Every Proxy on Android can provide an explicit HTTP proxy to a Windows browser connected to the phone's hotspot. Bind the hotspot address, require authentication, and configure the browser yourself; sharing Wi-Fi connectivity does not automatically share every VPN connection. The procedure below is based on official documentation and has not been fully tested on an author-owned phone.

Key Takeaways

Use one trusted hotspot client and a unique proxy password.

Bind the actual hotspot IPv4, not all interfaces or an unrelated VPN address.

Keep the phone-to-browser proxy connection on a trusted network; credentials do not add link encryption.

Check wrong credentials, sleep, address changes, and stopped-listener failure before relying on the setup.

What can Every Proxy on Android share?

Every Proxy is a user-space TCP relay: it accepts proxy requests and opens destination connections through the phone's available upstream. No root is required for the app's normal proxy role. The official guide separates HTTP/HTTPS, SOCKS, and optional Network Bridge functions. This procedure uses only authenticated HTTP proxying for a browser.［1］

Review the ownership and recovery decisions first. If you actually need every application captured, the comparison of TUN and explicit proxy capture is the appropriate decision point. The hotspot VPN coverage explanation covers why a phone's VPN indicator is insufficient evidence about a laptop.

The baseline is a phone using its ordinary mobile-data route. A separate, already authorized upstream may be compared only if the app can use it under the existing routing policy. A route requiring Network Bridge or per-app VPN changes is outside this tutorial. Do not alter or disconnect a working VPN, including one on another device, to force the baseline; use a separate authorized test environment or leave that comparison untested.

What must you record before the Every Proxy hotspot setup?

Use a currently supported Android handset, your own mobile subscription with permitted tethering, and one Windows 11 laptop with Firefox. Record the handset model, Android version, Every Proxy version shown by Android App info, and the browser version if you perform the checks. These fields describe your environment, not a pre-existing tested-device claim.

Install through the official store link on Every Proxy's installation page and verify the developer. The page provides the supported distribution routes; this guide uses the normal official release channel, not an unofficial APK or modified build. Where a public page does not expose an exact version number, do not invent one.［3］

Before changing settings, record the hotspot name/security, automatic timeout, connected-device list, Every Proxy configuration, notification permission, battery policy, and Firefox's existing connection setting. Keep credentials and screenshots private. The device baseline checklist helps identify which setting changed if restoration is needed.

This is a manual session: no startup automation, root tools, router configuration, carrier bypass, or system-wide VPN promise. Stop if device policy prevents authenticated proxy configuration or a trusted hotspot cannot be established.

Step 1: Create a hotspot for one trusted laptop

In Android Settings, open the hotspot/tethering section; the exact label varies by manufacturer. Enable a protected Wi-Fi hotspot using the strongest security mode supported by both devices, with a unique hotspot password. Connect only the intended laptop and inspect the connected-device list. If the phone supports an allowed-device list or a one-client limit, apply it.

A hotspot password controls association; the separate proxy password controls proxy use. If the handset has no source allowlist, do not claim IP-level filtering: keep only the trusted laptop associated, protect the hotspot credential, and stop if an unexpected client appears.

First confirm the laptop can reach an authorized destination before any proxy setting. If hotspot connectivity fails, use the Android hotspot recovery steps before changing Every Proxy. Do not mask a broken hotspot by opening listeners on additional interfaces.

Step 2: Configure Android proxy sharing without root

Open Every Proxy, find the HTTP proxy configuration, and tap its edit control. Set port 8080, choose a unique username and password, and bind to the phone's hotspot-interface IPv4. The app's address list may contain Wi-Fi, mobile, and VPN addresses; verify the hotspot address from the laptop's IPv4 gateway and the phone's current interface information rather than guessing.［1］

Do not select 0.0.0.0, ::, or the mobile public address. Leave SOCKS, PAC, Network Bridge, and auto-start off. Start the HTTP proxy only after saving authentication and the exact address. Confirm the displayed running address and port match your selection; if the available app version cannot preserve these restrictions, stop rather than accepting an anonymous or wildcard listener.

The official app describes HTTP Basic authentication and SOCKS5 username/password authentication. Basic credentials are not encrypted simply because a password was set. A destination HTTPS connection can protect its payload end to end, while the browser's proxy negotiation still occurs across the hotspot. Use this only on the trusted hotspot and do not share the listener on public Wi-Fi.［1］

Step 3: Point Firefox at the phone's current address

On the Windows laptop, open Firefox Settings → General → Network Settings → Settings. Record the original choice, then select Manual proxy configuration. Enter the hotspot IPv4 in HTTP Proxy and port 8080; enable use of the same proxy for HTTPS, or fill the separate HTTPS fields with identical values. Leave SOCKS and PAC unused.［4］

Save and open a new private browsing session. Request an authorized HTTPS site and enter the proxy credentials when prompted. Do not install a custom CA, ignore a certificate warning, or accept an unexpected login page. The app's HTTP/HTTPS relay does not require decrypting the destination connection.

