VPNLH AI Tools Access Guide

Accessing an AI tool involves more than opening its website. The browser resolves the domain, establishes an encrypted connection, loads the interface, restores your session, checks model access, and only then submits a generation request. The interface and model API may use different domains, and attachments may go through a separate storage service. One working step does not mean the entire request path is working. Start troubleshooting by noting whether the failure occurs on the home page, during sign-in, when sending a prompt, uploading a file, or receiving a response. Replace “it won’t open” with a specific, repeatable action so you know what to investigate.

Region checks: your exit IP is only one factor

Services can see the IP address your request comes from and may assess its location, network type, account details, and prior activity. Each tool uses its own data sources and risk policies, so a location shown by an IP lookup site may not match the platform’s assessment. Choosing a route in a particular region changes your network egress; it does not satisfy the platform’s regional eligibility, account requirements, or organization authorization. If a tool says it is unavailable in your region, check its current official guidance rather than treating repeated route changes as the default fix.

Shared egress also involves IP reputation. A single exit IP may carry requests from different users, and a platform may require extra verification or restrict some features when it detects unusual activity. A verification screen alone does not prove there is a security problem with the route. Browser extensions, repeated refreshes, expired sessions, and an incorrect device clock can produce similar symptoms. Save the exact error and note when it appeared, then distinguish a connection failure from an extra verification step or an access denial. Permanently labeling an exit based on one screen can lead you to mistake an account issue for a network problem.

Check DNS, connections, and app responses separately

When DNS resolution fails, the request usually has not reached the target app. A connection timeout can occur between your local network, proxy forwarding, and the remote service. An error page with service-specific content means at least one server has responded. The browser’s developer tools can help distinguish these cases. Check the failed request’s hostname, status, start time, and waiting phase; there is no need to copy every log. Query parameters, cookies, and authorization headers may contain credentials, so redact them before sharing diagnostic details.

Encrypted connections have limits, too. VPNLH’s military-grade encryption messaging relates to trust in connection security; it does not mean your target account cannot be restricted, app content is automatically private, or every extension is trustworthy. Your browser and the AI platform still rely on HTTPS, certificate validation, and account permissions. Changing your egress does not prevent a malicious extension from reading page content. If you see a certificate warning, check your device clock, certificate policies on managed networks, and local security software. Do not disable certificate validation just to make the connection appear to work.

Establish a repeatable baseline

Before testing, keep the device, browser setup, target tool, and selected region constant, and turn off automatic exit rotation. Start with a simple text prompt that contains no sensitive information, then test attachments or longer tasks. This prevents file size, content review, model load, and network routing from becoming confounding factors. If a simple prompt fails, check the connection and session first. If text works but an attachment fails, check the upload host and file requirements. Change only one variable at a time so you can tell what affected the result.

VPNLH offers 120+ countries / 240+ routes, giving you options to match a target service’s regional requirements—not a guarantee that every exit will work with every AI feature. For help choosing a region, see the Global Server Guide; use the route names and labels shown in the panel as your configuration reference. For regular use, it’s more useful to keep a route you’ve already tested and compare alternatives when a specific issue arises. Saved test results are more reliable than repeatedly guessing whether things feel faster today.

ChatGPT, Claude, Gemini, Copilot, Midjourney, and Cursor may all use remote models, but they are not the same kind of network application. Web chat relies on browser sessions; creative tools may depend on file uploads and downloads; developer tools may also connect to an editor, code repository, or organization-managed services. Identify both the tool and the entry point: its official website, desktop app, editor extension, or official API. Tests are meaningful only when you compare the same entry point. A working website does not prove that a development extension uses the same route.

Web chat: check the interface and generation API separately

ChatGPT and Claude may load the web interface before restoring your account and conversation. Seeing a prompt box does not mean the generation API is working. Send a simple text prompt, confirm it completes, then check history, file uploads, or other features you need. Gemini may also depend on account type, region, and organization settings. If the interface says your account is ineligible, check the platform’s eligibility guidance. Changing local routing usually cannot resolve an account-level restriction.

First identify which Copilot product you’re using. The consumer chat interface, features inside office apps, and developer tools may use different sign-in systems and permissions. Work or school accounts may also have features controlled by an organization administrator. When troubleshooting, specify the app and entry point instead of saying only “Copilot isn’t working.” On a managed device, first confirm that your organization permits the app and network setup. Do not use a local proxy to get around organization access policies; it cannot grant product permissions from an administrator.

