Engineered for high fidelity.

A desktop-hosted Android environment designed around a full device model rather than a single app window.

Guest Android version, Google services availability, and certified-app behavior depend on the licensed stack and are not claimed as complete Play-certified devices.

A GrapheneOS-class guest profile for privacy-hardened Android testing, hardened app behavior, and lab work that needs a locked-down mobile OS — not a stock OEM image.

This is an EMUDROIDX guest target, not an official GrapheneOS product. Hardware attestation, verified-boot, and Pixel-only GrapheneOS features are not claimed until a given build is verified. GrapheneOS is a trademark of the GrapheneOS project.

An iOS-oriented virtual environment for development and testing workflows where technically and legally supported.

iOS virtualization, signing, and distribution are constrained by platform licensing. Feature parity with Android is not assumed.

Configurable device profiles covering display, storage, sensors, and hardware characteristics presented to software.

Assign host CPU resources to the virtual device instead of being limited to mobile SoC envelopes.

Tune memory available to the virtual device according to the host machine and the workload.

Designed to use host GPU acceleration for rendering and high-resolution mobile workloads where the stack allows it.

Acceleration paths vary by GPU vendor, driver, and guest graphics API. No FPS figures are published until measured on release builds.

Host SSD-backed storage for the virtual device image, apps, and test artifacts.

Intended to use hardware virtualization extensions on compatible hosts for a more faithful device environment.

Requires a host CPU and firmware configuration that exposes virtualization extensions.

Drive the virtual device on large desktop displays, including high-refresh setups where supported.

Map desktop pointing and keyboard input into the virtual mobile environment.

Use host gamepads with mobile titles and input mapping where the guest app allows it.

Place the virtual device and developer tools across multiple host displays.

Run more than one virtual device where host resources and licensing allow it.

Attach the virtual device to operator-defined HTTP/SOCKS proxies for development and authorized testing.

Provided for development, QA, and authorized research. Not marketed as a method to evade security systems.

Define connection profiles for how the virtual device reaches local and remote networks.

Route selected traffic through host, virtual, or test paths as part of a controlled lab setup.

Expose virtual NICs for lab topologies, localhost bridging, and isolated test networks.

Inspect application traffic inside a lab you control, for debugging and security assessment you are authorized to perform.

Intended only for systems and data you are authorized to test.

Reach services running on the PC from the virtual device for local development.

Simulate constrained or variable networks for application testing.

Model connectivity and subscriber-style identity as part of the broader device, not only the OS image.

No specific 3GPP, eSIM, or carrier API is claimed until implementation and certification status are verified.

Present a coherent sensor and hardware characteristic set to applications inside the virtual device.

Expose developer-oriented device settings, debugging, and inspection inside the virtual phone.

Install and exercise Android packages in a controlled virtual device.

Optional privileged (rooted) device axes for maximum app performance tuning, instrumentation, package-level inspection, and authorized lab testing — including elevated shells, performance governors, and test hooks that a locked consumer image will not expose.

Root is a lab control, not a bypass product. It is intended for software you are authorized to test. Rooted profiles can change how apps, stores, and integrity checks behave. That is expected, not marketed as undetectable.

Test iOS applications where the environment, signing, and tooling allow it.

Subject to Apple platform rules and available tooling.

Capture and inspect device and application logs from the desktop workflow.

Exercise mobile clients against local and remote APIs from a reproducible device profile.

Create repeatable mobile workflows for QA, operations, and development automation.

Run the virtual smartphone entirely by AI on your PC. An agent can drive the device as if it were in a human’s hands: launch apps, complete tasks, follow playbooks, and keep working without you sitting at the glass.

AI control is a platform capability for software and accounts you are authorized to operate. It is not a product for hijacking third-party accounts or bypassing their protections.

Automate phone apps and tasks on the desktop: messages, testing flows, data collection you own, scheduled jobs, QA scripts, and operational checklists — executed inside the virtual device, supervised from the PC.

Leave the virtual phone running on the host. AI continues sequences while you work elsewhere: the PC supplies power and uptime; EMUDROIDX supplies the mobile environment the agent controls.

Stand up isolated virtual devices for authorized application testing and security research.

Support authorized mobile application security testing with developer access and reproducible configurations.

EMUDROIDX is not a bypass tool for authentication, bot protection, fraud systems, or access controls.

Run mobile games inside the virtual device using host CPU, GPU, display, and input devices.

Per-title compatibility and frame rates are not guaranteed and will be published as measured.

Access EMUDROIDX through a subscription with account, license, and device activation management.