VPNWish AI Tool Access Guide

AI access paths and region checks

Break “it won’t open” into testable steps

Accessing an AI tool is more than a simple connection between your browser and a webpage. Your device first resolves the domain, then establishes an encrypted connection. The platform may then check the request’s source, your sign-in status and your product permissions. When generation begins, it may also call separate services for models, files or real-time communication. So a page loading only shows that some resources are reachable; it does not confirm that sign-in, uploads, generation and downloads all work. When troubleshooting, note the exact action that fails rather than simply saying “the AI isn’t working.” The more specific the action, the easier it is to find the relevant network request.

First, distinguish the layers: your device connection, international route, platform access and account permissions. Device connectivity involves your local network, proxy handling and DNS resolution. The international route concerns the exit region and connection stability. Platform access depends on service status, regional policies and traffic controls. Account permissions cover subscriptions, organization policies and eligibility. A working earlier step does not prove that later steps are working too. VPNWish provides cross-border network acceleration; it cannot grant permissions on an AI platform or change that platform’s terms of use.

An IP address is only one regional signal

Platforms may consider a combination of exit IP, account details, billing region, session history and device environment. The signals vary by product, and public documentation may not disclose how they are weighted. If you see a “region not supported” message, first check the product’s official list of supported regions, then confirm that your current exit region and eligibility meet its requirements. Don’t assume that switching to a particular country will guarantee access, and don’t alter account details to misrepresent your eligibility. A network route can help with reachability, but it cannot remove a product policy restriction.

A shared exit may also carry traffic from other users. If an IP address has recently been associated with unusual activity, a platform may require extra verification or restrict certain actions. A verification page alone does not prove that the route is at fault, or that your account has been penalized. Browser extensions, expired sessions, server congestion and an incorrect system clock can cause similar symptoms. Keep the original message, compare how the same account behaves on a stable network, and then decide whether to try another route. Repeatedly switching regions makes the results harder to compare.

Pinpoint the failure by request stage

If DNS resolution fails, the app usually has not reached the target platform. If the encrypted handshake fails, the request may not have reached the platform’s application layer either. A clear sign-in error means at least some requests have reached the server. If a connection drops after generation begins, the issue is more likely related to a long-lived connection, an app timeout or the platform’s generation state. This sequence is not an absolute rule, but it helps narrow down the cause. The browser’s developer tools network panel can show the failed request’s host, status and duration. Those details are usually more useful than repeatedly refreshing the page.

Find out where the request is failing before deciding whether the route is suitable. Handle region messages, account permissions and connection timeouts separately; changing routes is not a substitute for diagnosing them.

Remember to check other parts of the local network environment. Office networks may apply outbound policies, security software may inspect encrypted traffic, and browsers may use their own DNS resolution. These factors can make web and command-line access behave differently on the same device. Before troubleshooting, note the network environment, client mode, exit region and action you’re testing. Then change just one condition at a time. If the issue clears, verify that combination before changing anything else. Otherwise, you won’t know which change made the difference.

To establish a baseline, test a regular webpage, the target platform’s sign-in page and an actual generation task as separate checkpoints. If regular websites work but the target service does not, check the platform’s requirements. If all access fails, start with the client connection and local network. For an overview of nodes, rules and subscriptions, see VPN terminology for beginners. Understanding which part each term refers to helps prevent confusing “switching clients” with “changing your exit route.”

AI tool access requirements

Different entry points, even within the same brand

The ChatGPT website, the OpenAI API and apps that integrate these capabilities are separate access points. They may use different authentication, billing systems and service domains. Being able to chat on the website does not mean your developer project has API access; a successful API request does not mean your browser session is valid. Before troubleshooting, note the product name and access method. Don’t mistake a web subscription for API credits, or assume an error in a third-party client was caused by the model platform. Check the target platform’s account page to confirm permissions.

Check Claude’s website and developer API separately too. For sign-in, look at the authentication callback and whether the session is saved. For API access, check the project key, model access and billing status. If you use a team or organization account, confirm that your administrator allows the feature. Keep the full error message instead of quoting only “can’t access.” Region restrictions, organization policies and connection errors may appear in similar places, but they require different fixes. The complete message helps tell them apart.

