MoreLogin cloud phone alternative for app testing

If you are looking for a MoreLogin cloud phone alternative, you are probably weighing whether its Android phones fit work they were not designed around: testing an app before release, running phones from a CI pipeline, or giving an AI agent a device to work on. MoreLogin is a known name, so it is often where people start. The useful question is not which service is better known, but which one was built for the work you actually do.

This article looks only at the MoreLogin cloud phone product, based on its website, help center and API documentation and on independent reviews. It does not list MoreLogin's prices; they change, and their own site is the place to read them.

What MoreLogin cloud phone is and who it fits

MoreLogin is best known as an antidetect browser. Its cloud phones are a separate product inside the same desktop app: Android running on ARM servers, which the company describes as a full Android environment rather than a PC emulator. The cloud phone page names social media management, affiliate marketing, agencies and automation teams as its audience, so the product is marketed for account-heavy workflows.

What matters for day-to-day use:

• The desktop app is the front door. Phones are created and opened in the MoreLogin app for Windows, macOS and Linux, and an Android app is listed as coming soon. The cloud phone page does not describe a web interface.
• Android 12 to 15. The help center's create form lists Android versions under "Device Model" (15, 14 and 12), and the API documentation adds 13. One independent review reports testing Android 16.
• An API that runs through the app. The API can create phones, power them on and off, install apps, upload files and run shell commands, and ADB can be switched on per phone. Every endpoint requires a recent version of the desktop app, and MoreLogin documents it as a local API, so calls go to the app running on your own computer.
• RPA and a synchronizer. No-code RPA templates connect to Make, Zapier and n8n, and a synchronizer repeats one phone's input on others.
• A proxy before the first start. The help center states that a cloud phone needs a working SOCKS5 proxy before it will start.
• Two ways to pay. Phones are billed per minute while powered on, or rented monthly per phone, and new users get a small number of free profiles and minutes.

MoreLogin's cloud phones make sense for a team that already works in its desktop app and wants phones next to the rest of its setup, managed by the same people. If that is you, there is little reason to move.

Where it stops being the right tool

The gaps show up when the people or programs using the phones are not sitting in front of the MoreLogin app.

The phone lives behind a desktop app

A tester on a borrowed laptop, a reviewer on a locked-down company machine or a developer who only needs one quick look all have to install and sign in to a desktop app first. If many people need to open phones now and then, a live screen in the browser saves that step every time.

Your automation runs on a server, not on a desktop

A local API is convenient on the machine where the app is open. A CI runner or an AI agent hosted elsewhere needs that machine to be up, signed in and reachable, which adds one more thing to keep alive. For pipelines, a cloud REST API that any server can call is simpler. We also did not find an MCP server for MoreLogin's cloud phones in its documentation, which matters if your agents use MCP.

Your test matrix needs specific handsets and newer Android

The documentation we checked lists Android 12 to 15, with 16 reported by a reviewer. If you are preparing for Android 17, confirm the current list in the app. The create form also names Android versions rather than specific handsets, so check whether you can pick the manufacturer model you need to test, such as a particular Galaxy or Pixel.

Every phone needs its own network setup

Requiring a working proxy before a phone can start is extra setup and an extra bill for a QA team that only needs the phone to appear in the market it is testing. Choosing a country when the phone is created, with the time zone and language set to match, is less to manage.

What Clousd does differently

Clousd is a cloud phone service built for app testing, developers and AI agents. Here is what that means in practice:

• Nothing to install. Every phone has a live screen in the browser, so anyone on your team can open it from any computer.
• A cloud API. A REST API creates, starts, stops and resets phones from any server or CI runner. An MCP server gives AI assistants the screen and input, a Python SDK covers scripting, and ADB works over a relay for builds, shell and logcat.
• Real models, Android 12 to 17. Phones are built from 150+ real models from Samsung, Pixel, Motorola, OnePlus, Xiaomi and others.
• The country you choose. A phone connects from the country you pick, such as the US, the UK, Germany, Brazil or Indonesia, out of 45 in total, with the matching time zone and language.
• A clean phone on demand. A new phone is ready in about a minute, and any phone can be reset to a fresh state, so each test run starts from the same place.
• Tasks. Give a phone a goal in plain words and Clousd's agent does it while you watch, or let your own agent drive the phone step by step through MCP.
• Predictable billing. Pay as you go at $0.004 a minute while the phone runs, never more than $0.80 a phone a day, or choose a plan from $20 a month. The first 30 minutes are free, with no card; see pricing.
• Servers in the EU, in Frankfurt and Helsinki.

MoreLogin cloud phone and Clousd side by side

How to move: a 5-step switch

A switch between cloud phone services is mostly a rebuild of your own setup. Your builds, scripts and device list live with you, not inside the phones.

1. Write down your device list. Note each phone's Android version, the apps it runs, the country it needs and whether it is used by hand, through RPA or through the API.
2. Create matching phones. Sign up, use the free 30 minutes, and create phones on the closest real models and Android versions, in the countries from your list. The first device guide covers the steps.
3. Install from your own sources. Put your builds on the phones over ADB or in the browser, and install store apps fresh. Do not plan on exporting phone data from one service to another; start each phone clean.
4. Move one automation off the desktop. Take one script that used the local API and point it at the REST API from a server or CI runner, or describe the job as a Task. Reset the phone and run it again to confirm it repeats.
5. Run both for one cycle. Keep the old phones until the new setup has carried a full release or reporting cycle, compare the bills, then retire them.

If step 4 works from a server with nobody's desktop involved, the rest of the move is routine. The checklist in how to choose a cloud phone covers the questions worth asking any provider before you commit, and the GeeLark alternative guide shows how cloud phone services split by audience.