Image and video quality enhancement

Our ingenious image and video enhancement algorithms enable high-quality end results even in difficult conditions. We have solutions for both low-power embedded imaging systems, as well as for server-based solutions and offline processing.



A software for creating a super-resolution image from multiple low-resolution inputs.  Dramatically improves output image quality and allows higher zooming levels compared to basic digital zoom. Designed especially for creating clear and visually great looking zoom images.

Video Super Resolution is a technology for video upscale and remastering the video stream to modern display resolutions.



Noise reduction enables capturing a high-quality photo in a dark environment. Utilizes information captured with multiple normally exposed shots and automatically adjusts the image to be clear and sharp with low noise.

Video Noise Reduction is a software for noisy low-light video streams.


High Dynamic Range

A solution for correcting and optimizing the dynamic range of photos and videos and enriching the color tone of the output. Combines multiple differently exposed shots and automatically handles moving objects to avoid ghosting or artefacts. Brings hidden details in shadows and highlights visible. 



Our Frame rate control technology enables the interpolation of movement between shot frames. This increases the frame per second in videos and makes fast movement smoother, as well as allows for slow-motion effects. 


of video artifacts

Our algorithm fixes quantization errors and decreases compression artifacts in images and video. Instantly increases the quality of video content shared over social media, for example.



Technology designed to stabilize video frames. Avoid unwanted motion and jitter caused by handshaking when capturing video with a handheld device. Available also for gyroscope enabled devices to compensate the shaking effect as well as the rolling shutter effect. 



AI-based technology that converts interlaced video stream into progressive. Most modern video display technologies are progressive based and have difficulty displaying interlaced formats. Deinterlacing is designed to reconstruct the video with more details and reducing edge-breaking and line artifacts significantly.

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