spins on a new route, check whether an extension is blocking the request.
Route types Relay / Dedicated / DirectDevices Unlimited
Image uploads and returned results are both large transfers that lean on upstream stability. Packet loss leaves an upload stuck near the end and the job fails to submit; a route with plenty of bandwidth but high jitter does worse than a steady relay. Run uploads on a route of their own rather than sharing one with downloads. The same applies when results come back — jitter along the path keeps the preview loading forever.
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Completions and chat are a steady stream of small requests — little data each time, but frequent — so round-trip latency and connection reuse matter more than bandwidth. Proxy settings in the IDE come in two flavours, system proxy and in-app proxy, and picking the wrong one leaves completions never returning and chat timing out. Command-line and CI setups need an exit that stays put over the long run; don't rely on interactive login.
Platforms Windows / macOS / LinuxRoutes 170+
The “region check” column is a qualitative judgement, not a score: strong means changing the exit is more likely to force re-verification, medium means it usually only affects loading and whether features appear, weak means you will barely notice it day to day. The route-type column is a default recommendation; any single route still depends on how it performs that day.
| Tool | Region check | Connection shape | Suggested route type | Main sticking point |
|---|---|---|---|---|
| ChatGPT | Strong | Streaming long connection + API | Dedicated / Relay | CAPTCHA at login |
| Claude | Strong | Long conversations, long connections | Relay / Dedicated | Re-verification after switching regions |
| Gemini | Medium | Page assets + shared session | Relay / Direct | Blank page from failed domain resolution |
| Copilot | Medium | In-page requests | Relay / Direct | Sidebar domain fails to resolve |
| Midjourney | Weak | Large uploads and returned files | Relay (low jitter) | Upload stalls at the end, job fails to submit |
| Cursor | Medium | Frequent small requests | Dedicated / Relay | IDE proxy does not cover the terminal |
The table gives no speed, latency or uptime figures: those numbers shift with your local network, the time of day and your own access provider, and hard-coding one would only mislead. To see the current route list, filter by region and route type on the global servers page.
More failures happen at this stage than during conversation, and the cause is usually how you do it rather than route quality. The four points below are ordered by how often they come up.
Signing up from one region and logging in from another reads as anomalous behaviour and triggers extra verification. Pin one route and get sign-up, first login and first conversation done before you consider switching. Accounts on this service need no email address — a username and password is enough — which removes the verification-email step and with it one more reason to switch routes mid-flow.
Several accounts appearing on the same exit IP in a short window is the most common trigger for a CAPTCHA, and it is worse when a whole team shares one route. If you need several accounts at once, give each its own exit or stagger when they are used.
Clicking retry over and over keeps pushing the risk score down, making each attempt harder to pass. The right move is to wait a few minutes, change route and run through the login flow again. Clearing the browser cache rarely helps here, because the decision is made server-side.
Confirm you can log in reliably and get complete answers first, then compare how quickly different routes respond. Reverse the order and you misjudge things: response numbers from a route that cannot even hold a login are worth nothing.
The same tool used from a browser and called from code has different network requirements. Treat them separately and the two classes of problem stop blurring together.
Web app
A page loads scripts, styles, fonts and API requests, and a resolution failure in any one of them makes the page look like it “won't open”. The checks cover exit region, session state and browser fingerprint. The upside is that failures are obvious, and a different route usually fixes them straight away.
API calls
No page assets are loaded, so the checks narrow to exit IP and request rate. Keys belong on the server — never in front-end code or committed to a repository. Long-running services need a stable exit; changing region mid-flight tends to invalidate the call relationships you have already established.
Command line / IDE / CI
Terminals and IDEs do not always inherit the system proxy, so the usual symptom is a browser that works while the command line times out. Put the proxy address in an environment variable or in the tool's own settings. CI environments should use a fixed exit and never rely on interactive login, or the build will stall with nobody watching.
Note for developers: always use a placeholder for sample subscription URLs, for example https://example.com/sub?token=YOUR_TOKEN. Real subscription URLs come only from the user panel after login — never put them in scripts or commit them to a repository.
Match the symptom to a cause first, then decide whether to change the route or the configuration. Trying one thing at a time beats changing five at once.
| Symptom | Likely cause | First step |
|---|---|---|
| Page loads, sidebar spins forever | A domain fails to resolve | Switch to a route with working resolution |
| Answer stops mid-sentence, then a network error | Long connection jitters or gets reclaimed | Move to a low-jitter route and stay on it for the session |
| Spins after sending, then times out | Exit IP hits a rate limit | Stop batch retries and move to an isolated exit |
| CAPTCHA keeps coming back at login | Too many accounts on one exit | Move to a dedicated exit and keep it fixed |
| Attachment upload stalls at the end | Upstream packet loss | Use a route with stable upstream and avoid download peaks |
| Command-line requests time out now and then | The terminal is not using the proxy | Check environment variables and the tool's proxy settings |
Split your use into three categories and choosing a route becomes a simple question. The route list and route-type descriptions are on the global servers page; prices and data tiers are on the plans page.
One pinned relay route is enough; the point is not to switch often. Complete answers and a stable session are all this needs. It is insensitive to peak bandwidth and sensitive to jitter.
Use a dedicated exit, one per account. Nothing hurts this stage more than an exit that keeps changing, so stability outranks every other metric. Even after verification passes, don't switch routes straight away.
Pick an exit you can hold long term and put the proxy settings in environment variables rather than ad-hoc commands. Keep request rates within your actual quota instead of piling on retries.
Run uploads on a separate low-jitter route, not one shared with downloads. Stable upstream decides whether an upload succeeds first time far more than raw bandwidth.
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First confirm the new route resolves domains properly, then check whether a browser extension is blocking the request. If both are fine, look at whether the account side wants re-verification. Most “switched and nothing changed” cases are a route change where the browser is still using the old DNS cache.
Replies arrive over a long-lived connection that streams token by token. Jitter or packet loss along the path, or an intermediary reclaiming a connection that has been idle too long, breaks the stream. The result is text that stops mid-sentence followed by a network error. A lower-jitter route usually fixes it, and bandwidth has little to do with it.
Terminals and IDEs do not always inherit the system proxy. Enter the proxy address in the tool's own settings or set it through environment variables. Once configured, test with the simplest possible request and only run real jobs after it returns, so you don't discover halfway through a long task that it never took effect.
Technically yes, but the more accounts sit on one exit, the likelier a CAPTCHA becomes. Single-person daily use is fine; when a team shares a route or you manage several accounts at once, give each account its own exit.
Unlimited. One account works on Windows / macOS / iOS / Android / Linux at the same time, across 100+ countries / 170+ routes. Giving each device a route in a different region also makes it easy to separate them by purpose.
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