Owners of modern smartphones of the Chinese brand often notice on the viewfinder screen a mysterious inscription AI Camera or icon with the letters AI. This mode is turned on by default, but not all users understand its real purpose and mechanics. Many perceive this as a marketing ploy, not knowing that behind it lies a complex system of neural networks processing images in real time.
In essence, the Xiaomi AI Camera is a software module that analyzes the scene in front of the lens and automatically selects the optimal settings for exposure, contrast and saturation. The smartphone tries to guess what you are shooting: sunset, food, text or pet, and applies the appropriate processing algorithm, which allows you to get more vivid and detailed pictures without having to manually twist the settings in professional mode.
But blind trust in automation is not always justified. In some situations, artificial intelligence can overdo the processing, making colors unnatural or blurring important details. Understanding how this feature works will allow you to control the process of shooting, rather than just relying on random results. In this article, we will discuss in detail how this technology works, when it is best to turn it off, and what hidden opportunities it opens for mobile photography enthusiasts.
The principle of artificial intelligence in the camera
The fundamentals of the technology are computer vision and machine learning, and the smartphone camera continuously scans the image coming from the matrix and breaks it down into many segments. The Scene Detection algorithm identifies objects in the frame by matching them to the huge database that the neural network was learning from, and depending on what the processor sees, the processing parameters change. RAW-file before conversion to JPEG.
And the important thing to understand is that the processing is not done after you press the down button, but in preview mode. You see a slightly processed image on the screen that shows what the final image will look like. If the person's face appears in the frame, the system prioritizes skin tones, smooths out shadow noises, and can activate the effect of beauty. If the frame is green, the algorithm increases the saturation of the green and adds sharpness to the textures of the leaves.
The modern Snapdragon and MediaTek Dimensity processors used in Xiaomi smartphones have dedicated NPU (Neural Processing Unit) units that take on heavy computing. This allows you to analyze scenes and apply filters almost instantly without creating a shutter delay, which is why you can quickly take a series of pictures of moving objects, and the camera will have time to adapt to changing lighting conditions.
⚠️ Attention: Algorithms AI Camera is designed to create a beautiful image for social media, not realistic color reproduction. If you want documentary color accuracy, automatic scripts can distort reality.
It's worth noting that the scene database is constantly updated through MIUI or HyperOS shell updates. New firmware versions can add recognition to new objects or improve performance with complex light, so the relevance of the software directly affects the quality of the artificial intelligence in your device.
List of recognizable scenes and objects
The range of recognizable objects in Xiaomi smartphones is quite wide and constantly expanding. In different models, the number of supported scenes can vary from 20 to 60 or more. The system does not just see the "object", it classifies it by type of lighting, texture and context. For example, "food" can be recognized as "hot dish", "fruit" or "drinks", and each subtype applies a different color correction profile.
Below is a list of the main categories that are most commonly found in the Xiaomi AI Scene algorithms:
- 🌿 Nature and landscapes: Sky, sunsets, greens, plants, flowers, snow, mountains, water, sand. These scenes are usually saturated and contrasted to highlight textures.
- 🍔 Objects and objects: Food, documents, text, books, pets (cats, dogs), goods. Documents can automatically correct perspective.
- 👤 People: Portraits, selfies, babies, groups of people, and this is where background blur and skin smoothing are activated.
- 🌃 Complex conditions: Night shooting, backlight, macro shooting. The algorithm tries to pull details out of the shadows or prevent overlights.
When the camera recognizes one of these scenes, the image and caption appear in the corner of the viewfinder, for example, when getting stuck on a dish, the fork and spoon icon will appear, and when shooting a sunset, the signal that the smart mode is active and applies specific settings, the user can at any time tap the scene icon to see what the image would look like without artificial intelligence, and choose the preferred option.
The macro mode is particularly noteworthy, because if the phone sees you've moved the camera very close to the subject, it can automatically switch to a wide-angle macro-mode lens, as long as the device's design allows, and this prevents the loss of focus that often happens on the main camera with minimal focus distance.
