What can we expect from smartphones with built-in artificial intelligence?

The integration of AI technology into smartphones has revolutionized the mobile industry, enhancing user experience and enabling a range of intelligent features. Looking to the future, AI promises to bring even more advanced capabilities to our handheld devices. So, what can users expect from AI-powered smartphones in the coming years?

1. Provide advanced virtual assistants.

Advanced virtual assistantIt is the next generation of virtual assistants, equipped with more advanced AI and greater learning and adaptability capabilities compared to current virtual assistants such as Siri, Google Assistant, and Alexa.

The integration of AI into smartphones will include intelligent virtual assistants capable of predicting user needs with high accuracy. These virtual assistants will not only execute commands but also anticipate the user's next steps to provide more unique services.

Some key features of an advanced virtual assistant include:

Provide warnings or suggestions before the user knows they want or need help:This is the ability to predict user needs. Advanced virtual assistants will analyze the context, habits, and behavior of users to provide suggestions or alerts before users realize they need them. For example, if you regularly order coffee in the morning, the virtual assistant could notify you that your favorite coffee shop is having a promotion.

Understand how to express a complex command in context:This relates to the enhanced contextual understanding capabilities of a virtual assistant. It not only understands individual words but also the overall meaning of a command, including the context and the user's intent. For example, if you say, "I need to find information about healthy dinner recipes," the virtual assistant will understand that you're not just looking for recipes, but also recipes that fit a healthy diet for dinner.

Security and safety against hacker attacks:This is a significant concern for advanced virtual assistants, as they collect a large amount of user data. To ensure security, virtual assistants need advanced security features, such as data encryption and multi-factor authentication. Additionally, developers need to regularly update the virtual assistant's software to patch security vulnerabilities.

2. Integrated advanced camera

Today's smartphones incorporate advanced AI-powered photography features, such as scene recognition, portrait mode, and low-light enhancement. The ultimate goal is for AI to deliver professional-quality photos at an affordable price.

Future advancements in AI will continue to unlock more advanced and sophisticated camera features for all users, including:

Temporary identification of scenes and objects:This is the ability to temporarily identify scenes and objects within a frame. AI will analyze the image in real time to understand the context and the objects appearing within it. For example, AI can recognize a seascape, a portrait of a person, or food on a table.

Automatic adjustments to achieve the best image quality:Based on the temporary recognition of scenes and objects, AI can automatically adjust camera parameters to achieve the best image quality. For example, if AI recognizes a seascape, it can increase color saturation to highlight the blue of the seawater. Or if AI recognizes a portrait of a person, it can adjust exposure and focus to obtain a clear and beautiful image.

Advances in optics are helping to deliver a better augmented reality (AR) experience:This relates to the camera's hardware. Advances in optics, such as higher-quality lenses and better image sensors, will allow cameras to collect more data and produce more accurate images. This is necessary for AR to work effectively, as AR needs to seamlessly and accurately overlay virtual objects onto the real world.

3. Advanced security features

In the future, with the support of AI, mobile security will become a top concern for all smartphone users. Therefore, next-generation AI-integrated smartphones will incorporate advanced security features, including:

Biometric authentication:This is a method of user authentication based on each person's unique biological characteristics, such as fingerprints, facial features, iris scans, etc. Biometric authentication is considered more secure than traditional passwords.

Threat detected:AI can analyze user data and activity to detect cybersecurity threats, such as malware and phishing. Upon detecting a threat, AI can alert users or automatically implement protective measures.

Security measures tailored to users:AI can learn from users' phone usage habits to suggest appropriate security measures. For example, if a user frequently accesses public Wi-Fi networks, AI could suggest using a virtual private network (VPN) to protect personal data.

4. Personalized user experience

Besides improving virtual assistants, AI will enable smartphones to personalize according to user trends, making phone use more intuitive. This includes many aspects, from selecting and recommending the most suitable apps for the user to having interfaces that can change or adapt depending on how each person uses an app, specifically:

Suggested applications:Based on users' phone usage habits, AI can suggest new apps that users might be interested in. For example, if you frequently read online news, AI could suggest other news reading apps or apps that provide news tailored to your interests.

Personalize the interface:The interface of some applications can change depending on how the user uses them. For example, if you frequently use a particular feature within an application, AI can rearrange the interface to make that feature more easily accessible.

