Virtual PC VM

VirtualPC-VM is a mobile app that lets users run virtual machines directly on Android devices. It supports x86, ARM, ARM64, i386, and PowerPC via QEMU. The app installs QEMU on first launch, allows CPU, RAM, and disk configuration, supports BIOS/UEFI, acceleration, audio, ISO installation, and VNC for full VM control.

VirtualPC-VM is an advanced, high-performance, and lightweight PC emulator application built natively for Android devices. Powered by a customized mobile deployment of QEMU (Quick Emulator), this project empowers users to engineer standalone Micro-Virtual Machines (MicroVMs) and boot fully fledged desktop or server operating systems—including various Linux distributions, Windows, and lightweight retro platforms—directly from .iso, .qcow2, .img, or .vhd disk images.

The entire system design, native binary compatibility bridging, and core state management architecture of this application have been heavily co-developed, patched, and debugged using autonomous Multi-Step AI Agents driving continuous integration, self-correction loops, and strict automated quality control.

✨ Comprehensive Feature Matrix 🛠️ 1. Native Virtualization & Hardware Execution Layer Full Cross-Architecture Support: Out-of-the-box system initialization and binary compatibility layers for native host execution across aarch64 (ARM64), armv7 (32-bit ARM), x86_64, and legacy x86 hardware platforms. Streamlined Mobile MicroVM Backend: Stripped of bloated legacy hardware subsystems, unneeded timers, and redundant PIC/APIC interrupt routines to maintain low-overhead execution cycles on smartphone chipsets. Dynamic Hardware Allocator: Modular interface options mapping directly to underlying QEMU execution parameters (-smp for CPU core scaling, -m for granular RAM byte management, and dynamic -cpu matching). 📺 2. Graphics Rendering, Framebuffer Control & UX Infinite VNC Loop Termination: Re-engineered the underlying virtual network computing and socket loop cycles (127.0.0.1:5901), completely solving the infinite "Connecting to VNC server..." interface freeze. AOSP-Compliant Material Layout: Built from the ground up using native Android clean design guidelines. Zero heavy external drawing asset overhead—optimized for fluid UI interactions and low memory footprints. Developer Power-Toolbar Overlay: Integrated an interactive system shortcut overlay inside the emulation viewport, enabling quick keycode transmission for crucial hotkeys: Ctrl+Alt+Del, Alt+Tab, Escape, and the Super/Meta Windows Key. 📊 3. Storage I/O & Diagnostics Dashboard Batch Import via Storage Access Framework (SAF): Implemented concurrent file selection loops utilizing native Android storage pickers (Intent.EXTRA_ALLOW_MULTIPLE). Easily import multiple heavy disk configurations simultaneously into app-isolated sandboxed paths. Real-Time Terminal Diagnostics: Accessible "View Logs" dashboard layout feeding real-time standard output (stdout) and standard error (stderr) streams directly from the background QEMU execution process into a readable bottom-sheet interface window.