Creative and developer tools: check the file path

Use the official, currently supported access method for Midjourney. Image generation differs from a standard text chat: submitting a job, checking progress, viewing previews, and downloading the original may involve separate services. If an image appears in your gallery but the original will not download, check the download request’s domain and error before deleting your account or starting a new subscription. Also check whether the browser is blocking downloads, whether storage is available, and whether the link has expired. These issues are separate from whether the model can generate images.

A Cursor window opening successfully only shows that the local app is running. Sign-in, model requests, indexing, and extensions may each use different connections. Keep any network diagnostics shown in the app, and check the current workspace, remote development target, and model provider. If you use your own API credentials, verify editor account authorization separately from the model provider’s API permissions. Changing the editor theme or reopening a file does not prove that background requests use the intended proxy.

Keep official requirements separate from route tests

Platform support changes over time. This page does not present a region list or product features as a fixed promise. Before using a tool, check its official help resources for regional, age, account type, authorization, and payment requirements. Then test whether the network path meets your access needs. A success screenshot on a third-party forum reflects one result at one time in one environment. Even if a tool’s free features work, paid features, organization features, and APIs may have separate requirements; one successful sign-in does not prove otherwise.

Keep a short configuration note for each tool you use regularly: entry point, selected region, app proxy method, whether you’re using a remote development environment, and what you have verified. “Text works; attachment still untested” is more accurate than “everything works.” When adding a tool, follow the same checks rather than copying another tool’s domain rules. If you don’t meet the platform’s requirements, stop trying to fix it at the network layer. If you see a clear connection error, move on to the routing and protocol checks below to avoid unnecessary account verification and repeated requests.

Account actions are often more sensitive to environment changes than ordinary browsing. Creating an account, signing in for the first time, authorizing a new device, and restoring a session can all trigger extra checks. Before you begin, confirm that the platform accepts your account, choose a region that meets its rules, and keep the same route throughout the process. VPNLH requires no email address: a username and password are enough to create an account. This applies only to VPNLH; it does not mean third-party AI tools use the same sign-up process. Manage credentials for each service separately.

Sign-in redirects: keep the round trip consistent

Third-party sign-in often involves leaving the app, visiting an identity provider, authorizing access, and returning to the app. If the app’s domain uses an international route but the identity provider or callback uses a different exit, the session may not carry through. If you land back on the sign-in page after authorizing, check whether the browser allows necessary site storage, whether the callback completed, and whether the relevant domains use consistent routing rules. Don’t send all websites through one route as a permanent fix. Check the domains involved in this sign-in first, then save any rules you confirm are needed.

A sign-in loop can also result from expired cookies, browser tracking protection, privacy extensions, or conflicting sessions from multiple accounts. Try a separate browser profile first rather than clearing all data from your everyday browser. If sign-in works in the separate profile, check extensions and site permissions in the original one. Clearing data for a site will end its current session. Before doing so, make sure you can complete the platform’s sign-in process again and save any unsent work. Broad, unnecessary cleanup can turn a recoverable session into a new sign-in problem.

A stable environment is not a false identity

Keeping your exit stable reduces unnecessary network variables; it is not a way to disguise where an account comes from. Account details should be truthful and meet platform requirements, and organization accounts must follow administrator policies. Don’t use false details, someone else’s credentials, or accounts shared by unknown sources, and don’t repeatedly create accounts to evade restrictions. If a platform asks for eligibility information, use its official process. A network acceleration service provides a connection path; it does not grant model access or guarantee account approval, removal of risk controls, or access to paid features.

Submitting the sign-in form repeatedly does not make it more likely to work. If the page says verification is temporarily unavailable or you’ve tried too many times, save the message, stop automatic retries, and follow the platform’s guidance. An incorrect device clock, an expired session after sleep, or an old password saved in your password manager can also cause sign-in failures. Check your device clock and the target domain, then confirm you’re using the right account. If the response clearly indicates an account error, changing routes only adds variables and makes it harder to tell whether the cause has changed.

Using multiple devices: authorize each session separately

VPNLH allows unlimited devices to be connected at the same time. That does not mean third-party AI accounts can be shared without limits. Each tool may have its own rules for device sign-ins, collaboration, and account use. Authorize each personal or work device separately; don’t copy browser session files to transfer a login. If devices show different regions or permissions, compare the account, client mode, and actual egress before checking system proxy differences. The same subscription does not guarantee identical request paths.