Confirm the product, then check the account context

Gemini features may be available on a standalone website, in a developer console or within productivity products. If you’re signed in to multiple accounts in your browser, the page may not be using the account you expect. Check the active identity in the profile menu, then verify its organization, region and product eligibility. Switching routes usually won’t help if an organization or school account is subject to administrator policies. To change accounts, sign out and back in using the official process. Don’t mix session files or authentication details between accounts.

Copilot can refer to products from different providers with different purposes. General-purpose assistants, code completion and productivity integrations should not be treated as the same issue. A coding assistant may authorize through an editor and then send requests from a background plugin process; a web assistant relies more on the browser session. Support requests should specify the product’s full name, access method and action that triggered the issue. If the editor shows successful authorization but offers no completions, check the plugin’s network logs and organization policies instead of troubleshooting browser sign-in again.

Check generation tasks and asset downloads separately

Check Midjourney task submission, status display and image loading as separate actions. If a task was submitted but its thumbnail won’t load, the issue may be access to the asset’s domain; don’t immediately submit the task again. First check whether it appears in your task history, then see if the original image URL loads. Take particular care not to use repeated retries as a substitute for diagnosis when an action consumes credits. Access methods and account policies can change, so check the official site for current supported usage rather than relying on outdated screenshots in older guides.

With Cursor, check both the editor and its built-in features. Access to the extension marketplace does not mean model requests use the same route. A working chat does not prove that background tasks and terminal tools inherit the same proxy settings. The editor may have its own network configuration, and a remote development environment may run on another host. Note whether the issue occurs in chat, completions, indexing or the terminal, and identify where the process sending the request is running. Then check the logs and network settings for that specific feature.

These differences mean there is no permanent “works with every AI tool” label for any route. Platform policies, account eligibility and access methods can all change. A more reliable approach is to keep your own usage notes: tool name, access method, exit region, sign-in status and successful actions. Don’t include keys, full conversations or private files. If you use several tools, aim for a stable working environment that meets each tool’s official requirements rather than changing account and network settings whenever an error appears.

Choose an international route for the task

Check regional eligibility before connection speed

Before choosing a route, confirm that the target product supports your current region, account type and intended use. If your use does not meet the requirements, contact the platform through its official support channel instead of using a route to get around eligibility rules. Once you meet the requirements, consider the exit location, route stability and local network performance. VPNWish covers 100+ countries and 210+ routes. This describes the available connection options; it does not mean every exit works with every AI platform or guarantee long-term access to any specific platform.

Web chats usually depend on a persistent connection and complete resource loading. Document generation for remote work may also involve uploads, authentication and file downloads. API requests may originate on a server rather than your personal computer. First identify where the request starts, then choose a route that is actually available in that environment. Switching routes in your browser won’t change the network path used by a script running on a remote server. Missing this distinction can make it seem as though changing routes has no effect.

Route type is no substitute for testing

IEPL, transit and direct connections describe how a network path is arranged, not a platform’s authorization level. Even if one type of route performs well in a particular network environment, that does not mean its exit has a dedicated or fixed IP address, or a special account reputation. A city in a route name is only a guide when choosing an exit; regional checks may also be affected by changes to IP geolocation databases. For route details, visit the Global Nodes page. The current options in your client are the definitive list.

When comparing routes for the same task, keep the device, target account and action consistent. On your current exit, sign in, send a short request and check the response. Then test something closer to your actual workload, such as uploading a document or waiting for a longer answer. Don’t judge a route just by opening the homepage, and don’t install a new extension, change DNS settings and clear your session all at once. Changing too many conditions makes it impossible to separate route differences from app state, leaving you with impressions that are hard to reproduce.

Consistent exit routes and data usage

Keeping the exit environment relatively consistent while you work can reduce extra verification and make issues easier to compare. This is an operational recommendation, not a promise of a fixed IP address. Automatic client selection may change the route, and reconnecting after a network interruption may change the exit. Check the actual conditions at the time. If a long task is running, first confirm that the app supports resuming it before switching routes. Text appearing in the webpage does not mean the server has finished; changing routes mid-task may disconnect an unfinished request.

Choose a plan based on your actual data usage, not just the number of chats. Text, images, voice and file transfers use different amounts of data; this guide does not provide unmeasured usage estimates. Monthly subscription data resets each month on the activation date. Data add-ons remain available until used and never expire. To compare data allowances and prices, see Plan pricing. Don’t confuse the target AI platform’s model credits with VPNWish network data; they are managed by separate services.

