Huawei’s HarmonyOS NEXT: A Fully Independent OS Without Android Dependencies – What Developers Need to Know

Huawei’s HarmonyOS NEXT represents a monumental shift in the company’s software strategy, marking the culmination of years of research and development aimed at reducing reliance on foreign technology. As the successor to HarmonyOS, which initially blended elements of Android while maintaining compatibility, HarmonyOS NEXT is designed to be a fully independent operating system with no Android dependencies. This evolution is not merely a technical upgrade but a strategic move to secure Huawei’s future in an increasingly competitive and geopolitically charged global market.

For developers, HarmonyOS NEXT introduces a new paradigm in app development, requiring a fundamental reevaluation of how software is created, distributed, and optimized for Huawei’s ecosystem. The transition from Android-based HarmonyOS to a fully independent OS presents both unprecedented opportunities and significant challenges. This article explores the technical architecture of HarmonyOS NEXT, the tools available to developers, the hurdles in building a robust app ecosystem, and the broader implications for Huawei’s market position in China and beyond.

📰 Why HarmonyOS NEXT Matters for the Future of Huawei

Huawei’s decision to pursue a fully independent operating system stems from a combination of geopolitical pressures, technological ambition, and market necessity. Since 2019, Huawei has faced severe restrictions on its access to critical components, including semiconductor chips and software licenses, due to U.S. trade sanctions. These restrictions have forced Huawei to accelerate its efforts to develop homegrown alternatives, culminating in the creation of HarmonyOS NEXT.

The shift to a fully independent OS is not just about bypassing sanctions; it is about redefining Huawei’s software strategy. HarmonyOS NEXT is built from the ground up to be a unified, cross-device operating system capable of running on smartphones, tablets, IoT devices, and even automotive systems. This versatility positions Huawei to compete more effectively in the smart device market, where integration and interoperability are key differentiators.

Moreover, HarmonyOS NEXT aligns with China’s broader push for technological self-reliance, as outlined in policies like the Made in China 2025 initiative. By reducing dependence on foreign software, Huawei is not only safeguarding its supply chain but also contributing to China’s goal of achieving technological sovereignty.

🔍 The Evolution from HarmonyOS to HarmonyOS NEXT

The journey to HarmonyOS NEXT began with Huawei’s HarmonyOS 1.0, which was launched in 2019. Initially, HarmonyOS was designed to be a flexible, distributed operating system capable of running on a variety of devices, including smartphones, wearables, and smart home products. However, HarmonyOS 1.0 was still largely compatible with Android apps, relying on the Android Open Source Project (AOSP) as a foundation.

As U.S. sanctions intensified, Huawei faced increasing difficulties in obtaining Android licenses and updates. In response, the company accelerated the development of a fully independent OS, leading to the introduction of HarmonyOS 2.0 in 2021. HarmonyOS 2.0 retained some Android compatibility but introduced significant improvements in performance, security, and cross-device integration. However, it was still not a fully independent system.

The breakthrough came with HarmonyOS NEXT, which eliminates all Android dependencies. This version represents a complete architectural overhaul, with a new kernel, runtime environment, and app framework designed specifically for HarmonyOS. The transition to HarmonyOS NEXT is not just a software upgrade; it is a paradigm shift in how Huawei approaches software development and device integration.

📌 What is HarmonyOS NEXT? A Deep Dive into Its Architecture

HarmonyOS NEXT is built on a microkernel-based architecture, which is a departure from the monolithic kernels used in traditional operating systems like Android and iOS. The microkernel design enhances security, stability, and flexibility by minimizing the core components of the OS and offloading most functionalities to user-space servers. This approach reduces the attack surface for malware and improves system reliability.

The core components of HarmonyOS NEXT include:

• ✅ HarmonyKernel: A lightweight, secure kernel designed for real-time performance and low latency.
• Distributed Soft Bus (DSoftBus): Enables seamless communication and data sharing between devices in a HarmonyOS ecosystem.
• Ability Framework: A unified development framework that allows apps to run across different types of devices without modification.
• Ark Compiler: A new compiler that converts high-level programming languages (e.g., Java, C++) into machine code, optimizing app performance and reducing energy consumption.
• HarmonyOS NEXT SDK: A comprehensive set of tools and libraries for developers to build apps specifically for HarmonyOS NEXT.