The field for HTTPS requests does not establish an encrypted browser-to-proxy transport. Keep that distinction clear when explaining the setup to the person using the laptop. Browser bypass entries and existing managed DNS policies can affect which requests take this route; record them instead of silently changing all browser policies.

How do you check the real path and rejection behavior?

Start a new session or restart Firefox between credential attempts; cached credentials, open connections, and cached pages can hide the result. Observe the app's running state and traffic during a fresh browser request. A foreground notification alone establishes neither authentication nor application coverage.

Reader check	Expected evidence	Failure response
Correct username/password	Fresh intended HTTPS request works with corresponding proxy activity	Verify address, port, hotspot, and upstream separately
Cancel authentication	Fresh non-exempt request cannot use the proxy	Inspect authentication configuration before continuing
Wrong password	Request fails or repeats the challenge	Stop if unauthenticated traffic is still forwarded
App without a proxy setting	Existing direct behavior is documented separately	Do not describe Firefox results as all-app capture
Stop HTTP listener, keep Firefox configured	New non-exempt request fails	Check bypass, cached pages, or another listener if it succeeds

You may compare the browser's visible exit for the current request, but direct tethering and a phone-hosted direct proxy can have the same public IP. That equality is not proof of the proxy path. The controlled listener-stop failure and correlated activity are more useful evidence for this browser session.

For an already authorized upstream, repeat the same positive, wrong-password, and stop-listener checks without changing other apps' routing. If the required route is unavailable under current policy, record it as unverified and stop the branch. Do not present Network Bridge instructions or “all VPNs work” as a substitute for evidence.

This procedure does not establish UDP relay, browser-DNS capture, IPv6 containment, or behavior of applications that ignore a proxy. A laptop may retain an independent IPv6 route. Document that boundary; do not disable protections or IPv6 globally to make a test look successful.

What should you do after sleep or an address change?

Lock the phone and let it sleep during a reader verification session, then request a fresh page and inspect the listener. Android battery restrictions can stop the process, and losing the selected interface address can stop the bound proxy. The official troubleshooting guide distinguishes those causes.［2］

If continuous operation is necessary, permit the app's required foreground notification and consider an app-specific battery exception only on the authorized phone. Record the old policy and its power-use tradeoff. Do not exempt unrelated applications or install the optional Bridge for this baseline. Restore any exception when the lab ends.

After hotspot restart, reboot, or network switching, verify the address, authentication, associated client, and manual start state again. Update the browser only after confirming the new hotspot address. A mismatched address is a reason to stop and rebind, not switch to wildcard listening.

For retirement, first stop the proxy to verify the configured browser's fresh request fails. Then restore Firefox's recorded connection settings and clear temporary proxy credentials; stop any remaining Every Proxy listener, disconnect the laptop, and restore the hotspot, timeout, notifications, and battery settings changed for this session. Revoke both temporary passwords. Remove the app only if it was installed solely for the exercise.

If the intended host is a Windows computer instead, use the sing-box sharing procedure with a source-scoped firewall rule. Windows and Android have different access-control mechanisms; do not describe them as interchangeable.

Summary

Keep the hotspot trusted and the HTTP proxy authenticated and bound to one address.
Verify actual browser requests, failed credentials, and listener shutdown separately.
Preserve the distinction between mobile connectivity, proxy use, and an existing VPN route.
Restore client settings and phone permissions after the session.

FAQ

Does Every Proxy need root?

The normal app relay operates in Android user space and does not need root. This guide does not add system routing or device-wide interception features.

Is my phone's VPN automatically shared?

A VPN indicator on the phone does not establish the laptop's route. App inclusion, routing policy, and optional Bridge requirements need their own evidence.

Why does the proxy stop when the phone sleeps?

Check the app's foreground notification and battery restrictions, then confirm its bound address still exists. An app-specific exception may help but is not a guarantee for every handset.

Which address belongs in Firefox?

Use the current hotspot-interface IPv4 displayed for the phone and confirmed against the laptop's gateway. A VPN address or mobile public address is not an interchangeable choice.

Does the password encrypt the hotspot proxy link?

Proxy authentication controls use but is not transport encryption. Protect hotspot association separately and keep destination TLS verification enabled.

Can I use games and other applications this way?

An application must explicitly support the relevant proxy. A browser HTTP proxy does not establish support for arbitrary protocols, UDP games, or every background service.

Why does a page load after the listener stops?

Check that it is a fresh request, not a cached page or existing connection. Review bypass entries and active listeners before concluding that the proxy was used.

Disclaimer: Use only authorized devices and permitted tethering. These official-source instructions contain reader verification scenarios, not fabricated device logs, screenshots, or completed author tests.

Sources:

Sources checked 11 October 2026.

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Every Proxy on Android: Share a Hotspot Proxy Safely