Short answer: Android is cheaper per device, easier to automate from any computer and has cloud phone options; iPhone costs more, needs a Mac and Xcode, and has no cloud phones, but gives you real iOS devices that are consistent and supported for years. Pick Android if cost per device and flexibility matter most. Pick iPhone if you specifically want iOS, already work on a Mac, or want fewer hardware variations.
Side by side
| Android | iPhone | |
|---|---|---|
| Device cost | Wide range, including very cheap handsets | Higher; used iPhone 11 or newer is the usual floor |
| Host computer | Any OS that runs adb | A Mac (Xcode only runs on macOS) |
| Automation route | adb and UI automation frameworks | Apple's XCTest framework, e.g. WebDriverAgent |
| Developer setup | Enable developer options and USB debugging | Xcode install per phone, Developer Mode, trust profile |
| Signing | Not needed for adb | Free Apple account: re-sign every 7 days; paid: not weekly |
| Cloud / virtual options | Many cloud phone services | None for iOS |
| Hardware variety | Many makers and versions | Few models, long update support |
| Parts and repair | Varies by maker | Widely available for common models |
Automation tooling
On Android, Google's Android Debug Bridge is "a versatile command-line tool that lets you communicate with a device," including installing apps and opening a shell on it (Android Developers, checked 17 September 2026). That's why Android farms can be driven from almost anything.
On iOS, there is no adb. Automation goes through Apple's XCTest UI testing framework. WebDriverAgent, the open-source server many tools use, describes itself as "a WebDriver server implementation for iOS" that works "by linking XCTest.framework and calling Apple's API to execute commands directly on a device" (GitHub). That requires a Mac and Xcode. More detail in iPhone automation methods compared.
Cost
Android wins on device price. iPhone narrows the gap with long update support: a used iPhone can stay on current iOS for years, while cheap Android handsets may stop getting updates sooner, and the social apps drop old OS versions over time. Work through your own numbers with the phone farm cost breakdown and which iPhone to buy.
Cloud phones
Cloud phone services exist for Android and are cheap to scale. There is no iOS equivalent. If your plan depends on virtual devices, you are choosing Android. See cloud phones vs real iPhones.
Setup and upkeep
| Task | Android | iPhone |
|---|---|---|
| First setup per phone | Developer options, USB debugging, authorize computer | Trust computer, Xcode install, Developer Mode, trust profile |
| Weekly chores | Few | Re-sign if on a free Apple account |
| OS updates | Varies by maker | Staged policy across a uniform rack |
| Hardware consistency | Varies | High |
Unfamiliar terms are in the phone farm glossary.
What neither choice changes
Platform rules apply either way. Automating these apps may breach their terms, and nobody can promise an account will never be restricted. Don't pick a platform because someone claims it can't be detected — nobody can show that.
Where Farmero fits
Farmero is iPhone-only: a Mac app that drives your own iPhones on iOS 17+ over USB. It does not support Android phones or Windows. If Android suits you better, choose an Android tool; if you want real iPhones, the Mac setup guide is the place to start.
FAQ
Is an Android phone farm cheaper than an iPhone farm?
Usually per device, yes. Factor in how long each phone keeps getting OS updates and how much of your time setup and upkeep take.
Can I run an iPhone farm without a Mac?
Not with the usual tooling. Installing an automation runner needs Xcode, which only runs on macOS.
Are there cloud iPhones?
Not as a service like Android cloud phones. iOS automation runs on physical iPhones.
Can I mix Android and iPhones in one farm?
You can, but you'd need separate tooling for each. Farmero only drives iPhones.