Image auto clicker
Emulo looks for the image, text or color you marked on screen, and only then decides where to tap. It runs on your phone, inside an emulator, or on Windows driving the emulator from outside. No root, no code.
14-day free trial. Cancel anytime.
The idea
A regular auto clicker repeats taps at fixed coordinates: you mark a point and it hits that point on a timer. That works while nothing moves. One ad opening, one extra item in a list or a different resolution is enough to send the tap somewhere else, and the sequence carries on as if it had worked.
An image auto clicker reverses the order. You crop the element that matters, a button, an icon, a health bar, and the automation looks for that element in the captured screen. The tap coordinate is computed at run time, from wherever the element actually is. If it moved, the tap follows. If it is not on screen, the condition is simply not met and the macro taps nothing.
Emulo is that idea in two apps that share one account: EmuloMobile, which runs inside Android itself, and EmuloAgent, which runs on Windows and drives emulators from outside. The detection engine is the same in both: image, text and color.
Three ways to run it
The same idea of tapping by what is on screen shows up in three different setups. The right one depends on where the app you want to automate is running, and how much scale you need.
| EmuloMobile on the device | EmuloMobile in the emulator | EmuloAgent on Windows | |
|---|---|---|---|
| Where automation runs | Inside the phone or tablet itself | Inside the emulator virtual machine | On Windows, driving the emulator from outside |
| What you install | Android app, from Google Play or the direct APK | The same Android app, installed inside the emulator | Windows app, from the Microsoft Store |
| Needs a PC | No | The PC runs the emulator | Yes |
| Needs root | No | No | No |
| How taps are injected | Android's accessibility service, with a local gesture | Same as on a device, inside the instance | ADB commands sent from the PC to the instance |
| Several targets at once | One automation at a time on the device | One automation per instance | The same macro pinned to several profiles, running together |
| Exclusive actions | None beyond the shared catalog | None beyond the shared catalog | Stop and restart the emulator from inside the macro |
| Best for | Automating without depending on a PC | People already on an emulator who want everything inside it | Scale: several instances in parallel on one machine |
The account and the subscription are the same in all three cases. What changes is where the automation is executed.
How the screen is read
Each one solves a different kind of target. Both products offer these visual conditions, but macros are created and stored separately in each app.
You crop a piece of the screen and Emulo looks for it in the current capture. The minimum similarity is adjustable, 0.85 by default, and the engine raises that floor on its own when the crop is too small to be trusted. After a match, it still compares the average color of the region to rule out the classic false positive, where the structure matches but the color does not.
Text recognition reads what is written on screen and finds the word or phrase you asked for. It compares ignoring case and accents, and accepts a partial match, an exact match or a regular expression. This is the way to handle buttons that change color, glow or animate, because the label stays the same.
The color condition checks a specific pixel or a whole region, with adjustable tolerance per channel. It covers what has no stable shape: a health bar, an on or off indicator, a screen that went dark. It is the cheapest of the three checks and is often used as a fast gate before a heavier search.
Create the account, install the app that fits your setup, and test it on your own screen.
Against coordinate clicking
This is not a matter of taste. These are concrete cases where a position based clicker misses the target and an image based one keeps working.
A banner opens, a notification pushes the content down, a new item enters the list. The button moved forty pixels and the recorded coordinate now points at empty space. An image search finds the button where it actually is.
Switching devices, resizing the emulator window or rotating the screen repositions everything. Emulo works with the crop calibrated for the profile resolution and warns you when it changes, instead of carrying on tapping blindly.
Coordinate automation relies on fixed pauses: wait three seconds, then click. On a slow day the click lands before the screen exists. With an image condition, the step only fires once the element is actually there.
Numeric keypads that reshuffle their digits on every open exist precisely to break blind automation. Emulo locates each key before each tap, one at a time, and stops the macro if it is not sure which digit it is looking at.
Tools that read the Android component tree cannot see games drawn on a graphics surface, nor an emulator screen. Because Emulo works on captured pixels, that limit does not apply.
A condition can check how many times the same image appears on screen and compare it against a number. Fixed coordinates cannot answer that: they know a point, not the content.
Detection runs on the image of the instance, so what works on one emulator works on the others. The difference is in management: starting, stopping and restarting the instance.
A generic detector also tries non-standard instances, and you can add one manually by its ADB address, for example 127.0.0.1:5555.
The two apps
The account is the same and one subscription covers both. You can use just one, or both in parallel.
Runs on a phone, a tablet or inside an emulator, with no PC. It injects taps through the Android accessibility service and does all the recognition on the device. Android 9 or later.
See EmuloMobileDrives emulators from outside, with nothing installed inside them. One macro can be pinned to several profiles and run on every instance at once, and it can stop or restart the emulator when needed.
See EmuloAgentQuestions
No. EmuloMobile uses the Android accessibility service, which you enable in the device settings, and EmuloAgent talks to the emulator over ADB. Neither one requires root.
No. The macro is built in a visual editor, step by step. Each step has a condition, what must be on screen, and an action, what to do when it is. You crop the targets on the screen itself.
Recognition works on the pixels of the screen, so it does not depend on the app exposing its internal structure. In practice that covers games and regular apps. What changes case by case is the quality of the targets you pick: crops that are too small or too similar to each other need more care when tuning.
If the app is on your phone and you do not want to depend on a PC, use EmuloMobile. If you already run an emulator on Windows and want several instances in parallel, use EmuloAgent. If you want both, the same subscription covers them.
Yes. With no account, execution is available for up to three minutes per day, enough to watch the detection work. With an account you get a 14-day free trial with no time limit on runs. Building, editing and saving automations is free either way.
Some emulators are not certified by Play Protect and the store marks the device as not compatible. For those cases there is the direct APK, a universal package that installs without depending on certification and updates itself.
Other pages that go deeper on topics related to this one.
Automation inside your own phone or tablet, with no PC and no root.
Driving BlueStacks, MuMu, LDPlayer, Nox and MEmu from Windows, in parallel.
How detection by image, text and color works under the hood.
Create your free account and start the 14-day trial on your phone, your emulator or your PC.
14-day free trial. Cancel anytime.