VPNWish has no limit on the number of devices connected at the same time, but this does not change the target platform’s rules on account sharing, concurrent use or automated requests. Connecting a device to this service does not mean you can share an AI account without restriction. If you use it on home devices, office computers and remote environments, check the actual exit route and target account permissions for each. For general guidance on choosing by region, route type and use case, see our VPN node selection guide, then apply those checks to your AI tasks.

Account sign-in and session management

Distinguish your network account from your AI platform account

Your VPNWish account and target AI platform account are separate. VPNWish does not require an email address; create an account with a username and password. Follow the target AI platform’s official process for its authentication and eligibility requirements. Connecting to this service does not automatically give you an AI platform account, membership or API access. If you have trouble signing in, first check which account system you’re using. Don’t enter your VPNWish dashboard password on the target platform or share the platform’s authentication details with an unrelated support channel.

Sign-in usually involves a page redirect, identity provider authentication, a callback and saving a local session. A browser may get stuck even when sign-in appears complete if it blocks cross-site redirects, an extension blocks required scripts or the system clock is wrong. Start from the official entry point, check the domain in the address bar, and confirm that you’re returned to the original app after authentication. Don’t use sign-in pages from unknown sources, and never share session files, browser storage or sensitive parameters from an authentication callback.

For verification loops, check your browser first

If a verification page keeps appearing, keep the current exit route and first check that your browser allows the site to save the necessary cookies and site data. Overly strict extensions or privacy settings may prevent verification from being saved. You can test with a separate browser profile while keeping your original window open to help distinguish extension issues from account issues. Private browsing offers an isolated environment, but may also restrict some storage features. Interpret the result in light of the browser’s behavior; private browsing is not a universal fix.

If sign-in works in a separate profile, go back to your original profile and check extensions and site permissions one at a time. Start with recently changed items rather than clearing the entire browser. Before deleting site data, make sure you can recover your account and understand that this will end related sessions. Once cleared, return through the official entry point instead of reusing an expired callback link. Old bookmarks and background tabs may also keep sending failed requests, making it seem as though a new sign-in is still failing.

Keep the full error message

“Verification required,” “region unavailable,” “account restricted” and “permission denied” describe different situations. For verification, follow the platform’s official instructions. For an unavailable region, check the product’s supported regions. For an account restriction, use the appeal or support process. For insufficient permissions, review your subscription and organization settings. Don’t create accounts repeatedly to probe for restrictions or buy shared sessions from unknown sources. These actions increase security and compliance risks and often make an otherwise explainable issue harder to resolve.

Account penalties are determined by the target platform. VPNWish can help check the connection route, but cannot remove third-party account restrictions and should never receive third-party passwords, keys or session credentials.

Account security also depends on the device environment. Public computers, shared browsers and remote desktops may retain someone else’s sign-in. Browser sync can also restore old extensions and expired settings. Before troubleshooting, make sure the device is trusted, the system clock is correct and you’re using the right account. Follow your organization’s device and data policies for work accounts; don’t move company data to a personal account just to test a feature. If your organization prohibits a service, being able to connect does not authorize its use.

If sign-in problems begin after changing networks, stop switching exits back and forth. Check whether the platform sent a security alert and follow its official instructions. You can use an already signed-in device to review account status, but don’t copy its session to bypass normal authentication. If you can sign in but can’t use a particular feature, investigate product permissions and feature status instead of repeating the sign-in process. Successful sign-in confirms authentication only; it doesn’t mean every model, file feature or organization capability is enabled.

When reporting an issue to support, include the full message, the action that triggered it, your browser type and the checks you’ve already tried. Redact account identifiers, private content and authentication parameters from screenshots. “Returns to a blank page after authentication” is more useful than “the account doesn’t work.” If the issue occurs in just one browser, investigate its configuration first. If the same clear account message appears on multiple devices, contact the target platform. Let the evidence guide the next step to avoid unnecessary account changes.

Web generation and streaming connections

Page loading and response generation are separate requests

AI websites often load the interface first, then make background requests for sessions, model lists and generated responses. Clickable buttons only show that the front-end resources have loaded. If nothing happens when you click Send, check whether a generation request was actually made. If it was, see whether it is waiting, failing or returning a product message. The browser’s developer tools network panel can preserve request records. Turn on recording before reproducing the issue for a more accurate diagnosis than guessing from the page afterward.

