Tasker Alternatives for Android: Free, Open-Source, and Voice Options
Choose a Tasker alternative by the work you need, free limits, source license, and migration effort. Compare MacroDroid, Automate, OpenTasker, voice tools, and FoneClaw.
- Choose by control model: Tasker for deep rules, MacroDroid for macros, Automate for visual flows, and OpenTasker when an independently licensed rule app matters.
- Tasker's seven-day trial, MacroDroid's five-macro free tier, Automate's running-block limit, and OpenTasker's MIT license mean different things.
- OpenTasker imports a mapped subset of Tasker XML with diagnostics and leaves imported items disabled for review.
- FoneClaw fits supported, changing Android requests; its saved Workflows do not replace a persistent Tasker rule or schedule themselves.
Choose by the Work
Tasker alternatives for Android are easier to compare when you start with the job, not a feature count. A rule that watches a Bluetooth connection every day needs a persistent trigger. A request to inspect today's phone state and make one supported change may be better handled as a user-started task. Those are different control models, even when they reach a similar result.
| Work you need | Option to examine | Check before switching |
|---|---|---|
| Complex state, variables, scenes, or plugin chains | Tasker | Whether the existing project is easier to maintain than a replacement. |
| A small set of recurring trigger-action rules | MacroDroid | Conditions, free macro limit, and required permissions. |
| Branching logic you want to see as a flowchart | Automate | Running block count and device support for each block. |
| An independently licensed rule app | OpenTasker | Whether every needed Tasker feature maps to its supported subset. |
| A supported phone-brand setting routine | Built-in routines | Available conditions and actions on your device. |
| Spoken operation of a visible screen | Voice Access | Command language and the screen you need to control. |
| A supported assistant utility | Gemini | Account, app, permission, and device requirements. |
| A changing, user-started phone task | FoneClaw | Supported tools, approval policy, and the observed result. |
There is no measured winner here. In particular, a readable macro is not automatically more reliable than a Tasker profile on every Android device. For the actual structure of two common rule engines, Tasker vs MacroDroid: Build and Check the Same Android Rules walks through paired designs and diagnosis.
Compare Free Limits and Licenses
“Free” can mean a temporary trial, a limited ongoing tier, or permission to inspect and modify source code. Tasker's official download page offers a seven-day trial, not a permanent free rule-engine tier. It also distinguishes stable and nightly builds, which matters when evaluating a rule you will depend on.
The MacroDroid store listing describes an ad-supported free tier with up to five macros. Its Pro purchase removes ads and that cap. Automate's free-edition rules limit running flows to at most 30 blocks, including disconnected blocks within a running flow; inactive stored flows are not capped. Premium is a one-time purchase. That is a block limit, not a limit of 30 flows.
OpenTasker is a separate proposition: its published MIT license permits use, modification, and distribution subject to the license notice. The license does not guarantee that a particular phone, plugin, or imported project will behave like Tasker. Compare the cost model and the compatibility model separately, and check current store terms for your region before buying anything.
Understand OpenTasker's Import Boundary
OpenTasker is an independent Android automation project, not an official edition of Tasker. It can import and export a mapped subset of Tasker XML. The importer reports unsupported or lossy mappings, and imported items remain disabled by default. That is the useful safety boundary: an imported rule is a candidate for inspection, not a working replacement simply because a file was accepted.
The maintainer's September 26, 2026 release notes describe a fix for Wi-Fi network-name profile matching and broader Tasker import mapping, including HTTP Request, Set Clipboard, and Write File actions. Those are documented project changes, not results we measured on a phone. They do not establish that all Tasker scenes, plugins, variables, or XML projects migrate intact.
For a serious project, inspect each imported trigger, condition, action, permission, and destination. Keep the imported version disabled until you have reviewed the diagnostics and chosen a harmless way to check it. If a required step has no supported mapping, rebuild that step explicitly or keep the original rule in Tasker.
Account for AI-Assisted Rule Creation
Before leaving Tasker because you want to describe rules in ordinary language, consider what it already provides. Tasker's AI Generator documentation describes creating projects, profiles, and tasks with Gemini or OpenRouter. That is rule authoring: the generated project still needs its trigger, conditions, variables, permissions, and actions reviewed before it runs persistently. Provider access and cost are separate from the rule engine.
MacroDroid's current store listing also describes AI assistance for existing macros and action blocks through an overflow menu. That helps with editing a macro already in place; it is narrower than Tasker's project, profile, and task generation. In both apps, inspect the resulting rule before enabling it.
A generated rule and a live assistant request are not equivalent. Once enabled, a Tasker profile follows its configured contexts; it does not reinterpret a new natural-language goal on each trigger. Conversely, a one-off assistant request does not automatically create a durable Bluetooth or time rule. If the work repeats under the same conditions, inspect the generated rule and its exit behavior. If the goal changes each time, consider a supported user-started assistant action instead.
Separate Routines From Voice Control
Check your phone's own routines before adding another rule engine. Samsung's Modes and Routines guide describes condition-based behavior on supported Galaxy phones. It may be enough for a device setting tied to a known time or state. The available conditions and actions depend on the device and software, so inspect the routine on the phone you own.
Google's Voice Access guidance covers spoken navigation and text editing on visible Android screens. It is useful when your goal is to operate the current interface hands-free, not to recreate a background Tasker project. Command-language support also matters. Android Voice Control: Voice Access Setup and Fixes gives the detailed setup and recovery steps for that route.
Gemini is another assistant path for supported utilities and connected-app actions, subject to its Android app and permission requirements. An assistant action, a built-in routine, and a persistent rule should be evaluated by what each actually changes and how you verify that change.
Use FoneClaw for Changing Requests
FoneClaw is our route for supported Android work that is easier to specify as the current goal than to encode as a permanent rule. A user might ask to read the current device status, adjust a supported setting, or prepare a task from visible phone context. The configured model interprets the request; enabled Android tools act under operating-system permissions and the current global and per-tool approval policy. The result needs checking in the phone state or destination app.
Our Features page describes more than 100 built-in tools and the controls around them. A compatible online model may receive selected task context, while supported on-device models have compatibility and network limits. Tool execution on Android does not mean every request stays offline, and approval behavior depends on the configured policy rather than one universal prompt rule.
Workflows save reusable sequences of supported tool steps; saving a Workflow does not schedule it. Shortcuts are separate ways to start a saved prompt or fully specified direct-tool task. FoneClaw does not import Tasker XML or claim parity with Tasker's persistent trigger and plugin ecosystem. FoneClaw Tools, Plugins, Skills, Workflows, and Shortcuts Explained details those layers when a recurring user-started task needs structure.
Move One Reversible Workflow
Choose a single low-consequence workflow, such as changing media volume and then returning it to a known value. This is a suggested reader check, not a report of a test we ran. Do not migrate a message send, purchase, file deletion, or account change as the first comparison.
- Record the original trigger, conditions, current value, intended effect, exit or restoration behavior, permissions, and dependencies.
- Back up the existing rule. If importing into OpenTasker, leave the candidate disabled and read every unsupported or lossy mapping warning.
- Choose the new control model: a MacroDroid macro, Automate flow, OpenTasker rule, native routine, or a user-started FoneClaw task. Rebuild missing steps rather than assuming an import supplied them.
- Enable only one route for the check. Confirm the intended trigger or request, observe the volume change, and restore the original value.
- Review the result and any failure message on the actual phone before disabling the old rule. Keep the backup available for rollback.
The decision is whether the replacement makes the real task clearer to run and maintain, within its free limit, license, and supported Android permissions. A successful import, generated rule, or assistant reply is only a starting point; the device's observed state is the result.