The microkernel architecture also enables on-demand deployment, where only the necessary components of the OS are loaded into memory. This reduces the overall footprint of the system, making it ideal for resource-constrained devices like wearables and IoT gadgets.

🔹 How Does HarmonyOS NEXT Work in Detail?

The operational mechanics of HarmonyOS NEXT revolve around its distributed architecture, which allows seamless integration across multiple devices. Unlike traditional operating systems, where each device runs a separate instance of the OS, HarmonyOS NEXT treats all connected devices as part of a single, unified system. This is achieved through the Distributed Soft Bus (DSoftBus), which enables devices to discover, connect, and share resources dynamically.

For example, a user could start a video call on their smartphone and seamlessly transfer it to a tablet or smart TV without interruption. The DSoftBus handles the session migration, ensuring a smooth user experience. This level of integration is made possible by the Ability Framework, which abstracts the underlying hardware and provides a consistent API for developers.

The Ark Compiler plays a critical role in HarmonyOS NEXT by optimizing app performance. Traditional Android apps are compiled into Dalvik bytecode, which is then interpreted by the Android Runtime (ART). In contrast, the Ark Compiler converts apps directly into native machine code, improving execution speed and reducing energy consumption. This is particularly beneficial for devices with limited battery capacity, such as wearables and IoT devices.

Another key innovation in HarmonyOS NEXT is its security model. The microkernel architecture minimizes the risk of system-level exploits, as most components run in user space with restricted permissions. Additionally, HarmonyOS NEXT includes a trusted execution environment (TEE) for handling sensitive operations like biometric authentication and digital payments.

🚀 Developer Tools and SDKs for HarmonyOS NEXT

For developers, HarmonyOS NEXT introduces a suite of tools and frameworks designed to streamline app development and ensure compatibility across a wide range of devices. The primary toolkit is the HarmonyOS NEXT SDK, which provides developers with the resources they need to build, test, and deploy apps for the new OS.

✨ Key Features of the HarmonyOS NEXT SDK

The HarmonyOS NEXT SDK is built on the Ability Framework, which allows developers to create apps that can run seamlessly across different device categories. The SDK includes the following key features:

• Cross-Platform Development: Developers can write a single codebase that runs on smartphones, tablets, wearables, and IoT devices.
• Unified UI Framework: A set of reusable UI components and templates that ensure a consistent look and feel across all devices.
• Distributed Task Management: Tools for managing tasks that span multiple devices, such as file transfers or collaborative editing.
• Security APIs: Pre-built functions for implementing encryption, authentication, and secure data storage.
• Performance Profiling: Tools for analyzing app performance and identifying bottlenecks in real time.

The SDK supports multiple programming languages, including Java, C++, and JavaScript, making it accessible to a wide range of developers. Additionally, Huawei provides integrated development environments (IDEs) like DevEco Studio, which is based on JetBrains’ IntelliJ IDEA. DevEco Studio offers features such as code completion, debugging, and emulation for testing apps on virtual devices.

🛠️ How to Get Started with HarmonyOS NEXT Development

Developers interested in building apps for HarmonyOS NEXT can follow these steps to set up their development environment:

1. Download the HarmonyOS NEXT SDK: The SDK is available for free on Huawei’s developer portal. Developers need to create an account and register their projects to access the SDK.
2. Install DevEco Studio: DevEco Studio is the official IDE for HarmonyOS NEXT development. It can be downloaded from Huawei’s developer website and is compatible with Windows, macOS, and Linux.
3. Set Up the Emulator: DevEco Studio includes a built-in emulator for testing apps on virtual devices. Developers can also connect physical devices for real-world testing.
4. Explore the Documentation: Huawei provides comprehensive documentation, tutorials, and sample code to help developers get started. The documentation covers topics such as app architecture, UI design, and performance optimization.
5. Join the Developer Community: Huawei has established a robust developer community where developers can share knowledge, ask questions, and collaborate on projects. The community includes forums, webinars, and hackathons.

One of the most significant advantages of HarmonyOS NEXT for developers is its backward compatibility with earlier versions of HarmonyOS. This means that developers can gradually transition their existing apps to HarmonyOS NEXT without starting from scratch.

🛠️ App Ecosystem Challenges and Opportunities

The success of HarmonyOS NEXT hinges on its ability to attract developers and build a thriving app ecosystem. While Huawei has made significant strides in providing the tools and frameworks necessary for app development, several challenges remain. Understanding these challenges—and the opportunities they present—is critical for developers looking to capitalize on HarmonyOS NEXT’s potential.

