A study by Proton found tracker code associated with companies in China and Russia in many of the most downloaded free Android games in the US and Europe.
Google is winding down its "Heads Up" pedestrian safety feature within the Digital Wellbeing suite. The latest beta version of Digital Wellbeing has revealed code strings indicating that users will soon receive an in-app alert about the feature's impending removal. Heads Up, launched in 2021, was designed to enhance pedestrian safety by using motion sensors and location data to remind users to stay aware of their surroundings while walking with an unlocked screen. Initially available for Pixel devices, it later expanded to other Android phones. There is currently no specified timeline for the feature's removal, and Google has not provided a formal statement regarding its discontinuation.
Downloading an APK file allows Android users to access various applications, including those not available in official app stores. Users should consider the source, developer credibility, and requested permissions before installation. APK files are the format used by Android for app installation, and users may download them for reasons such as regional restrictions, needing older versions, or testing beta releases. APK files are not inherently unsafe; the risks arise from unknown sources, which may contain malware, tracking software, or other harmful elements.
To ensure safety, users should verify the origin of the file, the developer's identity, and the permissions requested by the app. They should also scan APK files with security tools and be cautious of warning signs like unrealistic promises or missing developer information. A checklist before installation includes researching the app name, confirming the developer, reviewing permissions, checking security information, and monitoring the app after installation. Safe practices involve downloading from official sources, avoiding unknown websites, and keeping Android security updates current. Trusted information sources can help users make better decisions regarding APK files.
Permissions in Android apps should be granted based on their relevance to the app's primary function. Users should be cautious with permissions such as location, contacts, SMS, microphone, camera, and accessibility access, as they can expose sensitive information or control device capabilities. To review app permissions, users can navigate to Settings, select Apps, choose the application, and tap on Permissions. The Permission Manager under Security & Privacy allows users to see which apps have access to specific permissions. Android can automatically pause activity for seldom-used apps, removing previously granted permissions. If an app repeatedly requests denied permissions, users should evaluate the necessity of the request and consider maintaining their denial if it seems unwarranted.
Android privacy tools allow users to control camera access, microphone use, location permissions, and app activity, but they only protect information managed on the device or connected services. A digital footprint extends beyond the device, with personal information remaining accessible through search results, social media profiles, and data broker listings even after permissions are changed. To manage this footprint, users should identify publicly visible information, review old accounts, and delete unnecessary records.
Simply deleting an Android app does not erase the associated account, which may retain personal data. Users should actively close unused online accounts to maintain digital hygiene. Data brokers publish personal information that cannot be removed through Android privacy settings, requiring users to follow an opt-out process to remove their data.
While Android privacy settings are important, they do not eliminate external records. Data breaches require vigilance, including changing compromised credentials and monitoring for suspicious activity. Removing the source of information is more effective than just eliminating search results, and legal rights may exist in some regions for personal data removal.
Completely erasing a digital footprint is rarely feasible due to public records and the persistence of past posts. The goal should be to minimize irrelevant content while retaining useful accounts. Users should begin by deleting information they control, then address data brokers and public profiles.
Android System Intelligence (ASI) is a component created by Google that enhances user experience on Android devices, particularly on Pixel phones, by supporting features like Live Caption, Now Playing, Smart Autorotate, and app predictions. ASI operates within Android's Private Compute Core, introduced in 2021, and utilizes machine learning without direct internet access, relying on Private Compute Services for cloud updates. It collects data such as crash logs and device identifiers for analytics, with users having the option to disable this data collection.
ASI is not a standalone app but an infrastructure that supports various features, including music identification and smart notification actions. It requests extensive permissions for functionalities like smart predictions and contact suggestions, though not all features require all permissions. The privacy framework of ASI is designed to limit direct internet access, and users can view a Network Usage Log on Pixel devices.
Disabling ASI is possible but does not remove it; it can be turned off under Settings > Apps. Reports indicate that essential phone functions remain intact even when ASI features are disabled, such as Now Playing and Live Caption. Google has not stated that disabling ASI will cause instability in the Android operating system. For troubleshooting ASI issues, Google recommends restarting the device, updating software, force-stopping the app, or clearing its cache or data. ASI has over 5 billion downloads on Google Play.
Microsoft has introduced a revamped AutoPlay dialog box in the latest Windows Insider build, utilizing WinUI for improved performance and visual consistency. The updated AutoPlay interface supports dark mode and retains familiar functionalities, with notifications now docked in the notification center. A new accessibility feature, Open apps maximized, allows application windows to open automatically in a maximized state. Users can manage camera, microphone, and location access for desktop apps on an individual basis, with permissions reviewed in Settings > Privacy & security. Existing app permission decisions remain unchanged. PDF and non-HTML files can now be previewed in File Explorer, and the Microsoft Store update supports in-app purchases in packaged WinUI 3 apps. Recent builds have fixed taskbar animation issues and improved mouse cursor visibility in certain applications. The Settings section has been updated to display version numbers for packaged apps.
Windows 11 has introduced individual privacy controls for desktop applications, allowing users to manage access permissions for apps like Chrome and Steam through Settings > Privacy & security. This change enables users to selectively grant or deny access to features such as the microphone, camera, and location for each app, moving away from the previous system where traditional Win32 software was grouped under a single toggle. With the latest Experimental build (26340.9212), apps like Edge and Brave now have separate toggles for microphone, camera, and location access. Additionally, a new centered system dialog prompts users for permission when a desktop app attempts to access the microphone or camera for the first time. These features are still in testing and may not be universally available.
Recent findings from the Electronic Frontier Foundation (EFF) indicate that many applications on Android phones may unintentionally share users' location data with advertisers without explicit user knowledge. This issue arises from certain Software Development Kits (SDKs) used by app developers, which collect location data by default when users grant permission. The EFF report emphasizes that users likely do not expect their location data to be shared with third parties. Android users can manage their location sharing preferences through the device's Settings by reviewing app permissions or disabling location sharing entirely, though the latter may impact apps that require location access.
Repurposing an old Android tablet can enhance your driving experience by turning it into a DIY Android Auto head unit using the app Headunit Revived. This open-source application acts as an Android Auto receiver, allowing navigation with Google Maps and access to apps like Spotify, Facebook Messenger, and Google Calendar. Headunit Revived is compatible with Android devices updated to at least Android 4.1 and can be downloaded for a fee from the Play Store or for free via an APK from GitHub. It can also be used on older Amazon Fire tablets.
To set up Headunit Revived on your tablet, grant necessary permissions, agree to terms, and follow the Quick Setup Wizard to select screen size and orientation. The app will optimize the Android Auto layout based on your tablet's specifications. You can modify settings for UI scaling, dark mode, and screen resolution.
To connect your phone to the tablet, you can use a USB cable or a wireless connection. For a wired connection, connect the phone via USB, select the appropriate USB settings, and launch Headunit Revived. For a wireless connection, enable Wi-Fi Direct on both devices, set the connection strategy in the app, and use the Wi-Fi Helper app on your phone to connect.
Once connected, Android Auto will load on the tablet, allowing access to navigation and music apps. You can switch between navigation apps and exit Android Auto by unplugging the phone or using the Wireless Helper app. Various mounting options are available for securing the tablet in your vehicle.
