An antidetect cloud phone that is a whole Android device
Antidetect browsers patch a desktop browser until it passes for someone else. x86 emulators rewrite build.prop and hope nothing contradicts it. DeviceFarm gives each account a complete Android system on ARM phone hardware, with its own identifiers, its own proxy and its own apps, streamed to your browser.
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What Is an Antidetect Cloud Phone?
An antidetect cloud phone is a remote Android device that gives each account its own unique, persistent fingerprint (IMEI, Android ID, MAC addresses, serial, model, timezone and locale) plus its own proxy. Unlike an antidetect browser, it runs mobile apps natively. DeviceFarm runs each one as real Android on ARM hardware, not an x86 emulator.
An antidetect cloud phone is a remote Android device used to keep accounts apart. Every app on it sees one consistent device, and that device differs from every other phone you run. The name is borrowed from antidetect browsers, but the goal is narrower: stop separate, legitimate accounts from looking as if they share one device or one network.
Antidetect browsers and x86 emulators work by substitution. They overwrite user agents, canvas hashes, WebGL strings or build.prop fields, and each substituted value has to agree with hundreds of others. A renderer string that contradicts the claimed chipset, or a model name that does not match the build fingerprint, is enough to make a profile inconsistent. The more values a tool patches, the more places a contradiction can appear.
A cloud phone starts from a different place. There is no desktop browser underneath and no x86 PC to disguise: each phone is a full Android system running on ARM phone hardware, the architecture Android apps are built for. Its identifiers are assigned once, when the phone is created, and the same Android system reports them to every app, session after session.
Agencies running client brands, sellers with several storefronts and teams testing region-specific apps all hit the same wall: platforms link accounts that share a device or an IP, then treat them as one operator. One phone per account, each with its own proxy and matching locale, removes those shared signals. It does not replace following each platform’s rules, and no tool can promise an app will never flag an account.
A real Android phone, kept in our datacenter
Each DeviceFarm phone is real Android running on ARM servers in our datacenter. It works like the Android phone you have at home, except you open it in your browser instead of holding it.
Real Android, on ARM servers
A complete Android system, Android 10 to 16, running natively on ARM servers: the same chip architecture as the phone in your pocket. Not an emulator, not an Android VM on a PC.
Used like the phone in your hand
Install apps from the catalog or your own APK, sign in, tap, swipe and type. Apps run on it natively, the way they run on an Android phone.
Kept in our datacenter
It stays on when you close the tab, keeps its own identity and proxy slot, and you control it from your browser on devicefarm.io. It has no SIM card, so no calls or carrier SMS.
Antidetect browser, cloud phone, or both?
Decide by where each account lives: a browser profile covers accounts run from websites such as ad managers and seller dashboards, and a cloud phone covers accounts that live in a mobile app. Our guide to cloud phone vs antidetect browser goes platform by platform, shows how to pair a profile and a phone for one identity, and compares the cost per account.
Whichever mix you use, the rules from running multiple accounts without bans still apply: one account per device, one IP per account, and no logins shared across environments. For what a cloud phone is under the hood, start with what is a cloud phone, see what each Android cloud phone can do, or read cloud phone vs emulator for how the two architectures differ.
How do you check that a cloud phone's fingerprint is consistent?
Don't take any provider's word for it, ours included. These six checks take a few minutes per phone. Run the commands over ADB (Android 11 to 16), prefixed with adb shell, or through the API's shell endpoint, which comes with the $99/month Automation add-on.
- 1
Identifiers survive a restart
Read
settings get secure android_idandgetprop ro.build.fingerprint, stop and start the phone, then read them again. Both must be identical. See Android ID. - 2
No two phones share an ID
Run the Android ID command on two phones and compare. Matching values mean a cloned image, and cloned images link accounts. See device isolation.
- 3
The naming properties agree
getprop | grep ro.productlists brand, model, device and name. They should agree with each other and with the build fingerprint. See build.prop. - 4
Time and language match the IP
Compare
getprop persist.sys.timezoneandgetprop persist.sys.localewith the country of the proxy's exit IP. A New York IP with a Singapore timezone is a contradiction. - 5
The IP is the proxy, and the right kind
Open an IP lookup in the phone's own browser. It should show the proxy's IP, in the expected city, on a residential or mobile network rather than a hosting provider. See residential proxy and datacenter proxy.
- 6
The checks your platform runs
If an app you rely on uses an attestation check such as Google Play Integrity, test the result on a trial phone before you buy a plan. We do not publish attestation claims, so measure it for your own use case.
The device fingerprint entry goes further, with the signals platforms combine and the commands to read each one.
Built on real hardware, run from your browser
A fingerprint per phone, for its lifetime
IMEI, Android ID, MAC address, Bluetooth MAC, Wi-Fi BSSID and serial are assigned when the phone is created, unique to that phone, and unchanged across restarts until you delete it.
Locale that follows the proxy
Let language and location follow the proxy automatically, or set them by hand, so the timezone and language a phone reports match the country its IP comes from.
A model catalog per Android version
Each Android version comes with its own catalog of device models. The model you pick at creation stays with the phone for its lifetime, alongside the rest of its identity.
GPS pinned per phone
Set each phone's GPS coordinates to the city its proxy exits from, so location-aware apps see the same place the network implies.
Mobile apps as mobile apps
An antidetect browser cannot install an APK. A cloud phone installs any APK and runs it on ARM Android, with no x86 translation layer between the app and the processor.
A new identity in under a minute
A new account gets a new phone: created, fingerprinted and live in under 60 seconds. Delete a phone you no longer need and its identity is retired with it.
Antidetect Browsers and x86 Emulators vs Antidetect Cloud Phones
All three try to give each account a separate device. Where the values come from, and how many of them have to be kept in agreement by hand, is where they differ.
| Antidetect browsers & x86 emulators | DeviceFarm antidetect cloud phones | |
|---|---|---|
| Where the fingerprint lives | Values substituted inside a desktop browser profile, or written into an emulator image | Set once per phone at creation and reported by a complete Android system |
| Underlying hardware | An x86 PC or server that the profile has to mask | ARM phone hardware, the architecture Android apps target |
| Mobile apps | Browsers cannot run APKs; x86 emulators rely on translation for ARM-only apps | APKs install and run natively on ARM Android |
| Keeping values coherent | Every substituted value must agree with every other one; you manage the mismatches | One Android system reports every value, set once when the phone is created |
| Across sessions | Profiles can drift after browser or emulator updates | Identifiers persist across restarts until you delete the phone |
| Network pairing | A proxy per profile; timezone and language set by hand | A proxy per phone, with language, location and GPS that can follow it |
| Best fit | Web dashboards and desktop websites | Mobile-first apps and accounts that live on a phone |
Set Up One Antidetect Cloud Phone per Account
- 1
Create one phone per account
Choose the Android version and model. The phone receives its own identifiers and is live in under 60 seconds.
- 2
Attach the account's proxy
Use a residential or mobile proxy in the account's country, let language and location follow it, and pin GPS to the same city.
- 3
Run the checks
Before the account signs in, run the six fingerprint checks on this page over ADB, or through the API’s shell endpoint if you have the $99/month Automation add-on.
- 4
Sign in and keep it there
One account per phone, signed in on that phone only. Teammates join at no extra cost, and you can assign each phone to the member who runs that account.