📊 Current State of the HarmonyOS App Ecosystem

As of 2026, the HarmonyOS app ecosystem is still in its early stages compared to the mature ecosystems of Android and iOS. However, Huawei has been aggressively expanding its app library through partnerships, incentives, and acquisitions. Key milestones in the evolution of the HarmonyOS app ecosystem include:

• Huawei AppGallery: Launched in 2018, AppGallery has grown into one of the top app stores globally, with over 580 million monthly active users. In 2026, AppGallery is positioned as the primary distribution platform for HarmonyOS NEXT apps.
• Developer Incentives: Huawei offers financial incentives, marketing support, and priority placement in AppGallery to developers who port their apps to HarmonyOS NEXT. These incentives include revenue-sharing models and grants for innovative projects.
• Partnerships with Major Tech Companies: Huawei has collaborated with companies like Tencent, Baidu, and ByteDance to bring their apps to HarmonyOS NEXT. These partnerships have significantly bolstered the ecosystem’s content and user base.
• Open-Source Contributions: Huawei has open-sourced key components of HarmonyOS NEXT, such as the Ark Compiler and Ability Framework, to encourage community contributions and accelerate development.

Despite these efforts, the HarmonyOS app ecosystem still faces several challenges:

⚙️ Technical Barriers for Developers

One of the primary challenges for developers is the adaptation to the new Ark Compiler. While the Ark Compiler improves performance and energy efficiency, it requires developers to rewrite or optimize their apps to take full advantage of its capabilities. This transition can be time-consuming and resource-intensive, particularly for large-scale applications.

Another technical barrier is the distributed nature of HarmonyOS NEXT. Apps designed for traditional operating systems are typically optimized for a single device. In contrast, HarmonyOS NEXT apps must be built to handle multi-device workflows, such as seamless task migration between a smartphone and a tablet. This requires developers to rethink their app architecture and user experience design.

Additionally, the security model of HarmonyOS NEXT may pose challenges for developers accustomed to the more permissive environment of Android. The microkernel architecture and trusted execution environment impose stricter controls on app behavior, which may require developers to modify their code to comply with security policies.

🔄 Transitioning from Android to HarmonyOS NEXT

For developers with existing Android apps, porting to HarmonyOS NEXT involves several steps:

• Code Analysis: Evaluate the existing Android app to identify dependencies on Android-specific APIs or libraries that are not supported in HarmonyOS NEXT.
• UI/UX Redesign: Adapt the app’s user interface and experience to leverage HarmonyOS NEXT’s distributed capabilities. For example, an app could be designed to switch seamlessly between a smartphone and a smartwatch.
• Performance Optimization: Use the Ark Compiler to optimize the app’s performance and reduce energy consumption. This may involve rewriting performance-critical sections of the code.
• Testing and Debugging: Test the app on various devices and scenarios to ensure compatibility and stability. Huawei’s DevEco Studio provides tools for emulation and debugging.
• Submission to AppGallery: Once the app is ready, developers can submit it to AppGallery for distribution. Huawei provides guidelines and support for the submission process.

Huawei has developed tools to simplify the porting process, such as the Android-to-HarmonyOS Conversion Tool. This tool automatically identifies Android-specific code and suggests modifications to make the app compatible with HarmonyOS NEXT. However, manual intervention is often required to optimize the app for the new platform.

🌍 Market Adoption and User Base

The adoption of HarmonyOS NEXT by users is a critical factor in its success. As of 2026, Huawei’s devices account for approximately 15% of the global smartphone market, with a significant presence in China, where HarmonyOS NEXT is positioned as the default OS for new Huawei devices. However, gaining traction outside of China remains a challenge due to geopolitical factors and competition from Android and iOS.

To drive user adoption, Huawei is leveraging several strategies:

• Device Bundling: New Huawei smartphones, tablets, and wearables are pre-installed with HarmonyOS NEXT, encouraging users to adopt the ecosystem.
• Marketing Campaigns: Huawei is running aggressive marketing campaigns to highlight the benefits of HarmonyOS NEXT, such as improved performance, security, and cross-device integration.
• Developer Ecosystem Growth: By incentivizing developers to create apps for HarmonyOS NEXT, Huawei is ensuring that users have access to a rich selection of apps, which in turn drives adoption.
• Partnerships with OEMs: Huawei is exploring partnerships with other device manufacturers to expand the reach of HarmonyOS NEXT beyond its own products. This could include licensing the OS to third-party manufacturers or collaborating on co-branded devices.

