Update 1.3 is here. A start of a whole new era of what’s possible with AI powered colour grading tools. Learn more.

Truly Smart
AI Colour Extract.

Harness the power of AI deep learning and neural networks to effortlessly extract a colour grade from any image.

Extract. Any. Colour.

fylm.ai allows you to extract any colour grade with a single click. Our deep learning neural networks model, trained exclusively on millions of cinematic frames creates a 3D LUT from any supplied image.

fylm.ai AI Colour Extract generated look

Original Image

Original image as loaded in fylm.ai. ACES Input Transform is REDWideGamutRGB and ACES Output Transform is sRGB.

Reference image fed to fylm.ai

Reference image fed to fylm.ai AI model from which the colour grade was extracted. Supplied image is sRGB.

fylm.ai AI Colour Extract generated look

fylm.ai AI generated 3D LUT. Model correctly matches the overall mood, skin tone and print film-like gamut.

Two options to choose from

Select in-context colour extraction or favor absoluteness to favor the appearance of the Match. The choice is yours.

AI Colour Extract using “Favor Context” option

AI Colour Extract extracts the colour from the reference image but respects the original exposure level from user’s image.

AI Colour Extract using “Favor Absoluteness” option

AI Colour Extract extracts the colour from the reference image but also corrects the exposure level to a level similar to the reference image.

Pre-calculated white balance points to save you time

fylm.ai AI Colour Extract offers you 12 pre-calculated white balance points to save you even more time

Up to x10 times faster look creation

fylm.ai makes look creation effortless by democratising the colour grading process. With fylm.ai, anyone can create stunning looks and harness the power of AI Colour Extract to cut on time required for tedious and repetitive tasks.

Establishing show look
fylm.ai (up to x10 times faster)
Traditional on-set look creation
fylm.ai (up to x3 times faster)
Digital intermediate
fylm.ai (up to x2 times faster)