#AOSP ROM

[myconetted]

So, about Linux. Do you have a phone that uses Linux? Is there one out there that can access tumblr and be reasonably usable? I'm just sick of Apple and Google's BS and want an opinion from someone in the know.

technically: android is built on linux

less pedantically: i personally have a google pixel with stock android because it's the least bloated and i don't trust most other manufacturers to not put dumb bullshit on my phone.

if you want a linux phone then i've heard good things about the pinephone. here are the operating systems it supports: https://pine64.org/documentation/PinePhone/Software/Releases/. note that a lot of the OSes don't have full support for all of the device features like bluetooth, and there won't be android app support out of the box. you'll have to use something like waydroid and idk how good the compatibility is.

if you want something closer to the normal android experience, grapheneOS might be up your alley. caveat: there is very limited device support; they basically only have official support for google pixel devices: https://grapheneos.org/faq#device-support. google play is disabled by default but you can enable the sandboxed version of it to install tumblr.

if you see other custom ROMs or AOSP-based OSes, you should do some research to make sure you're comfortable with the developers and the security for them. grapheneOS is generally well regarded and most other projects don't have anywhere near the level of focus on security. (less pussyfooted answer: i wouldn't use them.)

[theandressegoviashow]

Google Killing Off AOSP?! Trump Mobile, Brax3 & Unplugged Phone Updates | Episode 378

YouTube version here: TOPICS: – Is this the end of Custom ROMs like Graphene, Calyx, Lineage, etc? – Trump Mobile’s T1 to be built in China, per NBC – Brax3 Surveys and Shipping – Unplugged Phone NEW Firmware Update ***** Support The Show! DMO Knives @dmoknives : Use code SEGOVIA at https://dmoknives.com/ Ranger Candy Coffee @RangerCandyCC:…

[kaos-sverige]

Is this the End of Graphene OS? | Changes to AOSP and the Impact on Custom ROMs #linux #FOSS #CachyOS #Nobara #EndeavourOS

[surftware]

GrapheneOS Warns Google Is Locking Down Pixel Phones

Many long-time Android ROM developers are pushing back against Google’s recent changes to the Android Open Source Project (AOSP), which have removed essential support files like device trees and driver binaries for Pixel devices. This shift makes it significantly more difficult for custom ROMs—such as LineageOS or GrapheneOS���to build and maintain Android on Google hardware . Google has moved away…

[ericvanderburg]

AOSP Isn't Dead, But Google Just Landed a Huge Blow To Custom ROM Developers

http://i.securitythinkingcap.com/TLK1vH

[zohaibyter]

AOSP isn't dead, but Google just landed a huge blow to custom ROM developers

Mishaal Rahman / Android Authority TL;DR Google has made it harder to build custom Android ROMs for Pixel phones by omitting their device trees and driver binaries from the latest AOSP release. The company says this is because it’s shifting its AOSP reference target from Pixel hardware to a virtual device called “Cuttlefish” to be more neutral. While Google insists AOSP isn’t going away,…

[siliconsignalsblog]

AOSP Directory Structure for Custom Android Projects 

Introduction  The Android Open Source Project (AOSP) is meticulously organized to separate each layer and module of the operating system. From hardware drivers to application frameworks, Its folder structure is built for scalability, modularity, and maintainability. For developers looking to build, customize, or optimize Android, understanding this structure is essential 

This blog explores the core directories within AOSP and what role each plays in the Android ecosystem. 

📂 Key Folders in AOSP Root Directory 

These directories represent the core components that make Android run seamlessly across various devices. 

frameworks/ 

hardware/ 

kernel/ 

system/ 

packages/ 

build/ 

device/ 

vendor/ 

Each folder contributes uniquely to the architecture of Android. Let’s explore their purpose. 

🧠 frameworks/ – The Brain of Android 

This directory holds the Android framework — the primary layer that applications interact with. 

Noteworthy sections: 

base/: Houses core services like Activity Manager and Content Providers. These are fundamental for how apps run and interact. 

opt/: Contains optional frameworks that may be added for features like Bluetooth or advanced networking. 

native/: Includes native services, written in C/C++, such as SurfaceFlinger, which handles rendering and display. 

av/: Manages media playback, audio, and video functionalities. 

Use Case:  If you’re modifying Android UI, application lifecycles, or system services like media or notifications, this is your go-to folder. 

🧩 hardware/ – Connecting Android to the Physical World 

This directory handles the interaction between Android and the device's physical hardware. 

Highlights: 

interfaces/: Defines HAL (Hardware Abstraction Layer) interfaces for hardware components like cameras and audio. 

libhardware/: Offers the actual implementations of those interfaces. 

vendor-specific directories: You may find folders like ti/ or qcom/, which are dedicated to particular hardware vendors. 