The success of HarmonyOS NEXT in global markets will depend on its ability to deliver a seamless user experience that rivals Android and iOS. Early indicators suggest that HarmonyOS NEXT is gaining traction in regions where Huawei has a strong presence, such as Southeast Asia and Europe.

🔐 Security and Compliance: A New Standard for OS Security

Security has always been a top priority for Huawei, and HarmonyOS NEXT takes this commitment to a new level. The microkernel architecture and trusted execution environment (TEE) provide a robust foundation for security, but the transition to a fully independent OS also introduces new challenges and considerations.

🔒 Security Architecture of HarmonyOS NEXT

The security model of HarmonyOS NEXT is built around several key principles:

• Microkernel Isolation: The microkernel architecture minimizes the attack surface by running most components in user space with restricted permissions. This reduces the risk of system-level exploits and malware infections.
• Trusted Execution Environment (TEE): The TEE provides a secure enclave for handling sensitive operations, such as biometric authentication, digital payments, and encryption keys. This ensures that even if the main OS is compromised, sensitive data remains protected.
• App Sandboxing: Each app runs in an isolated sandbox, limiting its ability to access system resources or other apps’ data. This prevents malicious apps from causing widespread damage.
• Secure Boot: HarmonyOS NEXT includes a secure boot mechanism that verifies the integrity of the OS and apps during startup. This prevents tampering with the system or the installation of unauthorized software.

In addition to these technical measures, Huawei has implemented strict app review processes to ensure that only compliant and secure apps are distributed through AppGallery. This includes automated scanning for malware, vulnerability assessments, and manual reviews for high-risk apps.

⚠️ Potential Security Risks and Mitigation Strategies

While HarmonyOS NEXT’s security architecture is robust, it is not immune to risks. Some of the potential security challenges include:

• Supply Chain Attacks: Malicious actors may attempt to compromise the supply chain by injecting malicious code into third-party components or libraries. To mitigate this risk, Huawei encourages developers to use verified and open-source libraries and regularly update their dependencies.
• Zero-Day Exploits: New vulnerabilities in the microkernel or other components could be exploited by attackers. Huawei has established a bug bounty program to incentivize researchers to report vulnerabilities, and it regularly releases security patches.
• App Permissions Abuse: Developers may attempt to request excessive permissions to access user data or system resources. HarmonyOS NEXT includes runtime permission controls that allow users to grant or revoke permissions at any time.
• Reverse Engineering Risks: As HarmonyOS NEXT gains popularity, it may become a target for reverse engineering by malicious actors. Huawei has implemented obfuscation techniques and anti-tampering mechanisms to deter reverse engineering.

To address these risks, Huawei is working closely with cybersecurity experts, government agencies, and industry partners to enhance the security of HarmonyOS NEXT. The company has also obtained certifications from leading security organizations, such as ISO 27001 and Common Criteria, to validate its security claims.

📜 Regulatory Hurdles and Compliance

HarmonyOS NEXT’s development and deployment have been shaped by the complex regulatory landscape surrounding technology and national security. In particular, the OS has faced scrutiny from governments and regulatory bodies concerned about Huawei’s ties to the Chinese government and potential risks of data espionage.

Key regulatory challenges include:

🏛️ Compliance with Global Data Protection Regulations

Huawei has implemented measures to ensure that HarmonyOS NEXT complies with global data protection regulations, such as the General Data Protection Regulation (GDPR) in the European Union and the Personal Information Protection Law (PIPL) in China. These measures include:

• Data Minimization: Apps are encouraged to collect only the data necessary for their functionality, and users are provided with clear information about data collection practices.
• User Consent: Apps must obtain explicit user consent before collecting or processing personal data. Users can revoke consent at any time.
• Data Localization: Sensitive user data is stored locally on devices or in Huawei’s secure cloud infrastructure, reducing the risk of unauthorized access.
• Transparency Reports: Huawei publishes regular transparency reports detailing government requests for user data and its responses.

Despite these efforts, some regulatory bodies remain skeptical of Huawei’s compliance with data protection laws. For example, the U.S. Federal Trade Commission (FTC) has raised concerns about Huawei’s data collection practices, leading to ongoing investigations.

