AI technology to shape the future of interior design

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What does Wizart technology do?

Wizart builds digital showrooms that allows our clients to imagine how a given room is going to look like with specific wall coverings and floorings applied (e.g. helping to visualise how a particular wallpaper is going to look in one’s home after a renovation). The core of Wizart’s innovative technology is computer vision algorithms which recognize and digitize photographed objects and then overlay new finishing materials onto flat surfaces in photorealistic quality, while preserving perspective, shades, and scale of photographed objects and finishing materials.

How does it work?

Behind the sleek interface is a neural network - an algorithm that is built upon machine learning from a set of data through a process that mimics the way the human brain operates
Wizart technology Example

I. Original

Wizart technology - Geometry

II. Geometry

Wizart technology - Result

III. Result

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How precise is the algorithm?

Just like human vision, computer vision has its limits. For example, if there are objects on the photo never before seen by the neural network - e.g. an anteater, extraterrestrial life’s statue or a medieval stained glass window - it may not separate them from the walls correctly. In some photos, even a human cannot be sure if they see an actual cat in a room or a painting of a cat on the floor. By the same token, by merely looking at a picture, you may not always be able to say how big a painting on the wall is, or distinguish a brick wall from a brick wallpaper on said wall. Computer vision may experience the same difficulties.
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What do I do if my interior is “atypical”?

Most cases with atypical interiors may be resolved by making the room brighter or photograph it from a different angle. Our research shows that clients don’t mind imperfections that much if the end result they get gives them a good idea about how a given material will look like in their home in combination with other objects/materials. We see it as the main goal and not the absolute accuracy and precision.