With streaming output, the server sends content gradually as it generates a response, rather than returning the complete answer at the end. The app may use server-sent events, a regular streaming response or another real-time method; check the app’s documentation. These requests need an uninterrupted connection. A brief network switch, proxy idle timeout, device sleep or server issue can break the stream. A speed test loading successfully does not prove that a streaming connection will complete, so test with an actual generation task.

Tell a missing first response from a mid-stream pause

If no content appears for a while after you send a request, the platform may be queuing it, calling a tool or waiting for the model. The request may also have failed to reach the server. First check whether the page shows a task status, then see if a network request was made. If the page displays a queue or usage limit message, follow the product’s rules. If the request failed during connection, check the network. Don’t keep submitting the same task just because it’s taking a while, especially for image generation, external tools or paid API calls.

If output starts and then stops, check whether the page says “complete,” shows an error or offers a way to continue. Sometimes the model has finished its response; the connection has not necessarily dropped. The front end may also be slow to refresh even though the conversation was saved. Check the current conversation first, then try a short request rather than immediately deleting the original. If long responses often stop while short ones work, investigate connection stability, app timeouts, device power-saving settings and the platform’s current service status.

Check file and asset domains separately

Check upload, generation and download success separately too. An app may upload a document to separate storage, process it in a background task and then serve the result from another asset domain. If an upload stalls, check the file requirements and upload request. If the task completes but the link won’t open, check the asset request and whether the link has expired. Don’t upload private documents to unfamiliar speed-test or diagnostic sites, and don’t make links public just to test them. A small sample without sensitive information is better for isolating a connection issue.

In rule-based mode, omitting authentication, upload or asset domains can leave the homepage working while features fail. Identify dependencies from failed requests before changing rules; don’t assume the main site’s domain covers every service.

Browser extensions may rewrite requests, inject page content or block scripts. You can compare results using a separate browser profile, while keeping the original window open as evidence. If disabling an extension fixes the issue, check its site rules instead of permanently turning off every security feature. Managed office devices may not allow users to change these settings; contact your administrator if needed. Don’t disable certificate checks or install unknown root certificates to fix webpage connection issues.

It’s also worth checking what happens when a device runs in the background. Laptop sleep, network switching, browser power-saving features and mobile background restrictions can all affect long-running tasks. Keeping the task page visible can help you monitor it, but does not guarantee that a background task will continue. Before starting a long task, check your power and network settings, and avoid changing routes while it’s running. If the product offers task history or resume features, use those rather than repeatedly refreshing the browser, which may interrupt a pending request.

Before sharing network logs, review and redact them locally. Exported request records may include authorization headers, cookies, upload URLs and conversation content; don’t share them publicly. The failed request’s host, stage, error category and necessary timing details are usually enough for an initial diagnosis. If you identify a specific asset domain as the problem, that only shows an issue on the current route; it does not prove that the whole platform is unavailable. Keep your conclusions within the scope of the evidence for a reliable next step.

API requests and error categories

Check API eligibility and request targets first

API access requires separate checks for the developer project, key permissions, model name and billing status. A web subscription does not automatically include API access; check the target platform’s documentation for specific entitlements. Before making a request, confirm the API base URL and method in the official docs. Don’t treat a third-party relay as an official endpoint. If you use a third-party service, separately review its data handling and credential management. A successful network connection only means the request can reach its destination; it does not confirm that model permissions or account credits are sufficient.

Troubleshoot from the connection layer up to the application layer. If DNS resolution fails, first check how the runtime environment resolves domains. For handshake or certificate errors, check the system clock, certificate chain and network inspection devices. Once you have a server response, check authentication, parameters, quotas and service status. Don’t lump every error under “API blocked.” Logs should record the error category, request target and runtime environment, but never include the full key. Some clients wrap low-level failures in a generic message, so check the original exception for the underlying cause.

Test connectivity separately from API requests

Start by checking a basic encrypted connection from the same terminal that runs your script. The command below accesses an example domain to see whether this terminal can make a standard request. It does not test access to any AI platform or confirm that model requests will work. Keep certificate verification enabled; do not add options that skip checks. If the basic request succeeds, construct a minimal API request based on the target platform’s official example. If it fails, troubleshoot the local network and process proxy before exposing a key in an unrelated test.

curl --head --show-error https://example.com/

For an API test, use a short input with no private content and choose a model your account is authorized to use. First test a regular response to confirm authentication and parameters, then enable streaming. This helps distinguish a basic request failure from a streaming implementation issue. If the SDK reports success but your program displays nothing, check whether the code consumes the response, whether streaming events are being filtered and whether the program exits too early. Network troubleshooting should not obscure application-layer reading and display issues.

