/e/OS - e Foundation - deGoogled unGoogled smartphone operating systems and online services (2024)

FAQs

What is a deGoogled phone? ›

A Google-free smartphone, also known as a deGoogled smartphone, refers to a phone that runs on a version of Android that has been modified to exclude all Google services and applications, such as the Google Play Store.

This Fairphone 4 runs on the open-source "/e/OS" operating system, which is fully "deGoogled." By default it doesn't send any data to Google and it's been designed to offer a great and natural user experience. /e/OS is paired with carefully selected apps, so you don't have to choose between functionality and privacy.

/e/ (also known as /e/ OS and /e/OS, formerly Eelo) is a fork of LineageOS, an Android-based mobile operating system, and associated online services. /e/ is presented as privacy software that does not contain proprietary Google apps or services, and challenges the public to "find any parts of the system or default ...

The Android operating system is a mobile operating system that was developed by Google (GOOGL​) to be primarily used for touchscreen devices, cell phones, and tablets.

A burner phone is a prepaid mobile phone that is not associated with your identity. A common misconception is that burner phones are mainly for sketchy people involved in criminal activities. However, buying a burner phone can relate to many issues in the modern age.

"Burner phones can be beneficial for keeping privacy and anonymity in certain situations, such as when dealing with sources as a journalist or while going to a new country where local SIM cards may be necessary," Aggarwal says.

Google Phones with eSIM. Google Pixel phones are known for their pure Android experience, and many of them support eSIM technology. Here's a list of Google Pixel phones with eSIM compatibility: Google Pixel 2 (only phones bought with Google Fi service)

A mobile operating system (OS) is software that allows smartphones, tablets and other devices to run applications and programs. A mobile OS provides an interface between the device's hardware components and its software functions.

To find out which Android OS is on your device: Open your device's Settings. Tap About Phone or About Device. Tap Android Version to display your version information.

/e/OS is not and was never about hardened-security: we design a product that helps any user easily escape personal data collection and digital surveillance. We are not designing /e/OS for people who can be targeted because of their activities.

Who controls Android? ›

Andy Rubin is the founder of Android Inc. and developed the Android Operating system. Google is the primary stakeholder of the Android OS along with the members of the Open Handset Alliance which works on improving and maintaining the Android OS.

A guest operating system is the operating system installed on either a virtual machine (VM) or partitioned disk. It is usually different from the host operating system (OS). Simply put, a host OS runs on hardware while a guest OS runs on a VM.

Google Pixel UI

While Pixel phones do come with an Android skin that resembles stock Android, it is not exactly the same. This skin is called Pixel UI and it includes many non stock features and design tweaks. Pixel phones come with exclusive software features that are not available on other Android devices.

Using a DeGoogled phone gives individuals more control over their devices and data. They can choose which apps to install and prevent data collection and tracking by disabling certain settings. This control gives individuals more control over their online activity and allows them to protect their data privacy.

The DeGoogle movement (also called the de-Google movement) is a grassroots campaign that has spawned as privacy advocates urge users to stop using Google products entirely due to growing privacy concerns regarding the company. The term refers to the act of removing Google from one's life.

Meanwhile, decentralization, often facilitated through blockchain technology, removes the reliance on centralized servers, distributing data across a network of nodes. This decentralization strengthens security by eliminating single points of failure and reducing susceptibility to hacking or unauthorized access.