Skip to content

Contact us

    Talk to our Experts


    +1 920 303 0470
    info@smart-is.com 1302 S Main ST , Oshkosh , WI 54902-6518

    Android Behavior Changes

    Android, a contemporary operating system designed for mobile devices, has experienced considerable acclaim since its introduction. Over time, the Android framework has undergone multiple modifications aimed at enhancing performance, bolstering security, and introducing fresh features and capabilities. Let’s delve into several noteworthy alterations in the Android framework that have occurred since the year 2020:

    Android 11:

    Conversations and Bubbles:

    Android 11, a distinct section dedicated to Conversations was introduced within the notification shade. This update placed messaging app notifications at the forefront, enabling users to remain connected more effortlessly. Additionally, Android 11 expanded the functionality of Bubbles, enabling users to open individual conversations in a floating, bubble-like overlay. This feature facilitates seamless multitasking and swift accessibility to important discussions.

    Notification History:

    Android 11 brought forth the Notification History feature, granting users the capability to retrieve past notifications through a long press on the notification bell icon. This functionality empowered users to revisit and engage with previously dismissed notifications, enhancing their ability to stay informed and take necessary actions.

    One-time Permissions:

    Android 11 presented users with the choice to grant one-time permissions to applications, granting temporary access to sensitive data like location, microphone, and camera. Once the user exits the app, the permission is automatically revoked, thereby enhancing user privacy and granting greater control over app permissions.

    Scoped Storage Enforcement:

    In Android 11, more stringent limitations were imposed on app access to external storage through the implementation of Scoped Storage. This alteration aimed to enhance security and privacy by restricting app access to user data stored on external storage. By doing so, it fostered a more secure and isolated environment for applications.

    Screen Recording:

    Android 11 introduced a built-in screen recording feature, enabling users to capture and share their screen without the need for third-party apps. Users could record the screen with or without capturing audio and could easily access the screen recording functionality from the quick settings panel.

    Media Controls:

    In Android 11, the media controls in the notification shade underwent a significant overhaul. This resulted in a redesigned interface that enabled users to swiftly toggle between various audio output devices and effortlessly manage playback across multiple apps, all from a centralized location.

    Wireless Android Auto:

    In Android 11, Android Auto support was extended to include wireless connectivity, enabling users to effortlessly connect their devices to compatible car infotainment systems without the necessity of a USB cable.

    Android 12:

    Material You:

    Android 12 release, a fresh design language named Material You is introduced, empowering developers to create personalized and visually stunning applications. To incorporate the most recent enhancements of Material Design 3 into your apps, consider experimenting with the alpha version of Material Design Components.

    Custom notifications:

    In Android 12, there are notable alterations to the appearance and functionality of fully customized notifications. Previously, custom notifications had the ability to occupy the entire notification area and implement their own layouts and styles. However, this approach often led to user confusion or layout compatibility challenges across various devices, which are considered anti-patterns.

    Picture-in-picture behavior improvements:

    Android 12 brings enhancements to the behavior of picture-in-picture (PiP) mode, as well as recommended cosmetic refinements for smoother transition animations in both gesture navigation and element-based navigation.

    Toast redesign:

    Android 12 showcases a redesigned toast view, where toasts are now restricted to two lines of text and display the application icon alongside the text.

    New phone call notifications:

    A new notification style for phone calls is introduced. This style allows your app to emphasize the significance of active calls by presenting a prominent chip in the status bar, indicating the call’s duration. Users can conveniently tap this chip to return to their ongoing call.

    Support to PIP gestures:

    In Android 12, new gestures are introduced to enhance the functionality of the Picture-in-Picture (PiP) window. Users can now stash the window by dragging it towards the left or right edge. To un-stash the window, they can either tap the visible portion of the stashed window or drag it out. Additionally, users can resize the PiP window by utilizing the pinch-to-zoom gesture.

    Audio-coupled haptic effects:

    In Android 12, applications have the capability to generate haptic feedback through the phone’s vibrator, derived from an audio session. This feature opens up possibilities for creating more immersive game and audio experiences. For instance, haptic-enhanced ringtones can aid in caller identification, or a driving game can simulate the sensation of traversing rough terrain.

    Android 13:

    New runtime permission:

    In previous versions of Android, in order to fulfill various common Wi-Fi use cases, users were required to grant your app the ACCESS_FINE_LOCATION permission. This was necessary for interacting with nearby Wi-Fi devices.

    Themed App Icon:

    Beginning from Android 13, you have the option to enable themed app icons. This feature allows app icons in compatible Android launchers to adopt the color scheme of the user’s selected wallpaper and other themes, resulting in a cohesive visual experience.

    Color vector fonts:

    Android 13, the system incorporates rendering support for COLR version 1 (COLRv1) fonts and updates the system emoji to utilize the COLRv1 format. COLRv1 is an efficient font format that ensures rapid and sharp rendering regardless of the size at which it is displayed.

    Clipboard preview:

    Android 13 and onwards, the system introduces a standardized visual confirmation whenever the content is copied to the clipboard. This new confirmation serves the following purposes:

    • Confirms the content was successfully copied.
    • provide a preview of the copied content.
    Predictive back gesture:

    Support for the predictive back gesture is introduced in Android 13 for various Android devices like phones, large screens, and foldable devices. To make the most of this feature, it is necessary for you to update your app accordingly.