Timeouts, retries and duplicate execution

Connection timeouts, read timeouts and overall task deadlines mean different things. A connection timeout limits how long it takes to establish communication. A read timeout limits the wait between incoming data. An overall deadline limits the full operation. Don’t treat them as interchangeable or simply increase every timeout. Check the platform docs and SDK documentation for each parameter’s meaning, then adjust for the task. If the logs only say “timeout,” capture the exception source instead of assuming the platform never received the request.

After a timeout, the server may still be processing the task, so consider duplicate execution and billing before retrying. For document processing, image generation or tool calls that write to an external system, check the task status first. If the API supports idempotency or request IDs, use them as documented. For rate limits, follow the server’s wait instructions and reduce concurrency. Changing keys, projects or exit routes to keep pushing against a limit is not a sound troubleshooting method and may violate the platform’s rules.

Finally, check data boundaries. Supply keys through a controlled runtime environment; don’t put them in webpage source, repositories or screenshots. Redact authorization headers and sensitive input from logs. Request IDs can help official support investigate, but must still be handled according to your organization’s policies. When reporting an error, include the time and time zone, action, API category and a redacted response body; that’s more useful than “the API is down.” If the network works and the response is a clear application error, follow up through the project settings, billing or target platform support channel.

Terminal, IDE and CI configuration boundaries

Proxy behavior depends on the process

If an AI tool works in your browser but fails in the command line, the process may not use the same network configuration. System proxies, app-level proxies and environment variables are different mechanisms, and whether a program uses them depends on its implementation. Don’t assume that starting a client sends every process through the same route. First identify whether the failing program runs locally, in a container or on a remote host. Then check its network library and proxy configuration. Configure the process actually making the request, not just the visible desktop app.

Terminal environment variables usually affect only the current process and its child processes started afterward. Editors, background services and task runners that are already running may not inherit values added later. To test, launch the target app from a terminal with the confirmed environment, or restart the relevant process as documented. Don’t add temporary troubleshooting settings to global startup files for convenience; this could affect software updates, internal services and other projects. Remove temporary settings after testing and note where the effective configuration came from.

Match the protocol, address and exclusions

The proxy protocol must match the endpoint provided by your client. HTTP and SOCKS proxies are not interchangeable by simply changing the name, and network libraries may resolve domain names differently. Get the port and listening address from your current client; this guide does not assume universal values. The command below unsets common temporary proxy environment variables in the current terminal. It will not close the client or necessarily remove proxy settings configured inside apps. Before running it, confirm that these variables are not needed for your current work.

unset HTTP_PROXY HTTPS_PROXY ALL_PROXY
unset http_proxy https_proxy all_proxy

Check the exclusion list too. When a domain is excluded, the program may connect directly, causing a script to fail even when the browser works. Internal repositories, organization services and local callbacks may need exclusions, so don’t remove every rule just to get AI requests working. Check each host involved in the failed request and keep the exclusions required for your work. Environment variable case sensitivity and matching syntax can vary by tool; consult the documentation for the program you’re using.

Remote development and containers have separate network contexts

An IDE extension may run in the local UI process or in a remote extension host. A remote workspace, container or subsystem should not be treated as the local terminal by default. In these environments, the loopback address points to that environment, not your computer’s client. If the proxy listens only on your device, a remote host cannot use it directly. For remote access, use a secure network solution approved by your organization; don’t expose a local proxy to the public internet.

If Cursor or another coding assistant can chat but can’t complete code, check the logs and settings for each feature separately. Even after authorization succeeds in an external browser, the editor may fail when exchanging credentials or connecting to a model. First check whether the callback returns to the app, then check the route used for background requests. If your organization manages certificates and proxies, ask your administrator to check the trust chain and access policies. Don’t download certificates from unknown sources or disable TLS checks to temporarily suppress the error.