Demand forecast:AI can learn from user habits to predict their needs and provide relevant services. For example, if you frequently order food at lunchtime, AI could automatically open a food delivery app around that time.

Overall, a personalized user experience is one of the main benefits of using AI in smartphones. It saves users time and effort, and provides a more comfortable and efficient phone experience.

5. More efficient battery management

Battery life is considered one of the most important functions of a smartphone. AI will be helpful in managing battery more efficiently because it can track user usage habits and adjust power consumption accordingly.

This will not only help extend battery life but also improve the overall performance of the device. Specifically, AI can perform the following tasks to better manage battery power:

Track user behavior:AI can analyze how you use your smartphone, including the apps you use most often, the amount of time you spend using them, and the tasks you frequently perform.

Adjust power consumption levels:Based on user behavior, AI can adjust the power consumption of various components in a smartphone. For example, AI can reduce the speed of the central processing unit (CPU) or dim the screen brightness when you're not using your phone.

Optimize application performance:AI can help optimize the performance of applications, making them run more smoothly and consume less battery power.

Demand forecast:AI can predict your future battery usage needs and take measures to conserve battery power. For example, if you know you'll be out all day and won't be able to charge your phone, the AI ​​can automatically activate power-saving mode.

6. Provides a smoother multitasking experience.

Future AI-integrated smartphones will offer improved multitasking capabilities, allowing users to switch between apps and tasks more efficiently. AI will manage background processes, allocate resources, and deliver a smoother multitasking experience.

Specifically, AI can do the following to improve the multitasking experience:

Managing background processes:AI will monitor applications running in the background and automatically close or pause unnecessary applications, saving resources and improving overall performance.

Resource allocation:AI will intelligently allocate system resources (such as RAM and CPU) to running applications, ensuring that the primary application receives priority in terms of performance.

Demand forecast:AI can learn from user behavior to predict which app a user is likely to use next. In this way, AI can pre-load parts of that app, making the transition between apps faster.

Maintain application state:When a user switches to another application, AI can save the current state of that application (for example, the text being edited), making it easier for the user to resume their work when they return to the application.

Thanks to AI support, future smartphone users will be able to seamlessly switch between apps without worrying about lag or data loss. This smooth multitasking experience will help users work more efficiently and make the most of their smartphones.

7. Monitoring and supporting healthcare

AI will improve health tracking and healthcare support features on smartphones, providing more accurate and comprehensive monitoring of various health metrics. Future devices will offer personalized health insights and recommendations based on continuous monitoring.

Specifically, AI can help monitor health and support healthcare in the following ways:

Accurately monitor your health metrics:AI-powered smartphones can integrate advanced sensors to monitor key health metrics such as heart rate, blood pressure, blood oxygen levels, sleep patterns, and more. The AI ​​will analyze this data to provide users with accurate and detailed information about their health status.

Continuous monitoring:AI can monitor users' health 24/7, even when they don't actively activate the tracking feature. This allows AI to detect subtle changes in health over time and alert users if necessary.

Analyze the data and provide suggestions:AI can analyze users' health data and provide personalized suggestions to improve overall health. For example, AI can suggest suitable exercises based on a user's health status and fitness goals, or recommend dietary changes to improve sleep.

Connect with other medical devices:AI-powered smartphones can connect with other medical devices, such as blood glucose meters or blood pressure monitors, to collect additional data and provide users with a more comprehensive picture of their health status.

Thanks to AI, future smartphones could become a useful tool for monitoring health and supporting personal healthcare. However, it's important to note that smartphones cannot replace medical professionals. Users should consult a doctor before making any decisions related to their health.

According to forecasts by reputable market analysis firm Canalys, headquartered in Singapore, the number of AI-integrated smartphones will account for 54% of the global market by 2028, a sharp increase from 16% in 2024.

Furthermore, Canalys predicts that the AI-integrated smartphone segment is growing at a compound annual growth rate (CAGR) of 63% between 2023 and 2028. This growth is driven by consumer demand for advanced features such as AI virtual assistants and on-device processing capabilities. This shift is expected to occur first in flagship smartphones, then gradually extend to mid-range models.

According to Canalys, global smartphone giants like Apple, Google, and Samsung, along with leading Chinese manufacturers such as Honor, Oppo, Xiaomi, and Vivo, are at the forefront of integrating AI features into their devices.

Phan Van Hoa