    Tablet and large screen support:

    Android 13 continues to enhance the tablet optimizations introduced in Android 12, along with the 12L feature drop. These improvements encompass various aspects such as system UI optimizations, enhanced multitasking capabilities, and improved compatibility modes. During your testing process, it is crucial to ensure that your apps are visually appealing and perform optimally on tablets and other large-screen devices.

    The behavior changes implemented in the Android framework aimed at several key areas of improvement. These included enhancing communication capabilities, bolstering user privacy and control, introducing convenient features like screen recording and media controls, and refining the overall user experience on Android devices.

    References:

    https://developer.android.com/about/versions/11/behavior-changes-11

    https://developer.android.com/about/versions/12/behavior-changes-12

    https://developer.android.com/about/versions/13/behavior-changes-13

    Leave a Reply

    Your email address will not be published. Required fields are marked *

    Recent Stories

    View All
    Blog Feature Image
    ForgeViu: Visual Experiences for an Intent-Centric Enterprise
    Jun 12, 2026

    Technology has a habit of making us believe that every new breakthrough renders everything that came before it obsolete. When television became mainstream, many predicted the end of radio. When e-commerce emerged, some predicted the end of physical retail. When smartphones arrived, there were predictions that desktop computing would become irrelevant. Reality is usually more

    Read More
    Beyond the Crawl: A Coding Agent for Proprietary Programming Languages
    May 17, 2026

    General-purpose coding models perform well on languages that are well-represented on the public internet. They fail predictably on proprietary or domain-specific languages: hallucinated identifiers, wrong call shapes, and confident reproduction of deprecated patterns. MOCA, the scripting language inside Blue Yonder’s Warehouse Management System, is one of those failure cases, the entire ecosystem (grammar, command catalog,

    Read More
    The Generalist Manifesto: Why “Broad Intelligence + Skill” Is the Future of AI
    May 08, 2026

    For the past couple of years, we’ve seen a massive push toward Specialized LLMs. The argument seems intuitive: if you need legal expertise, use a legal model. If you need medical expertise, use a medical model. Why rely on a “general” model when you can have one trained specifically for the task at hand? In

    Read More
    Safety by Ignorance vs Safety by Understanding: What the Claude–DoD Debate Is Really About
    Apr 03, 2026

    There is a growing debate in AI governance that is often framed as a dispute over “safeguards,” “alignment,” or “responsible AI.” A recent flashpoint involves models developed by Anthropic (notably Claude) and the U.S. Department of Defense, but the disagreement is deeper than any single vendor or contract. At its core, the debate is not

    Read More
    From Chat to Capability: Operationalizing Enterprise AI Intents
    Apr 02, 2026

    In earlier posts, I argued two related ideas: This post builds directly on those ideas and takes the next logical step. If intent is the real abstraction — and if enterprises need repeatable, governed intelligence — then the obvious question is: Where does intent actually live, and how does it execute? The Missing Layer: Intent

    Read More
    Enterprise Cognitive Intelligence, Without the Complexity
    Feb 17, 2026

      In our previous post, we showed how our MCP framework removes the friction from exposing system capabilities to AI. MCP solves access. Cognition requires meaning. Because enterprises don’t think in systems.They think in business concepts. The Limits of System-Level Intelligence Most MCP servers today expose a single system — ERP, WMS, OMS, planning engines —

    Read More
    From APIs to Intelligence: How Our MCP Framework Makes Any System AI-Ready
    Feb 17, 2026

    Everyone wants to “add AI” to their systems — but few succeed. Not because AI models aren’t powerful — they are. But because exposing enterprise systems to AI is still too hard. So for most teams, the friction is simply too high. A Useful Analogy: AI as a Researcher Think of AI as a researcher. At

    Read More
    F
    From System Silos to System Intelligence: The AI Shift Enterprises Cannot Afford to Ignore
    Dec 10, 2025

    Enterprises today operate in an environment where systems multiply, data sits fragmented, and real-time decisions depend on information scattered across platforms. The divide between organizations’ need for instant, secure, conversational access to enterprise intelligence and their reliance on siloed screens, complicated integrations, and manual reporting processes is increasing each year.   According to a survey report

    Read More
    Why Traditional Deployment Playbooks No Longer Keep Up with Modern Warehouses
    Oct 30, 2025

    Modern warehouses are evolving faster than the deployment practices that support them. What was once a predictable, linear, and manual deployment cycle has turned into a complex, high-stakes process that no longer fits the pace of operations. Traditional deployment playbooks were designed for slower systems with fewer moving parts. Today’s warehouses operate across multiple sites,

    Read More
    The Hidden Cost of Screen Development in Warehouse Reporting and the Solution
    The Hidden Cost of Screen Development in Warehouse Reporting and the Solution
    Oct 16, 2025

    Reporting sits at the core of every warehouse operation. It is the lens through which leaders make decisions, monitor performance, and anticipate challenges. Yet, behind the charts and dashboards lies a process that is often far more complex and costly than it should be. Screen development in warehouse reporting has become a silent drain on

    Read More