After signing in, first test sending text and restoring a session, then try attachments or more complex tasks. Sign out of accounts and clear related site data on public devices; keep personal devices updated and screen-locked. For account and subscription security, see the VPN Security Guide for Beginners. If you notice an unfamiliar sign-in or exposed credentials, revoke sessions through the target platform, change the affected credentials, and review account activity first. Changing your network exit does not invalidate leaked credentials or replace account security measures.

Smart routing assigns paths to different requests: AI services that need an international route use the appropriate rules, while local websites connect directly. It does not send all traffic through the same region, and it does not identify an app solely by its window name. Matching may depend on domains, addresses, processes, or rule sets, depending on the client. Before troubleshooting, check the client’s current mode, active rules, and any manual overrides. A connected status means the connection entry point is ready; it does not prove that every app is matched correctly.

Rule order: check the match before the region

Routing rules are usually evaluated in an order set by the client. A broad rule may capture a request before a more specific AI rule can take effect. If traffic exits somewhere unexpected, check the client’s connection log for the target host, matched rule, and selected policy. Don’t just change the currently selected item in the route list; another policy group may be handling the request. After making a change, send a new test request. An existing connection may keep using its original path, so a page that hasn’t refreshed cannot confirm that the new rule is working.

An AI tool often uses more than its main website domain. Sign-in, chat APIs, attachments, static assets, and downloads may use different hosts, and domains can change as products evolve. Start with suitable rule sets maintained by your client, then check connection logs for anything they miss. Guessing domains from a page title can leave you with a half-working setup where the home page loads but prompts fail. Don’t send all content delivery addresses through the same policy either: shared infrastructure may serve other websites, and overly broad matching can affect unrelated traffic and everyday local access.

DNS and proxy settings need to work together

DNS resolution determines which addresses a request uses; proxy rules determine how it reaches them. If their paths are out of sync, you may get an endpoint that doesn’t suit the current exit, or traffic may bypass the intended policy. Prefer the DNS configuration documented by your client rather than combining DNS, virtual address, and transparent proxy settings from different guides. If your browser has its own secure DNS setting, check how it interacts with the client’s mode. Save the original values before changing DNS so you can restore them if something breaks.

System proxies, in-app proxies, and traffic interception modes are not interchangeable. Some desktop apps follow the system proxy, others need their own settings, and some requests run inside a container or on a remote host. If a browser works but an editor doesn’t, check where the editor sends requests and whether it supports proxies. Traffic interception can also interact with local security software, virtual network adapters, or corporate network policies. Enable it according to the client’s documentation; don’t stack multiple proxy tools to “strengthen the connection” without understanding the effects.

Choosing a route: region matters more than cosmetic metrics

When choosing a route, first meet the target platform’s official regional requirements, then check whether it handles the operations you need. Short requests, file uploads, and continuous output may behave differently; don’t judge by the route name or how quickly one page loads. See the Global Server Guide for VPNLH’s network coverage, and refer to the route type shown in the panel. This page does not describe any regional route as a permanent, dedicated AI exit or promise that every platform will always accept a given IP. Recheck verified settings when platform policies change.

After making a change, keep a short record of what you changed: the policy, the region used for the target tool, which actions you verified, and how to restore the previous settings. If local websites are affected, check whether an overly broad international rule matched them instead of adding more overrides. Keep everyday routing clear and easy to explain; make controlled changes when a specific problem arises. This helps distinguish a rule that didn’t match, an exit that doesn’t meet requirements, and a temporary issue with the target platform—without accumulating exceptions in a configuration no one can understand.

Streaming means the model returns content progressively and the client displays it as it arrives, rather than waiting for the full response. Common implementations include server-sent events, while some tools use other persistent communication methods. They depend on connection continuity, app timeouts, and how intermediate systems forward data—unlike a static web page. If a page loads but a response stops partway through, the connection may have closed, the server may have stopped generating, the client may have stopped rendering, or a tool call may still be running. Check the request status first instead of assuming every pause is a network interruption.

Distinguish waiting, a dropped connection, and a stalled display

In the browser’s network panel, first check whether sending the prompt created a request, then see whether it is still waiting or receiving data. If the request is still transferring but the page is not updating, check frontend scripts, browser extensions, or rendering issues. If the request has ended with an error, interpret the response. If the connection closed unexpectedly without a complete result, check network continuity and the app’s reconnection behavior. Don’t judge only by whether a cursor is blinking: interface animations may not reflect what the server is actually doing.