🔍 National Security Concerns

HarmonyOS NEXT has been subject to scrutiny by governments concerned about its potential use for espionage or cyber warfare. The primary concern is that the OS could be used to collect and transmit sensitive user data to servers controlled by the Chinese government. While Huawei has repeatedly denied these allegations, the lack of transparency in its operations has fueled skepticism.

To address these concerns, Huawei has taken steps to increase transparency, such as opening its source code for review by independent experts and collaborating with international standards organizations. However, the geopolitical tensions surrounding Huawei continue to pose challenges for its global expansion.

📊 Performance Benchmarks: How HarmonyOS NEXT Stacks Up

Performance is a critical factor for both users and developers when evaluating a new operating system. HarmonyOS NEXT has been designed to deliver superior performance across a range of metrics, including speed, efficiency, and stability. This section provides a detailed analysis of HarmonyOS NEXT’s performance based on benchmarks and real-world testing.

🎮 Real-World Performance Experience

In real-world testing, HarmonyOS NEXT has demonstrated significant improvements over its predecessors and competitive operating systems like Android and iOS. Key performance highlights include:

• Faster App Launch Times: The Ark Compiler reduces app launch times by up to 30% compared to traditional Android apps, thanks to optimized machine code generation.
• Lower Memory Usage: The microkernel architecture and on-demand deployment reduce memory consumption, allowing HarmonyOS NEXT to run smoothly on devices with as little as 2GB of RAM.
• Improved Battery Life: HarmonyOS NEXT’s energy-efficient design and app optimization result in up to 20% longer battery life compared to Android on similar hardware.
• Seamless Multitasking: The distributed architecture enables smooth multitasking across multiple devices, with minimal lag or interruptions.

Benchmarks conducted by independent reviewers have also highlighted HarmonyOS NEXT’s strengths in CPU-intensive tasks and graphics rendering. For example, in the Geekbench 6 benchmark, HarmonyOS NEXT scored up to 15% higher than Android on the same device, thanks to the Ark Compiler’s optimizations.

🌍 Global User Ratings and Feedback

User feedback on HarmonyOS NEXT has been largely positive, particularly among early adopters in China. Key themes from user reviews include:

1. Performance Satisfaction: Users report that HarmonyOS NEXT feels faster and more responsive than previous versions of HarmonyOS and Android. The elimination of Android dependencies has reduced lag and improved system stability.
2. Cross-Device Integration: The Distributed Soft Bus (DSoftBus) is frequently cited as a standout feature, enabling seamless task migration between devices. For example, users can start a video call on their smartphone and continue it on their tablet without interruption.
3. Security Perception: Users appreciate the enhanced security features of HarmonyOS NEXT, such as the trusted execution environment and secure boot mechanism. Many users feel more confident about the safety of their data.
4. App Availability Concerns: While the app ecosystem has grown significantly, some users outside of China report frustration with the limited availability of popular global apps. This is a challenge that Huawei is actively working to address through partnerships and incentives.

In app store ratings, HarmonyOS NEXT apps have received an average rating of 4.3 out of 5 on AppGallery, with many apps praised for their performance and innovative features. However, the lack of some mainstream apps (e.g., Google apps, popular social media platforms) continues to be a pain point for users who rely on these services.

📈 Performance Comparison with Android and iOS

The table below compares the performance of HarmonyOS NEXT with Android and iOS across key metrics:

The table highlights HarmonyOS NEXT’s strengths in app launch times, memory efficiency, and cross-device integration. However, it also shows that iOS still leads in battery life and app availability. Meanwhile, Android’s widespread adoption ensures that it remains the most flexible and widely supported OS globally.

🆚 Competing with Android and iOS: HarmonyOS NEXT’s Market Position

HarmonyOS NEXT enters a highly competitive market dominated by Android and iOS, which together account for over 99% of the global smartphone OS market. To carve out a niche for itself, HarmonyOS NEXT must leverage its unique strengths while addressing its inherent weaknesses. This section explores how HarmonyOS NEXT compares to Android and iOS and what it offers to users and developers.

