VMOS Edge runs Android virtual phones on local devices and combines AI Agents, workflows, and API control to help teams handle app testing, account management, data processing, and mobile automation more efficiently.
VMOS Edge is a virtual-phone platform that runs on local devices, creating multiple independent Android environments at once. With AI Agents, automation scripts, and API control, it provides a stable, secure, and controllable runtime for app testing, social-media operations, account management, and more.
AI reads the phone screen and performs taps, input, and app launches automatically.
Run multiple independent Android environments locally — ideal for batch testing and multitasking.
Tasks and data run on local devices, reducing cloud dependence for higher stability.
Turn repetitive actions into reusable flows to cut manual work and boost efficiency.
VMOS Edge provides locally deployed Android virtual-phone platforms, edge-computing hardware, desktop management clients, automation APIs, and AI Agent integrations for developers, testing teams, and business operations. We help customers run app testing, batch device management, mobile workflow automation, isolated account environments, teaching demos, and data processing in controllable local environments.
Run multiple independent Android environments in parallel with multi-version systems, file management, screen control, and environment isolation.
Connect taps, input, screenshots, verification, and other mobile actions to AI toolchains through APIs, SDKs, MCP, and workflow tools.
VMOS L1, K1, and ARM server options cover local compute needs from small teams to scaled operations.
No need to hard-code scripts in advance — just describe the task goal, and the AI recognizes the screen, plans the steps, performs the actions, and returns the results.
Just describe the goal; the AI breaks it into steps and executes.
Reads page state in real time and adjusts the next actions.
Keeps completing the task through pop-ups, redirects, or branches.
Returns screenshots, a summary, and key results when done.
With the built-in Coding Agent, turn a task description into an editable, debuggable, and saveable automation script so repetitive flows can be reused long-term.
State the goal in natural language and the AI understands it.
Produces a runnable script covering common actions.
Trial-run and tweak instantly to validate the logic.
Save as a template for long-term reuse and team sharing.
VMOS Edge works with Claude Code, Codex, Cursor, Gemini and more, and exposes virtual-phone control via MCP and Skills, helping developers and teams plug mobile operations into their existing AI workflows.
Describe the goal and the AI recognizes the screen to search, tap, type, and verify, returning results in real time.
The built-in Coding Agent generates automation scripts from natural-language tasks, with editing, debugging, saving, and batch execution — turning repetitive work into long-lived reusable workflows.
async function run(vm) {
await vm.launch("com.xingin.xhs");
await vm.tap("Search");
await vm.input("camping gear");
return await vm.screenshot();
}A single VMOS L1 runs many Android VM instances at once, each with its own system, storage, and network — ideal for parallel tasks, isolation, and batch management.
Manage devices and VMs from the desktop client with live screencast, file transfer, ADB debugging, and batch operations for efficient, controllable multi-device management.
REST API and a JavaScript SDK support VM start/stop, file push, screenshot, touch injection, and shell execution to build integrable, scalable mobile automation systems.
All computing happens locally; your data never leaves the box, meeting different compute needs.
8-core chip, 32 GB RAM + 32 GB storage, up to 12 Android phones
8-core chip, 16 GB RAM + 32 GB storage, up to 12 Android phones, Google CTS certified
2U rack with 16 RK3588S nodes, up to 128 Android phones
2U blade server with 128 RK3588S nodes, up to 1,024 Android phones
From development and testing to commercial operations — VMOS Edge scales to your needs.
Run parallel tests across multiple Android versions to quickly surface compatibility issues and speed up development.
Automate repetitive tasks via API, reduce labor costs, and execute bulk operations at scale.
Each VM runs independently, providing full account isolation for safe and reliable multi-account management.
Low-latency mirroring for classroom instruction, product demos, and live operation walkthroughs.