For CI, prioritize credentials and reproducibility

CI runners typically don’t have a desktop client and don’t inherit the developer’s computer network environment. Check outbound policies, DNS resolution and target platform requirements where the runner actually executes. Hosted runners may use changing exit routes; check the official documentation from both the runner provider and AI service for relevant restrictions. Verify that required environment settings are in place before a job starts, and report redacted error categories if it fails. Don’t download unknown network tools in your pipeline or copy a personal computer’s configuration files into a build image.

Manage keys using CI secret variables and limit access to the jobs and branches that need them. Builds from untrusted changes should not automatically receive production credentials. Caches, test reports and debug output may also expose request content; review them before uploading. After troubleshooting, document the working setup: where it runs, where configuration comes from, network dependencies and recovery steps. Explain the principles and where to configure things, but don’t store real keys or subscription URLs. This makes the result reproducible when the environment is rebuilt without increasing the risk of a leak.

Connection issues and rate limits

Reproduce the issue with a minimal test instead of repeated retries

When an issue occurs, stop refreshing and resubmitting. Keep the current page message and task status. Note the tool, access method, triggering action and result—for example, a failed sign-in callback, a working short chat but stalled upload, or a quota message from the API. Then check the target platform’s public service status and your account page before returning to the local connection. If the platform has reported an outage, avoid changing local settings. Temporary changes left behind when the service recovers only create more uncertainty.

For a minimal reproduction, use input with no sensitive information, on the same device and account, with a relatively stable exit route. Check basic access first, then the specific feature, and record what works and what fails. If you need to compare routes, change only the route and note the actual results before and after. If the result isn’t reproducible, label it as intermittent rather than calling an accidental recovery a confirmed fix. You can pause real work while testing; keep diagnostic tasks simple and free of side effects.

Route issues by error type

If no websites are accessible, first check your local network, client connection, subscription status and data usage. If only one AI product fails, check its regional and account requirements. If only one browser fails, check its session, extensions and site permissions. If only a developer app fails, check its process environment, API parameters and permissions. These paths help avoid wasted effort. If the problem is basic setup or importing a subscription, return to the Quick Start Guide instead of continuing to investigate account or model settings.

Read the error details before addressing a rate limit. Rate limits, usage quotas, concurrency restrictions and service congestion can require different responses. If you can verify usage on the account page, check it first. If the server tells you to wait, follow its instructions. If concurrency is too high, reduce parallel tasks and add an appropriate backoff. Don’t retry indefinitely or keep submitting by rotating accounts or source addresses. For tasks that may already have run, check the results before retrying to avoid duplicate generation, writes and charges.

Don’t confuse account restrictions with network issues

If your account is suspended or you’re asked to appeal, use the target platform’s official process and describe the situation accurately. This service cannot reverse account penalties and does not promise that any exit route will prevent risk checks. To manage day-to-day risks, keep your device environment consistent, follow account-sharing rules, protect your credentials and limit automated requests. These are risk management practices, not guarantees. If you don’t have enough evidence to explain a restriction, say “pending confirmation from the platform” rather than guessing that an exit has been permanently blocked.

A useful support request includes the symptoms, scope, reproduction steps and conditions already ruled out. Passwords, API keys, cookies, actual subscription URLs and complete conversations are not needed for an initial diagnosis.

To report a connection issue to VPNWish, use a support ticket in your user panel and include your device platform, client mode, selected route name, failed action and a redacted error message. Redact private information from screenshots. For organization networks, note whether you’re working in an office environment or on a remote runner. When contacting the AI platform, include its official request ID for the project or task and any message shown on your account page. Send each set of details to the team responsible for that part of the issue to avoid back-and-forth requests for irrelevant information.

Don’t stop tracking the issue as soon as it appears resolved. Verify with the same minimal task, then resume your normal workload and remove any temporary proxy settings, disabled extensions and debug output used during troubleshooting. If recovery depends on a setting, record where it is, what it applies to and how to revert it. If the issue cleared after waiting for a platform recovery, say so rather than crediting the last random change. Clear notes can be reused for future issues and save you from starting the troubleshooting process over.

Keep the service boundaries clear: VPNWish provides international routes and client connectivity; the target AI platform manages models, accounts and content policies. VPNWish supports Windows / macOS / iOS / Android / Linux, has no limit on simultaneous devices and offers a 7-day money-back guarantee. For service and billing details, see Plan pricing and the Refund policy. Treat network selection, account management and app configuration as separate tasks to turn “it opens” into a reliable, understandable workflow.