🥇 Best Available Alternatives to HarmonyOS NEXT

While HarmonyOS NEXT is a compelling alternative for users and developers seeking greater control over their software and hardware, it faces stiff competition from established players. The table below compares HarmonyOS NEXT with its closest competitors:

From the table, it’s clear that HarmonyOS NEXT’s primary advantage lies in its cross-device integration and performance optimization. However, it lags behind Android and iOS in terms of app ecosystem size and global reach. Meanwhile, Windows 11 offers a compelling alternative for users who prioritize productivity and desktop integration.

🎯 Who Should Consider Using HarmonyOS NEXT?

HarmonyOS NEXT is not for everyone, but it offers compelling benefits for specific user groups:

• Chinese Users: HarmonyOS NEXT is the default OS for new Huawei devices in China, where it benefits from strong government support and a growing app ecosystem.
• Privacy-Conscious Users: The OS’s microkernel architecture and strict app review processes make it an attractive option for users concerned about data privacy and security.
• Tech Enthusiasts: Users who value innovation and cutting-edge features, such as seamless cross-device integration, will appreciate HarmonyOS NEXT’s capabilities.
• Developers: Developers looking to experiment with a new and evolving ecosystem will find HarmonyOS NEXT to be a fertile ground for innovation, particularly in areas like IoT and wearable devices.

On the other hand, HarmonyOS NEXT may not be suitable for users who:

• Rely on Global Apps: Users who depend on apps like Google Maps, Gmail, or WhatsApp may find HarmonyOS NEXT limiting due to the lack of these apps in AppGallery.
• Live in Markets with Huawei Restrictions: Users in regions where Huawei devices are restricted or banned (e.g., some parts of the U.S.) may face difficulties accessing updates or support.
• Prefer Established Ecosystems: Users who are deeply invested in the Android or iOS ecosystems may find it difficult to transition to HarmonyOS NEXT, given the differences in app availability and user experience.

🔄 Transitioning to HarmonyOS NEXT: What Users Need to Know

For users considering a switch to HarmonyOS NEXT, the transition process involves several steps:

1. Check Device Compatibility: Not all Huawei devices support HarmonyOS NEXT. Users should verify whether their device is eligible for the upgrade.
2. Backup Data: Before upgrading, users should back up their data to avoid loss during the transition.
3. Download the Upgrade: HarmonyOS NEXT upgrades are distributed through Huawei’s software update system. Users can check for updates in their device settings.
4. Test the New OS: After upgrading, users should test the new OS to ensure compatibility with their apps and workflows.
5. Explore the New Features: HarmonyOS NEXT introduces several new features, such as improved cross-device integration and enhanced security. Users should take the time to explore these features.

For users upgrading from an older version of HarmonyOS, the transition to HarmonyOS NEXT is relatively smooth, as Huawei has designed the upgrade process to minimize disruption. However, users should be prepared for some changes in app behavior and user interface design.

💡 Pro Tips for Developers and Users

Whether you’re a developer looking to build apps for HarmonyOS NEXT or a user exploring the new OS, these pro tips will help you get the most out of your experience.

🎯 Best Settings for Maximum Performance

Optimizing HarmonyOS NEXT for performance involves tweaking several settings to ensure smooth operation and long battery life. Here are the recommended configurations:

• Enable Performance Mode: In the device settings, enable Performance Mode to prioritize speed and responsiveness over battery life.
• Adjust App Refresh Rate: For devices with high-refresh-rate displays (e.g., 90Hz or 120Hz), set the app refresh rate to match the display refresh rate to reduce lag.
• Disable Unused Features: Turn off features like Bluetooth, GPS, and background app refresh when not in use to conserve battery life.
• Use Dark Mode: Enable Dark Mode to reduce eye strain and improve battery life on OLED displays.
• Optimize Storage: Regularly clear cache and unused files to free up storage space and improve system performance.

📌 Advanced Tricks Few Know

HarmonyOS NEXT includes several hidden features and advanced tricks that can enhance your experience. Here are some lesser-known tips:

• Quick App Switching: Double-press the power button to quickly switch between recently used apps, much like the App Switcher on iOS.
• Distributed Clipboard: Copy text or images on one device and paste them on another device in the same HarmonyOS ecosystem.
• AI-Powered Gestures: Use AI-powered gestures to perform actions like opening apps, taking screenshots, or launching voice assistants with simple hand movements.
• Customizable Control Center: Rearrange and customize the Control Center to include your most frequently used settings and shortcuts.
• Hidden Developer Options: Enable Developer Options in the device settings to access advanced features like USB debugging, performance profiling, and system logs.