There is a common misconception: to run automation you have to 'sacrifice' the whole machine — sit and watch the cursor jump around, unable to touch anything. For gamers it feels even more true: one auto-click interruption and the match is ruined.
But it does not have to be that way. RunMacro's background browser automation lets web tasks run on their own inside background Chrome, while you keep gaming smoothly on the same computer — no cursor jitter, no lost focus.
| Criterion | Traditional Auto Clicker | RunMacro (Background CDP) |
|---|---|---|
| Mouse & keyboard | ❌ Seizes the real cursor — aim drifts mid-game | ✅ Never touches your physical mouse or keys |
| Fullscreen game window | ❌ Loses focus, minimizes to desktop | ✅ Game stays fullscreen, uninterrupted |
| Performance impact | ⚠️ Cursor and focus conflicts can disrupt play | ⚠️ Background Chrome still uses CPU, RAM, network, and sometimes GPU resources; impact depends on the workload and machine |
| Game input and policy | ⚠️ Sends OS-level input that may conflict with the game | Browser-mode steps do not send mouse or keyboard input to the game, but policy treatment depends on the game and its anti-cheat system |
Why a traditional auto clicker and gaming cannot coexist
Almost every old-school auto-click tool simulates a real mouse and keyboard at the OS level. When it runs, it seizes control of the cursor:
• Drags the mouse to coordinates, clicks, presses keys.
• Collides directly with your own input — cursor yanked away, keystrokes eaten, game window loses focus.
That is the core limitation that makes people believe gaming and automation are mutually exclusive.
The mechanism behind it: background Chrome driven over CDP
RunMacro removes that limitation with Background mode (Chrome/CDP):
• Talks directly to Chrome through the DevTools Protocol (CDP).
• Issues commands at the browser level: open a page, click an element, fill in data.
• All happens inside a separate background Chrome window — your mouse, keyboard, and game window are never touched.
That is why you can open URLs, switch tabs, and work on web pages while mid-match.
Ideal tasks to run in the background while playing
• 📝 Fill and submit web forms — surveys, check-ins, recurring reports on a schedule
• 🕷️ Collect data from websites — scrape prices, listings, or articles into a spreadsheet (see how to extract data from websites)
• 📊 Monitor dashboards and portals — watch admin pages and get alerted on changes
• 👤 Repetitive account tasks — daily logins, status checks, reward claims on web portals
The common thread: they are all web work, all repetitive, and none of them need you sitting there watching.
How to build a workflow that runs entirely in the background
Step 1 — Open the page in background Chrome
Use Open URL to load the page you want to work on. From this very step, everything lives in the background Chrome session, separate from your game.
Step 2 — Act on elements by selector
Use Smart HTML to click buttons, fill fields, and read content by selector — no screen coordinates needed, so a full-screen game does not interfere.
Step 3 — Wait for the right moment
Insert Wait for element between steps to let the page load and avoid missed actions. On a machine also running a game, a page can load a beat slower, so waiting for a real cue matters even more.
Step 4 — Repeat automatically
Use a Label and a Loop so the workflow repeats itself or runs through a data list, without you coming back to intervene.
Step 5 — Run it, then return to your game
Hit run, switch back to your game window, and keep playing. The workflow carries on in the background until it is done. To start it at a set time instead, hand it to the Scheduler.
Balancing resources so automation does not tank your FPS
Background Chrome does not take your mouse, but it still consumes CPU, RAM, and sometimes GPU. Gamer's optimization checklist:
• ✅ Start with one lightweight browser task, monitor frame rate and system utilization, and add tabs or sessions gradually
• ✅ Close tabs you do not need — each tab eats RAM
• ✅ Insert Random Delay between steps to reduce CPU spikes
• ✅ If FPS drops, reduce parallel sessions or move heavy tasks to breaks
• ✅ Use the Scheduler to run heavy workflows when you are not playing
Running many isolated sessions at once is its own topic — see running multiple Chrome profiles in parallel.
The limitation to know: which parts still take over the machine
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If your workflow mixes both, split desktop steps into a separate workflow you run only when you are not playing, and keep the web part in the background.
Frequently asked questions
Will running background automation count as cheating in my game?
The workflow here operates on the web browser and does not send mouse or keyboard input to the game. Compatibility and policy treatment still depend on the game and its anti-cheat system, so check the game's rules and stop if it flags or blocks concurrent automation. That said, do not use it to automate the game itself or to defeat anti-cheat — that breaks the publisher's terms and is not what this is for.
Do I need two monitors?
No. Since background Chrome does not need to be visible, you play your game full-screen on a single monitor while the workflow runs hidden behind it.
Should I run extra automation on a weak gaming PC?
Think it through. If the game is already pushing your CPU and RAM hard, adding background Chrome can cause stutter. Test with a light task first and watch your frame rate.
Can the automation press keys in my game for me?
That would be desktop input, which uses the real keyboard and collides with your play — and automating the game itself may break its rules. Background mode is for web tasks running alongside the game, not for playing it.
Is RunMacro free?
RunMacro offers a free trial. Current plan limits and pricing are listed on the pricing page.
Conclusion
Gaming and running automation at the same time is no longer impossible — the key is choosing a tool that drives the browser at the CDP level instead of hijacking the physical mouse.
To get the most out of background browser runs, check our Chrome Extension and web automation features, or see how to auto-fill Google Forms in the background or run multiple Chrome profiles in parallel.
