Tasker Wi-Fi Not Working? Check the Action, Helper, and Shizuku

If Tasker's Wi-Fi action fails when you run it manually, check the action's execution route. If it works manually but the Profile never runs, check the trigger, enabled state, and background behavior instead. First note whether Android's Wi-Fi switch is on or off, which state you want, and how you will restore the original state. Avoid turning off the connection during a call, upload, or other critical task.

Separate the Failing Operation

“Wi-Fi not working” can describe three different jobs. Switching the Wi-Fi radio on or off is not the same as joining a named network. Neither is the same as enabling a Wi-Fi hotspot. Tasker's known-issues guidance treats Wi-Fi toggling and tethering as distinct cases, so diagnose the action actually present in your Task.

This order prevents a trigger problem from being mistaken for a blocked Android action. It also avoids changing several permissions at once before you know which layer failed.

Check One Action and Android's Wi-Fi State

Copy or isolate the existing Wi-Fi action in a short Task and run it explicitly once. Start from a known switch state and choose the opposite state only for a brief, reversible check. Record the time and any error. Then look at Tasker's Run Log and Android's Wi-Fi control. The Tasker troubleshooting guide recommends simple actions and log inspection when diagnosing a Profile.

There are three possible findings. If the action itself is rejected, investigate its supported route. If it executes and Android's switch changes, restore the original state and move on to the Profile trigger. If the log suggests completion but Android's switch did not change, treat the observed state as the outcome and keep the log as diagnostic evidence. Do not infer that the phone joined a particular SSID merely because Wi-Fi turned on.

A successful manual run proves only that the action worked at that moment. It does not prove the Profile will wake in the background, that its conditions will become active, or that another rule will not reverse the setting.

Match the Route to Your Tasker Edition

Check the installed Android version, Tasker edition, and the Wi-Fi action you are using. Tasker's direct-purchase FAQ documents functions that can work without the Tasker Settings helper in that edition, including Wi-Fi toggling. That distinction does not remove Android's permissions or device-specific restrictions. Do not assume a helper is needed until you know which edition and action are involved.

For the route that does need Tasker Settings, follow the official helper instructions for Wi-Fi toggling rather than instructions for connecting to a network. Check that the helper is installed. Manually grant its required permissions in Android Settings > Apps > Tasker Settings > Permissions instead of relying on its normal permission prompt, which may crash the app. Tasker's known-issues page also calls out relevant battery restrictions on the helper, not only on Tasker.

On Android 14 and newer, ordinary installation of the helper's older-target package can be blocked. The official README gives supported routes: its Easy Install task requires Tasker 6.6.11 or newer and Shizuku installed and running; the documented ADB method is a separate alternative. Use that guide for the full procedure; repeatedly retrying an incompatible install prompt will not repair the Wi-Fi action.

Check Four Shizuku States

Shizuku has more than an installed/not-installed state. Tasker's Shizuku support notes document Tasker Function → Check Shizuku and its outputs: %is_shizuku_installed, %is_shizuku_running, %has_shizuku_permission, and %can_shizuku_be_used. Check each output rather than assigning one assumed value to the whole setup.

• Installed: The Shizuku app is present. This alone does not mean its service is active.
• Running: The service has been started for the current device session.
• Authorized: Tasker has permission to use it; inspect Shizuku's authorized-app state if needed.
• Usable: Tasker can access the Shizuku service now. This does not establish that a particular Wi-Fi action will succeed.

For example, a running Shizuku service without Tasker authorization is not a usable Tasker route. Likewise, granting access does not start a service that stopped after reboot. Compare the Check Shizuku outputs with the Wi-Fi action's error and Android's actual switch state, and change only the missing prerequisite.

Recover Shizuku After a Reboot

If the Wi-Fi action worked yesterday but fails after restarting the phone, check whether Shizuku is running before rebuilding the Task. Shizuku's official startup guide describes wireless-debugging pairing and startup on Android 11 and newer without a computer. Pairing is generally a one-time setup, but the service must be started again after a reboot. Repeated pairing is not the first response to a service that simply has not been restarted.

For Android 10 and older, the documented non-root startup route uses a computer again after reboot; a root route is optional, not a universal requirement. Manufacturer debugging and background behavior can differ, so use the startup route appropriate to the actual phone. Once Shizuku reports running, confirm Tasker remains authorized and repeat the single manual Wi-Fi action.

If the action still fails, preserve the new error. A reboot can expose more than one issue, but changing the helper, authorization, and Profile conditions simultaneously makes it harder to tell which correction mattered.

Retest One Change and Restore Wi-Fi

After correcting one prerequisite, rerun the isolated Wi-Fi action and inspect Android's switch. Restore the original state as soon as the check is complete. Only when the manual action works should you return to the Profile: confirm it is enabled, reproduce its context, inspect the Run Log, and look for competing rules or relevant background restrictions.

If the issue is the Profile rather than the action, Tasker vs MacroDroid: Build and Check the Same Android Rules explains how triggers, conditions, and actions differ. For wider agent-task failures unrelated to this Wi-Fi route, Phone Agent Debugging and Recovery: Fix Failed Android AI Assistant Tasks covers result checks and recovery.

For an unresolved case, record the phone model, Android version, Tasker edition, action requested, initial and observed Wi-Fi states, Run Log error, four Shizuku states, and whether the problem began after reboot. Keep credentials and unrelated private data out of a support report. The aim is a reproducible failure, not another unverified retry.

Use a User-Started Alternative When Needed

If the immediate need is simply to turn Wi-Fi on or off, FoneClaw can handle a supported, user-started request under its Android permissions and tool policy. Our Wi-Fi tool attempts the change and checks the requested state. When a direct change fails or remains pending, it can open Android's Wi-Fi panel for the user to complete the change; the final check is still Android's actual switch state. The FoneClaw Features page describes the current supported phone actions.

This is not a Tasker Profile import or an unattended replacement for a time or SSID rule. A configured online model may also need connectivity for the request, so keep another way to reach Wi-Fi settings when the phone is offline. If the goal is to replace Tasker's persistent automation rather than perform one phone action, Tasker Alternatives for Android: Free, Open-Source, and Voice Options helps choose a rule engine or another suitable control model.