Android keyboards secretly monitor users with this open-source blocking tool.

Android devices' default keyboards often possess internet capabilities, transmitting user data to their servers to enable functions such as predictive text and voice-to-text functionality. The extent of this data transfer remains opaque, leaving users uncertain about the specifics of what's being shared and its intended use. This raises legitimate privacy concerns despite not constituting keylogging.

Using an alternative can be a mixed bag, but I've found a new approach that balances functionality with security without sacrificing performance or style. This open-source keyboard is a game-changer for those prioritizing data protection.

FUTO Keyboard stands out among its open-source counterparts by delivering a polished user experience. Its sleek, contemporary design is comparable to popular keyboards such as Gboard, Samsung Keyboard, and SwiftKey, without sacrificing essential features. This app's modern aesthetic meets users' expectations seamlessly.

One notable advantage is its ability to function offline entirely. Key features from Android keyboards are fully integrated, allowing users to access glide typing, predictive text, and voice typing without needing internet connectivity. Data stays securely stored on the device itself, ensuring complete control over personal information.

The software is available at no cost, with optional paid support for its development. It originates from FUTO, a group dedicated to open technology principles. Users can access it through the Play Store, F-Droid, or GitHub, where identical versions are offered across these platforms.

Upon installation, users are alerted that the software remains in its early stages of development and certain functionalities may not be fully implemented yet. Despite this caveat, my practical experience suggests it is more than satisfactory for everyday use. The ongoing development process ensures that updates are released frequently, often incorporating significant enhancements. A notable example of these improvements is the recent overhaul of the glide-typing mechanism, which has elevated its performance to a level comparable with other systems I've evaluated.

One notable advantage is its ability to function offlineentirely. Keyfeatures from Android keyboards are fully integrated, allowing users to access glide typing, predictive text, and voice typing without needing internet connectivity. Data stays securely stored on the device itself, ensuring complete control over personal information.

The FUTO Keyboard boasts impressive capabilities for its class. Its enhanced swipe-typing functionality is notably efficient in everyday use.

Speech recognition technology is a notable feature. It leverages advanced models developed from OpenAI's Whisper project. By default, users receive a standard model, but can opt to install two more extensive versions (each exceeding 200MB in size) for enhanced accuracy. However these larger models consume device resources, potentially slowing performance and rendering them inaccessible on older or budget-friendly phones.

For my purposes, the base model worked seamlessly, yet users seeking optimal performance may find it necessary to upgrade for smooth dictation capabilities.

The autocorrect feature still requires refinement, particularly in its ability to detect typos. While it successfully identifies a significant number of errors, there are instances where it fails to catch obvious mistakes. This limitation becomes apparent during the initial adaptation period when adjusting to a new keyboard layout. To mitigate this issue, users can adjust sliders that control the autocorrect's aggressiveness. Experimenting with these settings yields some benefits, but finding an optimal balance requires trial and error.

The software boasts an array of features that elevate user experience. A clipboard manager allows users to store images and access a searchable history, while Undo and Redo buttons provide flexibility. One notable feature is the swipe-to-delete tool, activated by long-pressing and swiping on the Delete key. Customization options abound, including theming support for personal themes. The keyboard can be resized, offering a one-handed mode among its adjustable settings.

Switching from Gboard was a relatively seamless experience for me, aside from one notable exception: autocorrect. The absence of features like sticker and GIF support, as well as built-in translation capabilities, was noticeable. Some users have encountered issues with languages other than English, but I didn't investigate this aspect personally. As the app is still in development, it's inevitable that bugs may arise.

Upgrading to an open-source and offline keyboard offers unparalleled transparency, rendering the process of switching remarkably effortless. This is particularly concerning given that keyboards can intercept sensitive information across various applications, including messages, notes and credit card numbers. Typically, users meticulously select browsers or messaging apps, yet their primary application often escapes scrutiny.

Installing FUTO Keyboard provides a sense of security without requiring sacrifices in functionality or quality. Unlike third-party keyboards that often compromise on features, this solution maintains its polish intact. Users can enjoy the benefits without having to make drastic changes to their device settings or opt out of Google services entirely. This makes it an uncomplicated choice for those who value data privacy.