A model may take time to process a complex question, call a tool, or parse an attachment before it has text to display. That wait does not necessarily mean the connection has dropped. Use a simple text prompt without an attachment for comparison, but don’t repeatedly submit the original long task. Each repeat may create a separate job and make usage history harder to interpret. If the page offers a stop or cancel control, use the tool’s supported method to end the task before retrying. Refreshing may lose local state without actually stopping work already started on the server.

How the connection path affects streaming

Local proxies, organization gateways, app servers, and reverse proxies can all affect streaming data. Some intermediate systems buffer responses until they have accumulated enough content, leaving a blank page before a whole block of text suddenly appears. Others close idle connections, so the connection disappears after an extended pause. When using an official website, focus on local and network settings. When building your own app, also check that server-side forwarding preserves streaming behavior. Simply increasing the frontend wait time cannot fix a connection already closed upstream.

Device sleep, network changes, and background power management can also affect connections. When a portable device switches networks, an existing connection usually cannot be assumed to continue seamlessly. Browser activity may also be restricted in the background. Keep your device powered and the network stable during long tasks; change routes after the task completes. If the issue occurs only in the background, compare power-saving settings with the app’s official guidance instead of disabling security features globally. Desktop browsers and mobile apps may behave differently because they handle background tasks differently.

Test attachments and long tasks separately

File uploads happen before generation and may use a separate host and temporary authorization URL. If an upload fails, check the file format, platform limits, link validity, and routing for the upload host before changing model settings. If the upload succeeds but analysis fails, also check whether the platform accepted the file, whether it can parse the contents, and whether your account has access to the feature. Use non-sensitive sample files for testing rather than repeatedly uploading full work documents to troubleshoot a connection. Manage attachments processed by a service according to the platform’s data policies.

For important work, application-level recovery is often more useful than repeatedly changing routes. Keep the task ID and content already received, and distinguish tasks that can resume from those that must be submitted again. If you’re building the app, handle cancellation, timeouts, partial results, and upstream errors as well. Don’t retry indefinitely when you can’t tell whether the server has already processed a request. A network service can improve route selection, but it cannot replace application-level task state management or guarantee every persistent connection will stay up in every device state.

When testing a route, first check that a simple text response completes, then test the streaming and attachment flows you actually need. Note where it stalls, whether the app continues to receive data, and whether the device slept or changed exits; these details are more useful than saying it was “slow.” If only one model or feature fails while other actions work on the same route, check platform status, feature permissions, and model load. Keep the task type consistent when comparing routes so differences in model processing time aren’t mistaken for network performance.

A successful web sign-in does not mean API access is enabled. APIs often have separate credentials, billing, project permissions, model access, and rate limits. Don’t assume a web subscription includes API usage. Before development, confirm the project status, endpoint, authentication method, and available models in the provider’s official console, then check the network path from your runtime environment. VPNLH provides network connectivity, not third-party model credits; AI tool memberships are not included in network plan descriptions.

First identify where the request originates

A browser app may call its own backend, which then calls the model, or a local development tool may send the request directly. In the first case, configure egress where the server runs; in the second, check the local process. A working browser proxy does not change a server’s outbound network. If your app runs on a cloud host, in a container, or in a CI environment, verify DNS resolution, connectivity, and authentication in that environment. Opening the target website on your personal computer does not prove the production API path is working.

Handle authentication errors separately from connection errors. If you receive a service response indicating insufficient permission, invalid credentials, insufficient quota, or an unavailable model, first check the key’s owner, project, permission scope, and requested model name. Connection timeouts, DNS failures, and certificate errors require a different set of checks. Keep the error type, target host, and request ID in development logs, but not the full authorization header. If a key appears in logs or a repository, revoke and replace it with the provider; deleting the visible text alone does not make the exposed key safe to use.

A proxy setting is not an API endpoint

A proxy address describes how a request leaves its current environment; an API base URL describes which service it reaches. They are not interchangeable. Putting a local proxy address in the model endpoint can break URL construction. Treating an unknown endpoint as an official proxy could expose content and credentials to an untrusted service. Use the endpoint in the official documentation and configure a transport proxy as directed by your SDK. Support for environment variables differs between languages and client libraries, so verify with connection logs or an actual request instead of assuming the variable is being used.

