Termux Android Linux Guides – Rajbhx

Running OpenClaw Locally on Android: The Bionic Bypass OpenClaw is usually deployed on high-end desktops or cloud servers. This walkthrough demonstrates how to run the complete OpenClaw stack — Gateway, Browser Control, and WhatsApp/Telegram integrations — directly on an Android device using Termux. OpenClaw on Termux (Sagar Builds) Requirements Android: Version 10 or newer Termux: Installed from F-Droid (Play Store builds are not recommended) API access: Gemini API key from Google AI Studio (free tier is sufficient) 1. Environment Preparation OpenClaw depends on native components that do not behave well in standard Termux. To avoid these issues, an Ubuntu container is created using proot-distro . pkg update && pkg upgrade -y pkg install proot-distro -y proot-distro install ubuntu proot-distro login ubuntu 2. Dependency Installation Inside the Ubuntu environment, install Node.js 22 along with required build tools, then install O...

Install SearXNG in Termux This guide explains how to reinstall SearXNG from scratch on Termux. It includes all required steps, common errors, and fixes, so it can be used as a reference for future installations. SearXNG Installation Guide for Termux (From Scratch) This guide covers the full process of installing SearXNG on Termux, including required dependencies and workarounds for issues encountered during installation. Prerequisites A working Termux installation on your Android device An active internet connection Step 1: Cleanup Previous Installation (For Reinstallation Only) If you are reinstalling SearXNG, start with a clean setup. Skip this step if this is your first installation. # Deactivate virtual environment if active deactivate 2>/dev/null || true # Remove old SearXNG source code and virtual environment rm -rf ~/searxng-src rm -rf ~/searxng-pyenv # Remove old configuration directory rm -rf ~/.config/searxng echo "Previous Se...

Box86 with Wine on Android Introduction Run Windows apps (.exe) on Android without rooting your device using Box86 and Wine. Box86 emulates x86 apps on ARM systems, while Wine enables Windows app compatibility. Prerequisites: 32-bit Architecture: Ensure your device has a 32-bit architecture. If you have a 64-bit architecture, you'll need to switch to 32-bit. Installation Guide Step 1: Log in to Your Linux Distribution proot-distro login ubuntu Note: The command may vary depending on your Linux distribution. Step 2: Install Necessary Dependencies sudo apt update ; sudo apt install python3 gcc build-essential cmake git wget -y Step 3: Clone and Compile Box86 Clone Box86: cd ~ ; git clone https://github.com/ptitSeb/box86 ; cd box86 Compile Box86: mkdir build; cd build; cmake.. -DCMAKE_BUILD_TYPE=RelWithDebInfo ; make ; sudo make install Step 4: Download and Set Up Wine Create a Wine directory and down...

Hardware Acceleration in Termux Note: This section collects information gathered during ongoing research. Hardware acceleration is a large and complex topic. If you notice any errors or misconceptions, please comment on YouTube or Telegram, or open an issue on GitHub. 1. Install Required Packages Install the following packages in Termux: pkg install mesa-zink virglrenderer-mesa-zink vulkan-loader-android virglrenderer-android 2. Initialize the Graphical Server in Termux Before logging into a proot distribution and using hardware acceleration, you must start a graphical server in Termux. Vulkan (ZINK) MESA_NO_ERROR=1 \ MESA_GL_VERSION_OVERRIDE=4.3COMPAT \ MESA_GLES_VERSION_OVERRIDE=3.2 \ GALLIUM_DRIVER=zink \ ZINK_DESCRIPTORS=lazy \ virgl_test_server --use-egl-surfaceless --use-gles & OpenGL (VIRGL) virgl_test_server_android & Turnip (Adreno 6xx / 7xx Only) No graphical server initialization is required. Follow the steps descri...