Use Case:  Ideal for those working on integrating custom hardware or new hardware features into Android. 

⚙️ kernel/ – Powering the Core 

This folder contains configuration and build files necessary to align the Linux kernel with Android requirements. It’s where kernel fragments and configuration metadata are stored, ensuring Android-specific features run correctly. 

Use Case:  You’ll work here when integrating low-level Linux kernel functionalities or adapting configurations for new hardware. 

🧱 system/ – Foundation of Core Services 

The system/ folder contains libraries and utilities that form the backbone of Android’s runtime environment. 

Key subfolders: 

core/: Contains essential runtime components and libraries like libc and the Android init system. 

bt/: Implements the Bluetooth stack. 

netd/: Manages network-related functionalities like IP configuration and routing. 

Use Case:  Best suited for enhancing low-level system operations, Bluetooth services, or network connectivity. 

📦 packages/ – Apps and Services 

This folder holds the source code for system apps and background services that ship with Android. 

Major sections: 

apps/: Includes stock apps like Settings, Contacts, and Launcher. 

services/: Hosts background services for telephony, accounts, etc. 

input/: Manages input devices like touchscreens and keyboards. 

Use Case:  You’ll navigate here when customizing default apps or creating new system apps for your Android ROM. 

🏗️ build/ – The Construction Blueprint 

Everything related to building AOSP resides in this directory. It contains configuration files, environment setups, and Android’s build systems like Soong. 

Use Case:  Crucial for developers adjusting how Android is compiled, managing dependencies, or integrating custom modules. 

📱 device/ – Customizing for Specific Devices 

The device/ directory includes configuration files and data specific to particular Android devices. 

Details:  Each supported device has its own folder here, containing its hardware configurations, board files, and kernel settings. 

Use Case:  When porting Android to new hardware or making device-specific tweaks, this is your primary workspace. 

🏢 vendor/ – Proprietary & Third-Party Code 

This directory stores proprietary binaries, drivers, HALs, and customizations from hardware vendors. 

Structure:  Each vendor gets its own subfolder containing their specialized code needed for Android to run on their hardware. 

Use Case:  You’ll work here when integrating closed-source components or adapting Android to support proprietary features. 

✅ Conclusion 

Navigating the AOSP folder structure is a fundamental skill for Android platform development. From tweaking system libraries in system/ to adding new apps in packages/ or managing device-specific builds in device/, each folder serves a targeted purpose. 

By mastering these directories, developers gain greater control over Android customization — enabling innovation across smartphones, tablets, wearables, and IoT devices. 

🚀 Ready to Customize AOSP for Your Device?  At Silicon Signals, we specialize in tailoring Android OS for a variety of platforms. Whether you need BSP development, HAL integration, or full-stack AOSP customization, our team can accelerate your product journey. 

👉 Let Silicon Signals help bring your Android-based innovation to life. 

[zalopro]

Install Aosp 9.0 Pie on Nokia 3.1 Plus: Detailed instructions

## Installing Aosp 9.0 Pie on Nokia 3.1 Plus: Detailed instructions The unofficial Adroid 9.0 Pie version is available for Nokia 3.1 Plus. Users can update to Aid Android 9.0 Pie by flashing ROM. This ROM is the GSI version built by Phhusson. Important note: The installation of custom ROM can lose equipment warranty and potential risk damage the phone. Proceed with full understanding and self…

[cybeout]

Android 15 è completato e Google ha rilasciato il codice sorgente

Google ha terminato il lavoro su Android 15 e ha pubblicato il codice sorgente per l’ Android Open Source Project (AOSP) . Sebbene si tratti di un grande passo, per la maggior parte degli utenti finali questa notizia non ha alcun significato perché gli aggiornamenti non saranno ancora distribuiti ai telefoni. Con il codice sorgente ora disponibile, anche gli sviluppatori di ROM personalizzate…

[marginbaba]

Solid AHD-1017 4GB RAM / 64GB ROM Android 10 TV Box with FREE OTT SUBSCRIPTION

Solid AHD-1017 4GB RAM / 64GB ROM Android 10 TV Box with FREE OTT SUBSCRIPTION If you have an unlimited internet connection or you want to watch OTT programs then you can buy this Android Box, which comes with an ATV launcher, and we have exclusively included One Year FREE OTT SUBSCRIPTION OF SOLID SILVER SPECIAL PACK. Quick Specs: RAM – 4GB Internal Memory – 64GB Android Version – 10 (AOSP ) You…

[kingroot-apk]

A custom ROM, which stands for “custom Read-Only Memory,” is a modified version of the operating system software installed on your Android device. Unlike the stock ROM provided by the device manufacturer (such as Samsung, Google, or OnePlus), custom ROMs are created and maintained by third-party developers or communities. These ROMs are based on the Android Open Source Project (AOSP) core, therefore they have unique features, optimizations, and customization options that are not available in stock firmware.

