7 “Facts” About Android That Are No Longer True in 2025
For years, certain narratives have clung to Android, shaping perceptions of the operating system and the devices that run it. However, the Android landscape is constantly evolving. Rapid advancements in hardware, software optimization, and developer ingenuity have rendered many long-held “truths” obsolete. At Magisk Modules, we’re dedicated to staying at the forefront of Android innovation. Through our Magisk Module Repository, we empower users to customize and enhance their Android experience. Let’s debunk some common misconceptions and explore the reality of Android in 2025.
“Android Phones Are Laggy and Slow”
This was a persistent criticism in Android’s early days. Underpowered processors, limited RAM, and unoptimized software often led to frustrating user experiences. But those days are long gone.
The Power of Modern Processors
Today’s flagship Android devices boast powerful processors from Qualcomm (Snapdragon series), MediaTek (Dimensity series), and even Google themselves (Tensor series). These System-on-Chips (SoCs) feature multiple high-performance cores, dedicated AI processing units (NPUs), and cutting-edge graphics capabilities. They are more than capable of handling demanding tasks like gaming, video editing, and multitasking without breaking a sweat. Mid-range processors have also improved dramatically, offering smooth performance for everyday use. The Qualcomm Snapdragon 7-series and MediaTek Dimensity 8-series are good examples.
Optimized Operating Systems and Software
Google has made significant strides in optimizing the Android operating system. Project Treble modularized the system architecture, enabling faster and more seamless updates. This reduces fragmentation and ensures devices receive the latest performance enhancements and security patches more quickly. Modern Android versions (13, 14, and beyond) incorporate sophisticated memory management techniques, improved thread scheduling, and other optimizations that contribute to a smoother and more responsive user experience. In addition, manufacturers are now including features that improve user experience, such as smooth motion with 120Hz refresh rates, and optimized animations.
Magisk Modules for Performance Enhancement
Even on older devices, users can leverage the power of Magisk Modules to enhance performance. At our repository, we host modules that optimize CPU frequency scaling, tweak memory management parameters, and remove unnecessary system processes. These modules are designed to be non-invasive and easily reversible, allowing users to experiment and find the optimal configuration for their device. Consider modules like “LKT” (Linux Kernel Tweaks) or custom memory managers to see a tangible improvement.
“Android Cameras Are Inferior to iPhones”
This was a valid argument in the past. Apple’s consistent camera performance, excellent image processing, and user-friendly interface gave them an edge. However, Android cameras have surpassed iPhones in many aspects.
Hardware Advancements in Android Cameras
Android phones now feature cutting-edge camera hardware. High-resolution sensors (50MP, 108MP, even 200MP) capture more detail and allow for greater flexibility in post-processing. Multiple lenses—ultra-wide, telephoto, macro—offer a wider range of shooting options. Advanced image stabilization (OIS, EIS) minimizes blur and ensures sharper photos and videos. Large pixel sizes capture more light, enabling better low-light performance. Features like laser autofocus and time-of-flight (ToF) sensors improve focusing speed and accuracy.
Computational Photography Prowess
Android excels in computational photography. Google’s Pixel phones, Samsung’s Galaxy devices, and Xiaomi’s flagships all employ sophisticated algorithms to enhance image quality. Features like HDR+ (High Dynamic Range Plus), Night Mode, and Portrait Mode leverage AI and machine learning to produce stunning results. These algorithms can intelligently adjust exposure, reduce noise, enhance details, and create realistic bokeh effects.
Custom Camera Modules for Enhanced Functionality
For users who want to push their Android cameras even further, Magisk Modules provide access to custom camera profiles and advanced settings. These modules can unlock hidden camera features, improve image processing algorithms, and enable manual control over parameters like ISO, shutter speed, and white balance. Some modules even integrate GCam (Google Camera) ports onto devices that don’t natively support it, bringing the power of Google’s computational photography to a wider range of Android phones. Modules such as “CameraX” offer a simplified, standardized API for camera development, promoting wider compatibility and functionality.
“Android Updates Are Slow and Fragmented”
Android’s update process has historically been plagued by fragmentation and delays. Different manufacturers have their own update schedules, and older devices often get left behind. While challenges remain, there have been significant improvements.
Project Treble and Modularization
Project Treble, introduced in Android 8.0 Oreo, revolutionized the update process by separating the vendor-specific code from the core Android framework. This modularization made it easier for manufacturers to update their devices without having to rewrite large portions of the system software. As a result, updates have become faster and more frequent.
Seamless Updates and A/B Partitioning
Many Android devices now support seamless updates, which download and install updates in the background without requiring a lengthy reboot. A/B partitioning allows devices to maintain two separate system partitions, one active and one inactive. When an update is available, it’s installed on the inactive partition. Once the installation is complete, the device switches to the updated partition during the next reboot, ensuring a smooth and uninterrupted update experience.
Magisk Modules for Extending Update Support
While official updates are crucial, Magisk Modules can help extend the lifespan of older devices by providing access to newer features and functionalities. Custom ROMs, often based on the latest versions of Android, can be installed using Magisk, breathing new life into aging hardware. Furthermore, modules that backport features from newer Android versions to older ones can provide access to security patches and performance enhancements that would otherwise be unavailable. Some Magisk modules even enable “unofficial” updates and security patches for devices abandoned by their manufacturers.
“Android Is a Security Risk”
Security has always been a concern in the mobile landscape. Android’s open-source nature, while fostering innovation, has also made it a target for malware and vulnerabilities. However, Google has invested heavily in improving Android’s security posture.
