it's alive! first Algo node running on an android... phone ☎️ since android 15, native Debian env is available on certain devices, this is not an emulator ☝️ sound made on same phone with saucillator 😊 this is an experiment 🧑‍🔬show more

Day 15/ Introducing InstaBox Android sandboxes! • Android 14... with adb and SDK ready to go • Pause and fork running phones • Each phone gets its own isolated VM Your agent can now build an app, install it, and test it on Android, all in the same box. Available on all plans.show more

Android gets fake call detection Phone by Google can... now detect when a caller is spoofing a trusted contact’s number and warn you before you get fooled. Available on Android 12+ devices.show more

Bonsai 27B running locally on an iPhone in Atomic... Chat! Bonsai is the first 27B-class model that fits on a phone. PrismML built it on Qwen3.6 27B with 1-bit weights. It takes 3.9GB instead of 54GB and keeps ~90% of the benchmark scores. Available now on iPhone and Androidshow more

#PokemonChampions is now available on iOS and Android devices!🏆... ⬇️Learn moreshow more

Why do girls hate guys who use Android phones?... Even I use an Android phone.show more

This is how the phone feels after Android 17... Beta 3show more

What If Your Phone Became the Screen for an... ESP32-S3? Droidputter lets you plug an ESP32-S3 into an Android phone over USB-OTG and use the phone as its display, keyboard, GPS and firmware flasher. The ESP32-S3 still runs the application. The phone simply provides the missing hardware. The clever part is that Cardputer apps can be rebuilt with a display and keyboard shim, while pixel data is streamed over the ESP32-S3's native USB-CDC connection. The phone can then flash the firmware and mirror the app. You can even take an open-source Cardputer app from GitHub and build a phone-mirrored version on demand. It is a really interesting combination of ESP32-S3, USB-OTG, Android, PlatformIO and open-source apps. Would you build an ESP32-S3 device that uses your phone as its screen?show more

Someone built an Original Xbox emulator for Android. It’s... called X1 BOX, based on the xemu project. You can run classic Xbox games directly on your phone. Features: • Built-in setup wizard • Game library with cover grid • Online box art lookup • Virtual Xbox touch controller • USB/Bluetooth controller support Requirements are heavy though: • Vulkan GPU • Android 8+ • 8 GB RAM recommended Would you try Xbox emulation on a phone?show more

Real iOS 16.5 run Android phone. HackiOS an open-source... research project that boots Apple's XNU kernel and runs the original iOS 16.5 on Android. not a theme or not a launcher. Yes, actual iOS components like SpringBoard, Settings, Safari, and other system apps running on Android hardware. - Can also run through QEMU on a Linux computer, without a physical phone. - Uses a RAM-based boot process on the supported device, so rebooting returns it to Android. it mainly involves kernel modifications, custom bootloaders, replacement drivers, and serious operating-system engineering.show more

This is my process video. Made on my phone... with Canva.show more

Finally got to build this. Create animations that use... Core Animation on iOS and Animator on Android with zero JS overhead. Same animation. But one keeps running smoothly even when the UI thread is lagging. Introducing react-native-ease 🍃show more

This is f*cking insane, this GitHub repo + Opus... 5.5 turns any Android phone into a hands-free agent An Android phone, reverse-engineered with Opus 5.5... 1 sentence out loud = the phone opens Telegram, finds the app and installs it by itself. No taps, no swipes, nobody touches the screen. here's the full guide step by step: step 1 → put the phone and a laptop on the same Wi-Fi step 2 → turn on wireless debugging on the phone: Settings → About phone → tap Build number 7 times → Developer options → Wireless debugging step 3 → paste the prompt below into Claude Code on Opus 5.5 with the GitHub repo and a screenshot of the phone's About screen step 4 → Opus reads the repo and finds the loophole: every Android phone takes orders over ADB on a home network. The same door developers use to test apps step 5 → it checks the phone first: model, Android version, installed apps, and saves a restore point so nothing breaks step 6 → it writes a tiny agent with exactly 3 tools: see the screen, tap, type. Nothing else step 7 → it plugs that agent into Claude Code as an MCP. Claude is the brain, the phone is the hands step 8 → press Allow on the phone once, the last tap ever needed. Then say "open Telegram and install ChatGPT" and watch it tap through by itself the result: you talk, the phone does it, hands stay in pockets... p.s: the repo works on 300+ Android models from 40 brands, no root needed Find GitHub repo + full prompt below Then read the full guide on reverse engineering with Opus 5.5 in the article.show more

The cutest rugged Android phone that doubles as an... action camera... #MWC26show more

this is on the android app lmao

This is an elected member of parliament on TikTok... … sound onshow more

RUMBLE CLUB IS OUT NOW! Mad Mushroom’s first published... game Rumble Club is now available to play on all devices (PC/iOS/android) FOR FREEEEEE!!! #RCPartner 🥊 🥊show more