The command below checks response headers only. It tests basic connectivity to an official site without credentials and does not call a model. It can help identify DNS, handshake, or forwarding errors, but success does not verify API access or model permissions. If your environment requires an explicit proxy, configure the environment using the local address provided by your client before running the check; don’t copy a fixed port from another device. Before sharing output, check for internal proxy addresses, organization details, and other response fields that should not be public.

# Basic connectivity check; does not verify API authorization or model permissions
curl --head --show-error https://api.openai.com/

Rate limits, retries, and task costs

Rate limits may be based on an account, project, model, or request pattern; don’t automatically attribute them to a shared network exit. When rate-limited, read the error type and any retry guidance in the response, follow the provider’s backoff recommendations, and reduce unnecessary concurrency. Code should distinguish temporary issues that can be retried from permission errors that need a manual fix. Retrying forever at fixed intervals can prolong the problem and increase usage costs. If the service supports task lookup or idempotency, implement it as documented instead of assuming every generation request is safe to replay.

Streaming APIs also require clients to consume responses incrementally and release connections correctly on completion, cancellation, or error. If the backend receives data but the web page doesn’t update, check whether the backend is buffering content, forwarding the right response type, and whether the frontend reads it using the matching protocol. If the SDK provides event handlers, use its documented interface instead of combining multiple readers. Track partial output explicitly so incomplete answers aren’t saved as complete or duplicate chunks appended after a reconnect.

Content moderation, model safety policies, and organization permissions are platform rules. Don’t try to get around them by changing exits or rotating accounts. A refusal does not necessarily indicate a network problem. For development, create a minimal test case without sensitive information. Verify authentication, a plain text prompt, and the completion event first; then add business prompts, attachments, and tool calls. This isolates which capability introduces the issue. When contacting a provider, include a redacted error type, request ID, and reproduction steps—not full keys, user data, or production logs.

A common developer mistake is assuming that “the same computer” means “the same network settings.” Desktop apps, terminals, editor extensions, remote workspaces, and containers can each handle proxies differently. After system settings change, running processes may still have the old environment. Map out where execution happens: which process sends the request, where it runs, where it reads configuration, and how you’ll verify its egress. Then choose system proxy settings, app configuration, or environment variables as appropriate. Don’t blindly copy the same settings into every layer.

CLI: check the current process environment

Whether a terminal program uses proxy variables depends on the program and its networking library. Common variables include HTTPS_PROXY, HTTP_PROXY, and NO_PROXY, but their presence does not guarantee they are being read. Some SDKs require you to configure a proxy transport explicitly. Check the variable’s scope too: the current terminal, user login environment, and system service may all differ. Restart the target process after making changes, then use the client’s connection log to confirm the request matches the intended route.

NO_PROXY specifies destinations that should bypass the proxy. It can be useful for local or internal services, but matching syntax varies by implementation. Don’t clear all team-managed exceptions just to troubleshoot, or add an overly broad suffix that sends the target AI API directly. Variables may contain internal addresses, so redact them before viewing or sharing diagnostic details. After fixing the issue, restore temporary settings and keep any necessary permanent configuration in a managed location. This avoids unexplained differences between terminal sessions.

IDE: extension processes may not use window settings

An editor typically runs a user interface, an extension host, and task processes. The editor’s ability to connect does not prove that an extension uses the same proxy for model requests. Check the extension documentation for proxy support, whether it reads editor settings, and whether its host needs to restart. If Cursor or another AI development tool lets you choose a model provider, check whether it uses in-app authorization or your own API credentials. Keep separate diagnostics for sign-in failures, model refusals, and connection timeouts instead of calling all of them “the plugin isn’t responding.”

In remote development, the local window is only the interface; the extension or code may actually run on a remote host. A loopback address on your computer refers to the remote host itself, not automatically to your personal computer’s proxy. Configure outbound connections using methods allowed by the remote environment and follow organization network policies. Don’t expose a local proxy to an untrusted network. Containers also have their own network and environment boundaries: connectivity from the host does not mean the container inherited it. Run basic checks inside the container and verify its DNS and proxy settings.

CI: test connectivity before sending API requests

First confirm that the CI runner’s network can reach the target API, then verify credential injection and model permissions. Don’t put a personal computer’s proxy address in a pipeline or commit keys to a repository. Use the platform’s secrets manager and limit which jobs can access each credential. For jobs triggered by external contributions, check carefully how the platform isolates secrets. When a build fails, start with a redacted error type. Don’t print every environment variable to troubleshoot: that could expose unrelated credentials as well.