Advantages and Disadvantages of Automatic Processing
Using AI in a camera is always a trade-off between speed and creative control. The main advantage is speed. You don't have to be a professional photographer to get a picture that looks good on a smartphone screen. Algorithms. HDR (High Dynamic Range, which are part of the AI-processing, allow you to save details in light and dark areas of the frame at the same time, which is especially important when shooting against light.
And the AI Camera is also great at balancing white in mixed light, and if you have both incandescent light and daylight out of the window, the normal automatic white balance can go wrong, making the picture too yellow or blue, and the neural network analyzes the presence of people and objects, trying to keep the skin coloring natural, even if the background is unnatural.
But there's a downside to the coin, and critics often point to the "digital noise" and the excessive sharpness that the algorithm adds. This phenomenon, known as over-sharpening, makes photos unnatural, with noticeable halos around contrasting boundaries. There's also a frequent oversaturation of colors: the grass turns acid green and the sky unnaturally blue. For archival photos or large format prints, such artifacts can be critical.
| Parameter | With AI on, | With AI off. |
|---|---|---|
| Flower saturation | Tall, bright. | Natural, calm. |
| Dynamic range | Extended (HDR) | Standard. |
| Sharpness of detail | Aggressive elevation | Soft, natural. |
| Processing speed | Could be a delay. | |
| Noise suppression | Active (lubrication) | Minimum |
Another disadvantage is the unpredictability: Today, a camera can capture your lunch perfectly, and tomorrow, with slightly changed lighting, it can make it pale and inexpressive, and the lack of complete control over the process annoys experienced users who prefer to set parameters for themselves.
⚠️ Note: When shooting text or documents included AI It can try to "improve" the contrast of letters, which sometimes leads to the appearance of black spots or the loss of thin lines.
How to turn on or off the AI Camera
Control of the AI function in the standard Camera app is as simple as possible, but beginners may not immediately find the right switch. By default, AI mode is usually activated. To change the settings, launch the camera app and go to Photo mode. At the top of the screen (or at the bottom, depending on the version of MIUI and the orientation of the smartphone), you will see an icon “AI” or the inscription “AI Camera”.
Pressing this icon switches mode. When the function is active, the icon is illuminated (usually in blue or purple). If you press it again, it will turn gray or crossed out, which means going to standard shooting mode without intelligent scene processing. In this mode, the camera will rely only on basic exposure measurement algorithms.
To fine-tune the interface, you can take advantage of hidden features through the engineering menu or third-party applications, but with standard means Xiaomi limits the user to a simple switch, which is done in order not to overload the interface with unnecessary options, since the target audience is a mass user.
☑️ Checking camera settings
It's worth remembering that turning off AI doesn't mean turning off all the improvements. Basic noise reduction and dynamic range will still be there, as they're sewn into the camera drivers at a deeper level. You just take away scripting and aggressive post-color processing.
Using AI in Night Mode and Portraits
The most visible work of artificial intelligence in low light and portraits. Night Mode, AI algorithms play a key role. The camera takes a series of images with different exposures in fractions of a second, and then the neural network glues them together into one frame, while AI removes the noise that inevitably appears at high ISO values, and restores details in the shadows.
Without AI, night shots on a smartphone would look like dark spots with bright, blurry light sources. Xiaomi AI Night can brighten dark areas while preserving the atmosphere of the night without turning it into a day. However, sometimes the algorithm can make the night too bright, killing the contrast between the sky and the illuminated objects.
In portrait mode, AI is responsible for segmentation, which separates the subject from the background. The neural network determines the boundaries of a person, hair, clothing, and applies bokeh only to the background. The quality of this compartment depends on the power of the processor and the version of the algorithms. In new Xiaomi models, such as the Xiaomi 13 Pro or Xiaomi 14 Ultra, this feature works almost perfectly, recognizing even complex objects like a transparent veil or fluttering hair.
In addition, in portrait mode, AI can automatically retouch the face: remove pimples, align skin tone and even slightly change the geometry of the face (if beauty settings are included), the degree of this exposure can be adjusted by a slider, but completely disable the analysis of the face in portrait mode is often impossible, since this is its basic function.