Our proprietary AI algorithms allow us to optimize quality across image data types like RAW and YUV, continually enhancing hardware image capabilities.
Depth-of-Field Portrait Blurring
AI detects portrait and subject contours and uses algorithms to emulate the blurred background typical of large-aperture cameras.
AI Noise Reduction
Our self-developed AI algorithms and calibration strategies mitigate noise from different data streams, elevating image clarity.
Low-Light Portrait Enhancement
Identify subjects and their environments to optimize and enhance images in dim settings, allowing users to capture high-quality photos even when the light is low.
AI Defogging
AI defogging employs advanced image processing technology to enhance the clarity of landscapes, addressing low-visibility challenges in routine landscape photography.
MEMC
Transform low frame-rate videos into high frame-rate visuals with AI and optical flow algorithms, guaranteeing a clearer and smoother viewing experience.
Night Scene Enhancement
Our proprietary image algorithms improve photos taken in low-light or nighttime settings, offsetting mobile camera hardware constraints.
Depth-of-Field Portrait Blurring
AI detects portrait and subject contours and uses algorithms to emulate the blurred background typical of large-aperture cameras.
AI Noise Reduction
Our self-developed AI algorithms and calibration strategies mitigate noise from different data streams, elevating image clarity.
Low-Light Portrait Enhancement
Identify subjects and their environments to optimize and enhance images in dim settings, allowing users to capture high-quality photos even when the light is low.
AI Defogging
AI defogging employs advanced image processing technology to enhance the clarity of landscapes, addressing low-visibility challenges in routine landscape photography.
MEMC
Transform low frame-rate videos into high frame-rate visuals with AI and optical flow algorithms, guaranteeing a clearer and smoother viewing experience.
Night Scene Enhancement
Our proprietary image algorithms improve photos taken in low-light or nighttime settings, offsetting mobile camera hardware constraints.