Libreware

Oksigenia SOS When you are alone in the mountains, technology is your last line of defense. Most safety apps rely on internet connection, proprietary servers, or paid subscriptions. Oksigenia SOS is different. It is an autonomous bio-telemetry system designed to detect life-threatening situations (severe falls or prolonged unconsciousness) and automatically trigger a rescue protocol using pure SMS. No Servers: Your data never leaves your phone. No Internet: Works via GSM/SMS (2G/3G/4G/5G). No Accounts: Install, configure, and you are protected. https://github.com/OksigeniaSL/oksigenia-sos https://apt.izzysoft.de/packages/com.oksigenia.oksigenia_sos https://github.com/OksigeniaSL/oksigenia-sos/releases https://labs.oksigenia.com/productos/sos

Neruppu Neruppu (Tamil for Fire) is a modern, high-security Android application that turns your device into a sophisticated physical monitoring system. Built on the legacy of "Haven," Neruppu is redesigned from scratch using the latest Android technologies to provide an air-gapped, privacy-first security solution. Key Features Intelligent Guarding: Monitor your environment using the camera, microphone, and motion sensors simultaneously. Visual Evidence: High-speed motion analysis using CameraX captures photos when movement is detected. Acoustic Bursts: Real-time microphone tracking automatically records audio clips when sudden noise occurs. Matrix and telegram Alerts: Receive real-time alerts on any device using the Matrix or telegram protocol (configurable in settings). Privacy First: Strictly offline-first architecture with encrypted configuration storage. Smart Storage Management: Clear your security logs and physically wipe associated media files from storage with a single confirmation. Unified UI/UX: A modern, Jetpack Compose interface with a consistent design language across all screens. Persistent Monitoring: Robust Foreground Service ensures continuous protection even when the app is in the background. https://github.com/thamizh-root/neruppu https://github.com/thamizh-root/neruppu/releases/

qaul – قول Internet Independent Wireless Mesh Communication App https://qaul.net https://github.com/qaul/qaul.net https://github.com/qaul/qaul.net/releases #im#mesh#p2p#bt

Updated list of MicroG installers https://t.me/Libreware/1247

microG Installer Revived.... again by spacebarred Based on nift4's microG Installer Revived 🚀 Convert your microG to a system app for better Play Integrity results! This module promotes your installed microG to '/priv-app', where it: ✅ Gains privileged permissions like real Play Services ✅ Looks more “stock” to Play Integrity checks ✅ Gets system-level access needed for attestation ✅ More closely mimics a genuine Google Services setup • Features a fully built-in KernelSU/WebUI X interface. • Built-in downloader fetches the latest microG & Companion directly from GitHub. • Dynamically promotes whatever versions you install — no more waiting for module updates to match APKs! 📦 QUICK INSTALL 1. Flash this module via #Magisk or #KernelSU and Reboot. 2. Open the module's WebUI inside your root manager. 3. Go to the "Installer" tab to download & install microG GmsCore + Companion. 4. Go to the "Home" tab and long-press "Promote" to push them to the system level. 5. Reboot → Grant permissions in microG Settings. ✅ REQUIREMENTS • Signature spoofing enabled in your ROM • No Google services installed • Magisk v20.4+ or KernelSU • For KSU: A valid mount metamodule installed (e.g., magic mount, mountify, overlayfs) ❌ WON’T WORK ON: • Most stock ROMs (no sig spoofing support) • Devices with GApps installed 📖 Full guide & source: github.com/spacealtctrl/microg_installer_revived_again ⬇️ Downloads: https://github.com/spacealtctrl/microg_installer_revived_again/releases 🔧 Personal project — updated when possible. Join testing group: t.me/microGRevivedAgainResults #microg#installer

MonoGram modern, lightning-fast, and elegant unofficial #Telegram client for Android. Built with Jetpack Compose and Material Design 3, it delivers a native and fluid experience powered by the official TDLib. T.me/monogram_android T.me/monogram_discuss https://github.com/monogram-android/monogram https://github.com/monogram-android/monogram/releases Key Features Independent Client — Not a fork of Telegram for Android. MonoGram is built entirely from scratch as a standalone project. Material Design 3 — A beautiful, adaptive UI that looks great on phones, tablets, and foldables. Secure — Built-in biometric locking and encrypted local storage. Media Rich — High-performance media playback with ExoPlayer and Coil 3. Fast & Efficient — Powered by Kotlin Coroutines and optimized for performance. Clean Architecture — Clear separation of concerns with Domain, Data, and Presentation layers. MVI Pattern — Predictable state management using MVIKotlin. No NFT or Crypto — MonoGram will never include NFT promotions, gifts or any other features pushed by Telegram that we consider outside the scope of a messaging app. #tg

FaceTime Without the Internet | Data Slayer FaceTiming without Apple... I tested whether consumer apps like FaceTime, Signal, WhatsApp, and Zoom work on an off-grid #HaLow#mesh#network with zero internet. The key discovery: FaceTime and Signal connect peer-to-peer if they can find each other on any local network — Apple's servers aren't in the loop. The climax was a two-car highway test where Emilia and I held a FaceTime call at 70 mph, bridged only by Haven nodes and sub-gigahertz antennas. The conclusion: the "loophole" isn't a hack — it's the original peer-to-peer design we forgot about once we handed the internet to five companies. #MeshNetwork#OffGrid#P2P

MicroGPlus Easy #MicroG#installer https://bitgapps.io/extra.html https://t.me/MicroGPlusChat microG is a free and open-source implementation of Google Play Services. It aims to provide a functional replacement for proprietary Google services on #Android devices. It allows users to run applications that depend on #Google Play Services.

Scooter Knowledge Base https://github.com/firebl0od/Scooter_Knowledge/tree/main This repository collects and organizes information about electric scooter setup, maintenance, and troubleshooting. The primary source material is a large Telegram conversation exported from the "VESC help" group https://t.me/VescHelpGroup. The goal of the project is to extract practical knowledge from the chat logs and document it in a structured, reusable format. VESC is short for Vedder Electronic Speed Controller. It is an open-source, open-hardware motor speed controller that allows for advanced customization via software (such as the VESC Tool app). It is commonly used in electric scooters, skateboards, electric bicycles, and robotics projects to provide precise control, regenerative braking, and sensorless operation, overcoming the limitations of standard closed controllers. The knowledge/processed/themes/ directory contains 72 professionally formatted documents covering: 28 brand dossiers covering controllers, motors, and BMS systems from manufacturers like Spintend, Flipsky, Makerbase, 3Shul, and more 44 comprehensive guides including: VESC tuning and parameter optimization Battery pack design and BMS integration Motor cooling and thermal management Conversion guides for popular scooter models (Ninebot, Xiaomi, etc.) Brake upgrades and maintenance Field weakening and high-voltage setups Diagnostic tools and troubleshooting All documents use a consistent, readable format with: Clean footnote citations linking back to source material Well-organized sections with proper headings Tables and checklists for quick reference Preserved technical accuracy from the original discussions #electric#scooter#bike#controllers#vesc#batteries#diy