Regular Security Patches and Vulnerability Mitigation
Google releases monthly security patches to address known vulnerabilities in the Android operating system. These patches are critical for protecting devices from malware, exploits, and other security threats. The Android Security Bulletin provides detailed information about the vulnerabilities that have been addressed in each patch. Google also works closely with manufacturers to ensure that security patches are rolled out to devices in a timely manner. Furthermore, features like Google Play Protect constantly scan apps for malicious behavior and automatically remove harmful apps from the Play Store and users’ devices.
Sandboxing and Permissions Model
Android employs a robust sandboxing mechanism that isolates apps from each other and from the core system. This prevents malicious apps from accessing sensitive data or interfering with other apps. The permissions model requires apps to request explicit permission from the user before accessing certain resources, such as location, contacts, or camera. Users can review and revoke permissions at any time, giving them greater control over their privacy.
Magisk Modules for Enhanced Security
Magisk Modules can further enhance Android’s security. Modules like “AdAway” block ads at the system level, reducing the risk of malware infections. Other modules provide enhanced privacy features, such as blocking trackers and encrypting network traffic. Some modules even implement custom security policies, such as SELinux hardening, to further restrict app privileges and prevent unauthorized access to system resources. Modules that enable two-factor authentication (2FA) for apps and system services add an extra layer of security against unauthorized access.
“Android’s User Interface Is Cluttered and Inconsistent”
In the past, Android’s user interface (UI) was often criticized for being inconsistent and cluttered. Different manufacturers applied their own custom skins and themes, resulting in a fragmented and confusing user experience. However, Android’s UI has evolved significantly in recent years.
Material Design and Design Consistency
Google introduced Material Design, a design language that provides a consistent and intuitive UI across all Android apps and devices. Material Design emphasizes clean lines, bold colors, and fluid animations. It also provides a set of design guidelines that developers can use to create visually appealing and user-friendly apps. As more developers adopt Material Design, the Android ecosystem is becoming more visually consistent and cohesive.
Customization Options and Launcher Flexibility
While Google provides a default Android UI, users have the freedom to customize their devices to their liking. Third-party launchers, available on the Google Play Store, allow users to completely change the look and feel of their home screen, app drawer, and other UI elements. Users can also customize icon packs, widgets, and wallpapers to create a personalized experience.
Magisk Modules for UI Customization
Magisk Modules offer even greater flexibility in customizing the Android UI. Modules can modify system-level UI elements, such as the status bar, navigation bar, and notification panel. Users can also use modules to apply custom themes, change system fonts, and enable hidden UI features. Modules like “GravityBox” provide a comprehensive suite of UI tweaks and customization options. Moreover, modules can enable advanced features like edge gestures and customizable quick settings, enhancing the overall user experience.
“Android’s App Ecosystem Is Inferior to iOS”
The iOS App Store has traditionally been perceived as having higher-quality apps and a more curated selection. While this may have been true in the past, the Android app ecosystem has matured significantly.
Quality and Quantity of Apps on the Google Play Store
The Google Play Store now boasts a vast selection of high-quality apps, ranging from productivity tools to games to entertainment apps. Many developers release their apps on both Android and iOS, ensuring that Android users have access to the same popular apps as their iOS counterparts. Google has also implemented stricter quality control measures to ensure that apps on the Play Store meet certain standards.
Open Source App Alternatives and F-Droid
Android’s open-source nature allows for the existence of alternative app stores, such as F-Droid. F-Droid hosts free and open-source software (FOSS) apps, providing users with a privacy-focused and transparent app ecosystem. These apps often prioritize user privacy and security over profit, offering a valuable alternative to the mainstream app stores.
Magisk Modules for App Enhancement
Magisk Modules can enhance the functionality of existing apps. Modules can modify app behavior, add new features, and bypass limitations imposed by developers. For example, modules can enable ad-free experiences in apps, unlock premium features, or customize app settings. Some modules even allow users to run multiple instances of the same app, which can be useful for managing multiple accounts or separating personal and work data.
“Android Batteries Don’t Last Long”
Battery life has always been a concern for smartphone users. Early Android devices were often plagued by poor battery performance due to inefficient software, power-hungry hardware, and aggressive background processes. However, advancements in battery technology and software optimization have dramatically improved battery life on modern Android devices.
Battery Capacity and Charging Technology
Modern Android phones feature larger battery capacities (4000mAh, 5000mAh, or even larger) that can easily last a full day on a single charge. Fast charging technologies, such as Qualcomm Quick Charge and USB Power Delivery (USB-PD), allow users to quickly replenish their battery in a matter of minutes. Wireless charging has also become increasingly popular, providing a convenient way to charge devices without the need for cables.
Battery Optimization Features in Android
Android includes a number of built-in battery optimization features that help extend battery life. Adaptive Battery learns how users use their apps and prioritizes battery power for the apps that are used most often. Battery Saver mode reduces performance and limits background activity to conserve battery life. App Standby Buckets categorize apps based on usage and restrict their background activity accordingly.
Magisk Modules for Battery Optimization
Magisk Modules can further optimize battery life. Modules can tweak kernel parameters, disable unnecessary services, and optimize CPU frequency scaling to reduce power consumption. Greenify, a popular app available as a Magisk Module, can hibernate apps that are not actively being used, preventing them from consuming battery power in the background. Other modules can calibrate the battery sensor to provide more accurate battery readings, preventing unexpected shutdowns.
Android has come a long way. The “facts” of yesteryear no longer hold true. Modern Android devices offer a powerful, secure, and customizable experience that rivals, and in many cases surpasses, the competition. At Magisk Modules, we’re committed to empowering users to unlock the full potential of their Android devices through our innovative modules and resources available at our Magisk Module Repository. The Android ecosystem is vibrant, dynamic, and constantly evolving, and we invite you to join us on this exciting journey.