Shizzi

carlelieser

0.4.0-rc.3 · GitHub

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Network Android 11+ 2 weeks ago Proprietary

192 ShizuStore

8.3k GitHub

119 Stars

9 MB Size

More about this app

Rootless Wi-Fi tethering bypass via Shizuku

Shizzi

Wi-Fi tethering over a Shizuku-privileged test network.

Creates a test TUN interface, sets it as the preferred tethering upstream, and forwards hotspot traffic through a Go datapath. Supports IPv4 and IPv6.

Requirements

Android 11 (API 30+), arm64
Shizuku 13.6.0+

Android 13 and up work outright. On Android 11 and 12 it depends on the device's tethering module; the app checks on first launch and offers to install the module it needs. See compatibility.

Install

Download the APK from the latest release.

Features

🚀 Unlimited hotspot. Sharing draws on your regular data instead of your hotspot allowance.
🛡️ VPN compatible. Stay private on every connected device.
⚙️ Uses your existing hotspot. No extra configuration required.
🙌 No root. Shizuku is all it needs.
🎛️ One tap away. A quick settings tile starts and stops sharing from the notification shade.
🤖 Automatable. Start and stop from Tasker or MacroDroid. See automation.

Build

Needs the Android SDK with NDK, Go, and gomobile:

go install golang.org/x/mobile/cmd/gomobile@latest && gomobile init
./gradlew assembleDebug

How Shizuku is used

Can share mobile data over Wi-Fi hotspot without carrier checks via `TestNetworkManager`, `TetheringManager`, `pm install --apex --staged` and `svc power reboot`.

This is an AI-assisted analysis of Shizuku-related usages in the app's public source code. It is best effort, so it may not catch every single usage.

How this app uses Shizuku

Shizuku runs a privileged helper that bypasses carrier tethering checks and routes hotspot clients through a test network.

Start hotspot bypass: start and stop the Wi-Fi hotspot from the main toggle, quick tile or automation intents, with the privileged helper creating a TUN interface and registering it as a test network so tethering uses it as upstream.
Route with VPN choice: keep an active VPN working with tethering by binding the datapath to the VPN network, with modes to follow it automatically, require it or leave it unbound.
Check device compatibility: run a compatibility check that reports whether the test network service and tethering preference are available on the device.
Run connection diagnostics: run a diagnostics probe that creates a test TUN, restarts the hotspot and verifies upstream selection, network callbacks and datapath attachment, then shows the report.
Update tethering module: download the tethering APEX file and stage it with the package manager when the check shows the device needs it.
Reboot after update: reboot the device to activate the staged tethering module update.