Automation should handle connection failures, service restrictions, missing permissions, and business validation errors through separate paths. Retry network issues a limited number of times as documented; tell maintainers to fix permission errors instead of resending requests. Keep test inputs separate from production data so build logs don’t retain work content. VPNLH’s unlimited device connections do not automatically configure every environment for cross-device use; each platform’s client and network policies still apply. For device sharing and traffic limits, see the Guide to Using a VPN on Multiple Devices.

The goal of troubleshooting is to narrow down the issue, not keep changing settings. Note the last environment where things worked, then record the action that fails now, the tool entry point, and the exact message. Keep the device, account, and request content constant while comparing results. Don’t change the exit, clear the session, and switch models all at once. If the issue is hard to reproduce, record the network and app state when it occurs and wait for a useful comparison. Vague descriptions are difficult to hand off; “text works, upload fails, and the download host didn’t match a rule” points directly to what to check next.

Choose a troubleshooting path based on the symptom

If nothing opens, first check the local network, client connection, and target domain resolution, then see whether an encrypted connection can be established. If the home page works but sign-in fails, check identity authorization, site storage, and account requirements. If sign-in works but sending fails, check the generation API’s rule match and response. If only long tasks stop, check persistent connections, device sleep, and intermediate timeouts. If only attachments fail, check file requirements, the upload host, and temporary authorization. Once you’ve identified the issue, decide whether comparing routes in other regions is necessary.

Account bans, feature restrictions, and rate limits need different responses. If the platform clearly says an account is restricted, use its official appeal or support process and review account activity and terms of use; don’t keep trying with replacement accounts. For insufficient quota or project permissions, check the relevant console. For rate limits, reduce concurrency and wait as directed by the response. Changing egress can help test the route and regional requirements; it cannot be presented as a way to lift restrictions. Even if a message temporarily disappears after changing routes, that does not mean the account issue has been formally resolved.

Share enough to diagnose the issue, but never credentials

To report a connection issue to VPNLH, use a support ticket in the user panel. Include your device platform, client mode, selected region, target tool entry point, and the stage where it fails, plus a redacted screenshot of the error. VPNLH supports Windows / macOS / iOS / Android / Linux, but the steps for checking settings may differ by system, so specify your actual environment. Don’t share account passwords, full subscription links, session cookies, or API keys. Don’t attach full private conversations, work documents, or production data just to show an error.

When reporting an issue to an AI platform, include a request ID it can look up, the error type, and reproduction steps. Say whether it happened on the website, in an app, or through the API. The network service’s route name may not help the platform locate the issue, and full proxy logs may not be needed. If logs contain requests from other apps, extract only the relevant lines first. Public forums are suitable for discussing general symptoms, not sharing credentials or unredacted logs. Keep original records locally and share only what’s necessary to troubleshoot efficiently while protecting your data.

Usage and plans: choose based on actual traffic

Text chats, images, attachments, and development tasks use different amounts of data, so you can’t choose a plan based only on the tool name. VPNLH monthly subscriptions are ¥9.9/month for 60GB, ¥18/month for 250GB, and ¥28/month for 500GB. Data resets monthly on the activation date; when you upgrade mid-cycle, the price difference is prorated for the remaining days. Check your actual usage in the panel and factor in your attachment and download habits. Plans do not include third-party AI memberships or API credits, and more network data does not automatically increase model permissions or platform limits.

If your usage is irregular, consider a data package: ¥158/300GB, ¥358/1000GB, or ¥658/3000GB. Data does not expire and remains available until used. See the Plans page for full billing terms and details. Payment methods: Alipay / WeChat Pay / USDT. The refund policy is a 60-day, no-questions-asked refund. Choose based on how you use the service, your data needs, and the plan details in your account—not on the assumption that a higher tier guarantees continued access to a particular AI platform. Platform eligibility and network subscriptions are separate requirements.

Keep long-term maintenance simple: save a verified, commonly used region, document where your rules come from, and keep a restorable configuration backup. When the client or target tool changes, retest text, attachments, and streaming without redoing unrelated settings. If the detected region differs, first check the target platform’s official requirements and the specific response, then decide whether to change routes. This page explains the troubleshooting approach; the Quick Start Guide covers setup. Use the relevant section to address each symptom so configuration changes have a clear reason and the next issue doesn’t mean starting from scratch.