AI (Artificial Intelligence) has changed the way we take photos with our smartphones. In recent years, advances in AI technology have enabled smartphones to offer a range of intelligent photography features that improve the user experience and open up new possibilities for mobile photography. These AI features make it easier for smartphone users to take stunning photos with just a few taps, without any prior photography knowledge. Below you can read which functions on your smartphone are AI-driven.
AI is not the only factor that makes smartphones increasingly suitable as a replacement for a regular camera. Screens, sensors, lenses and image processing have also improved greatly in recent years.
Recent smartphones often have brighter screens that are more visible outdoors, faster processors for image editing and cameras that combine multiple shots into one better end result. This allows you to better assess what you are photographing and create a usable image faster, even in bright sunlight, low light or difficult contrasts.
Scene detection
One of the most common AI features in modern smartphones is scene detection. This technology uses machine learning algorithms to identify the subject of the photo and adjust the camera settings accordingly.
For example, when you take a photo of a person, the scene detection function automatically adjusts focus, brightness and color balance to capture the best possible photo. Scene detection helps produce high-quality photos with accurate colors and improved image quality, even in difficult lighting conditions.
Portrait mode
Another AI feature widely used in modern smartphones is portrait mode. This mode blurs the background and focuses on the subject of the photo, creating a professional-looking bokeh effect.
Portrait mode uses a combination of depth-sensing cameras and machine learning algorithms to determine the subject and background and then applies the blur effect. This function makes it possible to beautiful soft portraits with just a smartphone, without the need for additional equipment.
Image stabilization
AI-powered image stabilization is another key feature of modern smartphones. This feature also uses machine learning algorithms to analyze camera movement and correct any shake or wobble so photos are sharp and clear. Image stabilization is especially useful for this taking photos in low light, when hand movements can cause blur in the image.
Brightness
Low-light performance is another area where AI has had a significant impact on today's smartphones. Many smartphones are now using AI to improve image quality in low light. The machine learning algorithms analyze the image data and adjust brightness, color balance and other parameters to produce a brighter image even in low light.
The AI-powered low-light performance also helps to reduce noise and improve image clarity, making it possible to take high-quality photos in low light.
Object recognition
This function ensures that objects in the image are recognized and that relevant information is immediately provided. For example, when you take a photo of a building, the object recognition function identifies the building and provides information about its history, architecture and other relevant details.
Object recognition can also be used to identify people, animals, plants and other objects, providing valuable information about the subject of the photo.
Image editing
Many smartphones now come with built-in image editors that use machine learning algorithms to improve image quality. These editors can adjust brightness, contrast, saturation, and other parameters to produce a more visually appealing image.
Some smartphones also come with advanced image editing features, such as the ability to remove unwanted objects or people from the photo, adjust the depth of field, and apply various filters and effects.
Night mode
One of the newest AI photography features in modern smartphones is night mode. This feature makes it easier to take photos in low light, producing bright and clear images without the need for a flash. The sensor of the Samsung S23 Ultra, for example, also captures more light, which is useful in dark situations. Then, with the help of AI software in this smartphone, noise in the dark is even better removed.
Night mode works by taking multiple photos at different exposures and then combining them to produce a single image with improved brightness and clarity. This feature is especially useful for taking photos at night, when traditional flash photography can produce harsh and unflattering images.
Conclusion
AI now plays a major role in almost every step of smartphone photography: from focusing and lighting to noise reduction, portrait mode, night mode and automatic post-processing. This makes technically difficult situations more accessible, even for people who know little about photography settings. Yet the photographer remains important. AI can correct a lot, but composition, timing, light and subject choice still determine whether a photo is really interesting.