How to Install Custom ROM on Galaxy S8/S8+

[siliconsignalsblog]

AOSP Architecture Explained: A Practical Guide for Android Developers 

In this blog, we delve into the architecture of the Android Open Source Project (AOSP), breaking down each layer of the software stack. From the Linux Kernel to Applications, we explore the functionalities and responsibilities of each component. Whether you're customizing ROMs or developing hardware-specific solutions, understanding the AOSP architecture is crucial. 

The Android Open Source Project (AOSP) serves as the foundation for the Android operating system, offering a comprehensive software stack that enables developers to create a consistent user experience across various devices. Understanding the AOSP architecture is essential for developers aiming to build custom Android builds or integrate deeply with system components. 

Overview of the AOSP Software Stack 

The AOSP software stack is organized into several layers, each responsible for specific functionalities: 

Linux Kernel: At the base, the Linux Kernel manages core system services such as process management, memory management, and hardware drivers. It acts as an abstraction layer between the hardware and the rest of the software stack. 

Hardware Abstraction Layer (HAL): HAL provides standard interfaces that expose device hardware capabilities to the higher-level Java API framework. This allows Android to be agnostic about lower-level driver implementations. 

System Services and Daemons: These are background processes that provide core system functionalities like power management, telephony, and media playback. They facilitate communication between the HAL and the Android Runtime. 

Android Runtime (ART): ART is the managed runtime used by applications and some system services. It includes a set of core libraries and handles tasks like memory management, garbage collection, and bytecode execution. 

System APIs: These APIs provide the necessary interfaces for applications to interact with the underlying hardware and system services, enabling functionalities like location services, telephony, and sensor management. 

Android Framework: The framework offers a rich set of APIs that developers use to build applications. It includes components like Activity Manager, Window Manager, and Content Providers, which manage the user interface and application resources. 

Applications: At the top layer, applications include both native apps provided by the device manufacturer and third-party apps installed by users. These apps interact with the Android Framework to perform their functions. 

Importance for Developers 

Understanding the AOSP architecture is vital for several reasons: 

Customization: For developers building custom ROMs or tailoring Android for specific hardware, knowledge of each layer allows for effective customization and optimization. 

Performance Optimization: Identifying and addressing performance bottlenecks requires a deep understanding of how different layers interact and where potential issues may arise. 

Scalability: Proper utilization of the Android Framework and System APIs ensures that applications are scalable and maintain compatibility across various devices and Android versions. 

Security: Awareness of the interactions between privileged and system-level components is crucial for developing secure applications and protecting user data. 

Conclusion 

The AOSP software stack is a meticulously designed architecture that harmonizes hardware and software components to deliver a seamless user experience. For developers, mastering this architecture is key to unlocking the full potential of Android, whether it's for application development, system customization, or hardware integration. 

If you're looking to leverage AOSP for your projects, consider partnering with industry leaders like Silicon Signals. Recognized among the top 10 BSP and AOSP service companies, Silicon Signals offers expert services in Android BSP development, custom Android solutions, and more. Their team excels in delivering tailored solutions that meet the evolving demands of the industry. Silicon Signals 

Ready to bring your Android project to life? Reach out to Silicon Signals at info@siliconsignals.io for a free consultation. 

[zalopro]

Realme C3 "makeover": Detailed instructions for installing Liquid OS 1.3 Android 11

## Realme C3 “makeover”: Detailed instructions for installing Liquid OS 1.3 Android 11 You want to turn your Realme C3 into a completely new device with a smooth, featuring interface? Let’s explore how to install Liquid OS 1.3 Android 11 – a promising custom rom! Liquid OS is an Android custom ROM developed by the community, based on Android Open Source Project (AOSP). This means it brings a pure…

[devostm]

New Post has been published on ✨NK✨

Được đánh giá là bản tùy biến đáng dùng nhất của dòng Rom AOSP thuần Google cho các dòng điện thoại. Gần đây các Moder đã cho ra mắt phiên bản 9.11 crDroid trên nền Android 13 cho Redmi K40 Gaming and Poco F3 GT (mã ares) Bài viết này mình sẽ hướng dẫn các[…]

[hackernewsrobot]

Google is about to make life more difficult for custom ROM fans

https://www.androidauthority.com/google-kill-android-aosp-dialer-messages-app-3334980/